Key Benefits:
Arrangement of the Minister for Economic Affairs of 9 December 2014, No WJZ/14198645, laying down rules on guarantees of origin for energy from renewable energy sources and HR-CHP electricity (Arrangement guarantees of origin for energy from renewable energy sources and HR-CHP electricity)
The Minister for Economic Affairs,
Having regard to Directive No 2012/27 /EU of the European Parliament and of the Council of 25 October 2012 on energy efficiency, amending Directives 2009 /125/EC and 2010/30 /EU and repealing Directives 2004 /8/EC and 2006 /32/EC (PbEU 2012, L 315) and 2009/28 /EU of the European Parliament and of the Council of 23 April 2009 on the promotion of the use of energy from renewable sources and amending and withdrawing energy Directive 2001 /77/EC and Directive 2003 /30/EC (PbEC 2009, L28) and the Articles 77 of the Electricity Act 1998 , 66l of the Gas Act and 29 of the Warmt Law ;
Decision:
For the purposes of this arrangement:
waste incineration plant: a production facility, whether or not recovered or not, which is intended solely or principally for:
a. The combustion by oxidation of waste,
b. any heat treatment of waste other than those specified in (a) where the products are subsequently incinerated, or
The combustion of products resulting from the thermal treatment of waste;
AVI unit: Part of a waste incineration plant consisting of at least an associated boiler combustion furnace and a flue gas cleaning plant, for which a system limit has been determined on the basis of the AVI measurement conditions;
Ean Code: 18-digit number, which shall be used to identify a production facility or a production unit on the grid;
end customer: a customer to whom electricity, gas or heat is supplied exclusively for their own consumption;
energy from renewable energy sources: renewable electricity, gas from renewable energy sources or heat from renewable energy sources;
Guarantee of origin: a guarantee of origin for renewable electricity, a guarantee of origin for electricity generated in an installation for high-efficiency cogeneration, a guarantee of origin for gas from renewable energy sources and a guarantee of origin for electricity; guarantee of origin for heat from renewable energy sources;
Origin guarantee for non-power supply: a guarantee of origin for energy from renewable energy sources fed onto an installation or on a direct line or for gas from renewable energy sources supplied to a bemetered delivery point, as intended Article 1.1 of the Decision on Renewable Energy Transport 2015 ;
High-efficiency cogeneration: Cogeneration complying with Annex I to Directive 2012/27 /EU;
HR-CHP unit: a part within a production facility which independently generates heat and electricity or mechanical energy in such a way as to have high-efficiency cogeneration and for which, according to the measurement conditions, included in the part of the scheme Annex 2 , a system boundary is defined;
HR-CHP Electricity: The electricity generated by high-efficiency cogeneration and meeting the efficiency requirements set out in Annex II to this Regulation; Directive 2012/27 /EU;
HR-CHP installation: a production plant dedicated to generating electricity, consisting of at least one production unit;
Gas hub: a collection of production facilities for the production of gas from renewable energy sources for which one or more connections are used together on a gas grid for the innutrition of this gas;
measurement protocol: a document describing the production of a production plant, the method of measuring and quality assurance of the measurement data in respect of the quantities of electricity, gas, heat or mechanical energy which the plant is to use the quantities of fuel used by the installation and the method of determining the calorific value of the fuel;
measurement report: a report containing all the measurement data of the calendar month concerned, as well as, if the measurement report applies to a waste incineration plant, the yield of the waste incineration plant in the whole and the AVI units separately;
Controller: the person who, on the basis of the conditions, is intended to Article 31, first paragraph, part b, of the 1998 Electricity Act , approved by the network operator of the rural high voltage network and a measurement company as intended Article 27 of the Heat Act ;
In its nature pure biomass: the pure biomass included in the NTA 8003:2008, except for group numbers 701, 709, 729, 800 to 804, 809, 900 to 904 and 909, where fuel after pyrolysis, torrefaction and carbonisation is added to the numbers 802, 803 and 804;
By its nature pure biogas: landfill gas, sewage treatment gas and biogas produced by the inaction of micro-organisms on biodegradable materials and gas from renewable energy sources arising from the gasification of biomass in its nature;
Net: a network as intended Article 1, first paragraph, part i, of the 1998 Electricity Act , a gas transport network as intended Article 1, first paragraph, part d, of the Gas Act and a heat set as intended in Article 1 (c) of the Warmth Law ;
NTA 8003:2008: the Dutch Technical Appointment 8003, Classification of Biomass for Energy Applications, published by the Netherlands Standards Institute, as this was ushered on 31 December 2008;
useful heat that is useful: the heat expressed in GJ, which is released from renewable energy sources and which is used for:
a. Building climatization of the interior spaces of buildings;
b. tapwater heating and water heating used in business processes, with the exception of use as food water for a production plant with which electricity is generated;
c. Heating in industrial processes and of horticultural greenhouses, except:
1 °. the stakes in a turbine or organic rankine cycle that allows electricity to be generated;
2 °. the stakes in natural gas expansion;
3 °. the drying and heating of input streams of a production plant for the generation of electricity, including the preheating of combustion air;
4 °. the use for flue-gas cleaning and water purification of a production installation;
5 °. the heating of an installation or part thereof, with which energy or an energy carrier is produced;
6 °. the heating of storage tanks of raw materials and products used to generate energy;
d. The climate control of refrigeration cells and industrial refrigeration equipment;
e. delivery to a heat set, provided that the manufacturer can make it plausible that the heat is used for any of the uses referred to in points (a) to (d);
Lot: the quantity of material delivered on the basis of a single specification for control of the proportion of non-avoidable plastics and other material of long-cyclically organic origin by the producer, who, by means of the material, during a period defined by it as a unit, it is identified and identifiable as such;
producer: a producer as referred to in Article 1, first paragraph, part g, of the 1998 Electricity Act , Article 1, first paragraph, part day, of the Gas Act and Article 1, part i, of the Heat Act and that is established in the Netherlands and in the Netherlands or within the Netherlands exclusive economic zone a production plant for the production of renewable electricity, HR-CHP electricity, gas from renewable energy sources or heat from renewable energy sources;
Production unit: a part of a production facility that can be used independently to generate renewable electricity, HR-CHP electricity, gas from renewable energy sources, or heat from renewable energy sources;
Production installation: an installation for the generation of energy from renewable energy sources or HR-CHP electricity, consisting of one or more production units, which is connected to any one in the Netherlands or within the Netherlands exclusive economic zone located in the Netherlands or within the Netherlands exclusive economic zone, just as far as it is not connected to a network;
Directive 2009 /28/EC: Directive No 2009 /28/EC of the European Parliament and of the Council of the European Union of 23 April 2009 on the promotion of the use of energy from renewable sources and amending and withdrawing the energy Directive 2001 /77/EC and Directive 2003 /30/EC (PbEU 2009, L 140);
Directive 2012 /27/EU: Directive 2012/27 /EU of the European Parliament and of the Council of the European Union of 25 October 2012 on energy efficiency, amending Directives 2009 /125/EC and 2010/30 /EU and repealing Directives 2004 /8/EC and 2006 /32/EC (PbEU 2012, L 315);
system boundary of an AVI unit: a fictitious enclosed envelopes of the AVI unit that distinguts the AVI unit from other AVI units within the company;
system boundary of the HR-CHP installation: a fictitious closed enclosure of the HR-cogeneration units forming part of the HR-CHP installation, which complies with the requirements of the Annex to the Commission Decision of 19 November 2008 laying down detailed rules for the establishment of the guidelines for the implementation and application of Annex II to Directive 2004 /8/EC of the European Parliament and of the Council (PbEU L 338) is defined in respect of system boundaries;
system boundary of the production installation: a fictitious sealed enclosure of one or more production units using the same power generation;
pure biomass: products, waste and residues of agriculture, including plant and animal products, forestry and related industries, which are fully biodegradable, as well as industrial and municipal waste, which are organic is degradable.
1 Where a producer:
a. The Network Manager shall request the determination of: Article 16, first paragraph, part h, of the 1998 Electricity Act , to be engaged, he uses for renewable electricity the form that is included in Annex 1A ;
(b) The Network Manager shall request the determination of: Article 16, first paragraph, part h, of the 1998 Electricity Act , to be engaged, he uses for HR-CHP electricity the form that is included in Annex 1B ;
(c) the network administrator shall request the determination of the Article 10 (c) of the Gas Act For this purpose, he shall use the form set out in the Annex 1C ;
d. the controller requests the determination, intended to Article 27 of the Heat Act For this purpose, he shall use the form set out in the Annex 1D .
2 A producer shall submit a request for a determination every five years.
3 If Article 7 If a producer is required to draw up a measurement protocol, the manufacturer shall transfer a measurement protocol approved under Article 7 to the network operator in the request referred to in the first paragraph. The network operator shall determine whether an appropriate measurement protocol is present that has been approved by a controller before the first day of the calendar month in which the manufacturer has submitted the request.
4 The producer who maintains a production plant with a connection value equal to or less than 3 × 80 A who submits a request referred to in paragraph 1 (a) may refrain from installing a measuring device suitable for use in the production of a production plant. for the measurement of the amount of electricity generated from renewable energy sources fed into a network or an installation. It shall refer to the form referred to in the first paragraph.
5 Where there are more than one production facility behind the connection, the manufacturer shall determine the system limit of each production facility when requesting the determination of the system referred to in the first paragraph. The manufacturer requests non-network guarantees of origin for each production facility that is behind the connection.
6 An alteration of the system boundary of a production facility does not result in one or more production units of the corresponding production plant going to belong to any other production installation.
7 The network operator or, in the case of heat from renewable energy sources, the controller, makes the determination by setting up an investigation into the production plant and its connection to the grid. The producer shall then enable the network administrator or the controller to carry out the investigation.
8 The network operator or, in the case of heat from renewable energy sources, the controller shall communicate the result of the determination to the producer and to the Minister within four weeks of receipt of the request referred to in paragraph 1.
9 If a manufacturer intends to carry out an adjustment in its production plant which has the effect of changing any of the data mentioned in the application for a determination, the manufacturer shall, before adjusting that adjustment, make any adjustments to the is actually going through, a new request for adoption in the case of the network manager or, in the case of heat from renewable energy sources, the controller. The third paragraph to paragraph 8 shall apply in that case, the earlier determination shall be deleted and the five-year period referred to in paragraph 2 shall begin on the first day of the first calendar month following the date on which the application was lodged. the newly completed form.
Prior to opening an account by a supplier or a trader, the Minister shall verify the identity of the applicant for an account.
1 The measuring device of the production plant meets the same accuracy requirements as the measuring device on the connector behind this installation and as it is established in:
a. for electricity, the conditions under Article 31, first paragraph, part b, of the 1998 Electricity Act ;
b. for gas, the conditions under Article 12b, first paragraph, part b, of the Gas Act ;
c. for heat, the conditions that are included in Annex 2C .
2 A production plant for the production of gas from renewable energy sources is equipped with a nipple on which gas analysis equipment can be connected.
1 If a single production plant is located behind a connector:
a. measure and, in the case of heat, measure and inform the controller, monthly a measurement message in which the amount of energy from renewable energy sources or HR-CHP electricity that the related production plant is on the grid has been fed-in, shall be indicated;
b. For which the manufacturer applies for guarantees of origin for non-net supply, the manufacturer shall measure the amount of energy from renewable energy sources or HR-CHP electricity generated by the production plant concerned.
2 By way of derogation from paragraph 1, the network operator shall measure, in the case of production installations with a connection value equal to or less than 3 × 80 A, the amount of renewable electricity or HR-CHP electricity generated annually and simultaneously with the an annual determination of the meter readings and a measurement message, unless the producer requests the network administrator to draw up a measuring message each calendar month.
3 If a measurement message is drawn up each year, the measurement value shall be allocated to the last complete calendar month of the period measured.
4 If a producer as referred to in Article 2 (4) , for the generation of renewable electricity does not have a measurement device suitable for the measurement of the amount of sustainably generated electricity fed on a grid, the amount of sustainably generated electricity is generated by the on production installations on a grid shall be fed to zero kWh.
1 If the production plant of the producer for the generation of renewable electricity or of HR-CHP electricity uses electricity taken from a net, the net manager shall bring the amount of electricity generated Deducted from the net from the amount of renewable electricity or HR-CHP electricity he has on the basis of Article 16, first paragraph, part i, of the 1998 Electricity Act Measure.
2 If the production plant of the producer for the production of gas from renewable energy uses gas taken from a net, the net operator shall deduct the amount of gas from the net from the net. on the amount of energy from renewable energy sources he has on the basis of Article 10 (d) of the Gas Act Measure.
1 For the purpose of obtaining guarantees of origin, a producer holding a production plant shall propose that:
a. The generation of renewable electricity by means of a waste incineration plant and the producer who maintains this plant subsidy on the basis of Article 2 of the Decision promoting renewable energy production was granted;
(b) the generation of renewable electricity by means of a waste incineration plant and the producer who maintains this plant subsidy on the basis of Article 72m of the Electricity Act 1998 as was granted by 31 December 2008,
each five years a measurement protocol that meets the measurement conditions that are included in the Annex 2A .
2 For the purpose of obtaining guarantees of origin, a producer establishing a production plant shall, by means of its nature, maintain a production plant of renewable electricity, whose nominal electrical power of the product shall be used as a basis for the production of a guarantee. installation is equal or less than 2 MW every five years a measurement protocol that meets the measurement conditions contained in Annex 2B .
3 For the purpose of obtaining guarantees of origin, a producer holding a production plant for heat generation from renewable energy sources shall establish a measurement protocol for each five-year period complying with the measurement conditions which are Included in Annex 2C .
4 For the purpose of obtaining guarantees of origin, a producer holding a production plant for the generation of gas from renewable energy sources shall establish a measurement protocol for each five-year period which meets the measurement conditions which are Included in Annex 2D .
5 For the purpose of obtaining guarantees of origin, a producer establishing a production facility for the generation of HR-CHP electricity shall establish a measurement protocol every five years, meeting the measurement conditions set out in the Annex. Annex 2E .
6 The manufacturer leaves the measurement protocol for the first day of the calendar month in which he refers to the request Article 2, first paragraph , submit, approve by a measuring officer.
7 If the manufacturer intends to make an adjustment which results in a change in the measurement protocol, it shall ensure that a new measurement protocol is drawn up before it is carried out and is approved by: a measuring controller. The 5-year period referred to in the first to the fifth paragraph shall be deemed to commence at the time of adoption of the new measurement protocol.
8 The manufacturer shall transfer the approved measurement protocol to the Minister.
If the producer is on the basis of Article 7 establishing a measurement protocol, the producer shall ensure that all energy flows specified in the measurement conditions included in the measurement conditions are met: Annexes 2A to 2E and those crossing the system boundary are measured according to the measurement protocol.
1 If there are more than one production plant behind the connection, the producer measures the amount of energy from renewable energy sources or HR-CHP electricity generated by the production plant concerned.
2 The energy from renewable energy sources or HR-WKK electricity delivered to the grid by the relevant production plants is determined by the energy from renewable energy sources or HR-CHP electricity consumed by renewable energy sources. the installation behind the connection to rato of the actual production of all production installations behind the connection, to be deducted from the energy from renewable energy sources or HR-CHP electricity and other forms of electricity electricity generated by the production facilities concerned.
If the producer is on the basis of Article 7 a measurement protocol shall be drawn up by the producer for the purpose of drawing up, for each calendar month under the application of the measurement protocol, a measurement report which:
a. satisfies the conditions of measurement included in the relevant provisions of this Regulation. Annexes 2A to 2E ;
b. describes the method of establishment of the measurement data; and
c. is verified by a controller.
1 At the latest four months after the end of the calendar year, a producer shall inform the Minister of the measurement reports relating to that year.
2 By way of derogation from the first paragraph, a producer shall submit that:
a. A waste incineration plant shall maintain the measurement report no later than two months after the end of the quarter of which the calendar month from which the measurement report relates to the Minister;
b. A production plant for heat from renewable energy sources larger than 3 MWth or an HR-CHP installation shall maintain the measurement report no later than two months after the end of the calendar month in which the measurement report relates to the Minister.
3 Where pure biogas is processed by nature in a production plant, and the producer receives subsidy on the basis of Article 2 of the Decision promoting renewable energy production , the manufacturer shall report simultaneously with the production of the measurement report on the biomass to be used by means of the form set out in the Annex. Annex 3A .
4 If biomass is incorporated in a production installation, the manufacturer shall simultaneously certify that the measurement message is presented in the production facility. Article 5 , the weighted percentage of the total amount of energy generated from renewable energy sources generated by the production plant during the calendar month concerned or the calendar year in question by means of:
a. pure biomass;
b. Non-pure biomass, distinguishing between the biodegradable and non-biodegradable biodegradable parts;
c. Other fuels.
5 If biomass is incorporated into a production plant, the manufacturer may, at the same time, provide the measurement report with a statement indicating the standard in accordance with which the biomass has been certified and which the certificate has been issued with the certificate.
1 By way of derogation from Article 11 Establishes a manufacturer that maintains a production plant for gas from renewable energy sources the measurement report no later than 20 days after the end of the calendar month in which the measurement report relates to the network operator.
2 The network operator shall calculate the amount of gas from renewable energy sources in m, on the basis of the measurement data recorded in the measurement report 3 (n) natural gas equivalent.
3 The net manager shall indicate the quantity of gas referred to in paragraph 2 in the measurement message, as referred to in paragraph 2. Article 5 .
1 Where a producer holding a waste incineration plant, the timing of the submission of the measurement report shall be as intended: Article 11, second paragraph , exceeds, the weighted monthly return as referred to in Article 20, third paragraph , for the month in question minus one percentage point per transfer window of one day up to and including one month. If the manufacturer has a weighted monthly rate of yield greater than 31%, the reduction shall take place as of 31%.
2 Where a producer holding a waste incineration plant, the timing of the submission of the measurement report shall be as intended: Article 11, second paragraph , with more than six months exceeding, both the weighted monthly return and the return as referred to in Article 20, second paragraph , 20% for the calendar month in question.
This paragraph does not apply to waste incineration plants.
1 Where pure biomass is incorporated into a production plant, the producer shall declare that it is intended to be used for that purpose by means of an appropriate method Article 16 on the basis of sampling per batch, the material from which the energy from renewable energy sources is generated is to be regarded as pure biomass.
2 If a production installation processes biomass that has undergone treatment, such as pyrolysis, torrefaction or carbonisation, the producer shall, by way of derogation from the first paragraph, use a method appropriate to that effect to establish that the product is Biomass prior to treatment is to be considered as pure biomass.
3 Where non-pure biomass is incorporated in a production plant, the producer shall declare that, by means of a method appropriate to this effect, it shall, by sampling per batch, determine the biodegradable part of the biomass. non-pure biomass from which the energy from renewable energy sources is generated. The biodegradable part shall be determined on the basis of the energy basis with two decimal points of accuracy.
4 If, in a production plant, energy from renewable energy is produced exclusively by reference to pure biomass or to its type of pure biogas, the producer shall declare that during the period during which the production of the production of the plant is produced, the producer must be means that it will generate energy from renewable energy sources exclusively through its type of biomass, or by its very nature, purely by way of pure biogas.
5 If a production plant fails to process pure biogas or non-pure biogas, the producer shall use an appropriate method for the raw material used in the production of this biogas to meet the requirements of the production plant. the use of sampling per batch of materials from which the energy from renewable energy sources is generated is to be regarded as pure or non-pure biomass.
6 Pure biomass with a share of unavoidable plastics and other long-cyclically organic materials of not more than 3,00% by lot shall be considered to be totally biodegradable.
1 The method of fixing intended in Article 15, first, third and fifth members , appropriate as the producer for the purpose of the work for the determination of the biodegradable part of the biomass, shall have:
a. A product certificate as referred to in the Kiwa Assessment Directive BRL-K 10016 for the determination of the share biomass share in secondary fuels; or
b. A written proof that he complies with comparable process standards as laid down in Kiwa Assessment Directive BRL-K 10016.
2 The method of fixing intended in Article 15, second paragraph , it shall be appropriate if the producer has:
a. A certificate belonging to the treated biomass issued by a certifying authority, showing that the origin of the biomass of those parties is fully to be regarded as pure biomass; and
b. the certificate satisfies the requirement that it be applied and reproduced and reproduced on a per-party basis.
3 The certification body shall be independent and shall operate according to quality standards certified by an organisation accredited by an accreditation organisation affiliated to the European co-operation for Accreditation; or the International Accreditation Forum.
1 This Article shall only apply to producers who:
a. With biomass, producing renewable electricity with a production plant with a rated electrical power greater than 2 MW;
b. Producing biomass, not consisting exclusively of one species, by its nature, of pure biogas, renewable electricity;
c. producing biomass heat from renewable energy sources with a production plant with a rated output greater than 3 MWth;
d. produce gas from renewable energy sources with biomass.
2 At the latest four months after the end of the calendar year, a producer shall submit to the Minister an assurance report from an external auditor relating to that calendar year and shall be drawn up in accordance with the research protocol. Assurance report biomass that:
3 It is clear from the insurance report:
a. per calendar month the nature and proportion of fuels used in the production plant shall be accurate to hundredths of percentages;
b. or the producer by reason of Article 15, third paragraph , expressed in percentages, correspond to the ratio of the fuels referred to in (a);
(c) or the records of the producer of the information at the disposal of the public accountant follows that, during the past year, the statement submitted has been in conformity with the statement submitted in respect of the said information. Article 11 (4) .
4 For the purposes of determining the information referred to in paragraph 3, the auditor shall verify that the appropriate method is applied to the method referred to in paragraph 3. Article 16, first and second paragraphs .
5 If at the request of the producer on the guarantee of origin for gas from renewable energy sources the data referred to in Article 24 (3) , the insurance report also indicates that this information corresponds to the data from the audit carried out on the applied sustainability system.
The Minister shall, upon receipt of the measurement report, determine at the request of the producer who maintains a production plant in which biomass is processed, not a waste incineration plant, the useful heat in MWh.
1 The Minister shall fix, by 1 December each year at the latest for the purpose of the following calendar year, a percentage expressing the proportion of the total quantity of electricity produced by means of household combustion wastes or similar industrial waste in a waste incineration plant, renewable electricity or heat from renewable energy sources.
2 If the Minister finds that, in a waste incineration plant or in an AVI unit, substantial quantities of common waste streams are processed with a substantially different percentage than those referred to in the first paragraph, or that there are substantial quantities of waste By way of derogation from the first member, the Minister may, by way of derogation from the first member, determine the percentage expressing the percentage of the total amount of electricity used for the waste incineration plant or that unit of AVI which is generated by means of those homogeneous waste streams, sustainable electricity or heat from renewable energy sources.
1 This Article shall apply only to a producer as referred to in Article 7, first paragraph, points (a) and (b) .
2 The yield of a waste incineration plant or of an AVI unit is:
a. the sum of:
1 ° means the electricity generated by the waste incineration plant, or by an AVI unit per calendar month, on the grid or on production plants other than the production plant or the unit of AVI which generates the electricity supplied electricity; and
2 °. two thirds of the heat generated by the waste incineration plant or by the unit of AVI per calendar month, and useful heat,
b. Shared by the product of:
1 °. the mass of waste and other fuels processed in the waste incineration plant or in the AVI unit per calendar month; and
2 °. the calorific value of processed waste and other fuels.
3 The weighted monthly return of a waste incineration plant or of an AVI unit shall be the result of:
(Em * Rm + Em-1 *Rm-1 + ... Em-11 *Rm-11)/(Em + Em-1 + ... Em-11)
where:
Em = the amount of electricity generated in month m
Rm = return as referred to in the second paragraph for month m
Em-1 = the amount of electricity generated in the month prior to m
Rm-1 = the yield referred to in the third paragraph for the month prior to m.
4 After receiving the measurement report, the Minister shall determine the yield and the weighted monthly return on a waste incineration plant and of an AVI unit. The rate of return shall not be determined for the period before the date of application by the producer as referred to in Article 4 (1). Article 2, first paragraph -It's done. The weighted monthly rate of return shall be determined in the first year of the months after the producer has made a request as referred to in Article 2 (1) of this Regulation.
5 The minister may also determine the product of the mass of waste and other fuels processed in the waste incineration plant and in the AVI unit per calendar month, and the calorific value of the processed waste and other fuels. the basis of the iterative method described in the measurement conditions.
A guarantee of origin shall cover a quantity of energy in the size of 1 MWh.
1 The Minister makes guarantees of origin relating to the energy from renewable energy sources or HR-CHP electricity generated from the first day of the calendar month in which the producer referred to the request, Article 2, first paragraph , has been made on the account specified by the producer, if:
(a) the producer has a valid determination, which is intended to be Article 2 , and
b. The measurement message referred to in Article 5 or the required measurement data referred to in Article 5, first paragraph, part a, and Article 9 , first paragraph and, where applicable, the biomass limits for the amount of energy from renewable energy sources or HR-CHP electricity generated from that moment have been consulted.
2 Where the producer maintains a waste incineration plant, the Minister shall, when determining the number of guarantees of origin to be given, apply the percentages to be given in the case of the Article 18, first and second paragraphs .
1 An account holder that has guarantees of origin can provide these guarantees of origin, non-guarantees of origin for non-grid delivery and guarantees of origin for gas from renewable energy sources that are transferred to the Dutch Issuing Authority, transfer to a different account.
2 An account holder who has guarantees of origin on which the data, named in Article 24, third paragraph , are listed, which he intends to use to provide renewable fuel units as intended Article 9.7.3.1 of the Environmental Management Act On the account of the Dutch Emission Authority, these guarantees shall be made available.
3 By way of derogation from the second paragraph, an account holder who has guarantees of origin for non-grid supply for gas from renewable energy sources supplied to a bemetered delivery point and on which the data is mentioned in Article 24, third paragraph , are listed, which he intends to use to provide renewable fuel units as intended Article 9.7.3.1 of the Environmental Management Act For the acquisition of these guarantees, these guarantees shall be transferred to the account of the Dutch Emission Authority.
1 In any case, the following shall be indicated on a guarantee of origin:
a. the form of energy of the guarantee of origin in the form of energy;
b. the energy source used;
c. in the case of the use of biomass:
1 °. the type of biomass;
2 °. the certificates issued in accordance with the provisions of the Article 11, fifth paragraph ;
d. the start date and end date of production;
e. an indication of the production installation, including the location, type and capacity;
f. the date on which the production plant was put into service;
g. whether and to what extent the production facility has received or enjoyed public aid and the type of State aid;
h. A unique identification number;
i. date and country of issue.
2 On a guarantee of origin for HR-CHP electricity, it is also stated:
a. The identity and thermal and electrical power of the installation;
b. the lower calorific value of the fuel source from which the electricity was produced;
c. the amount and use of the heat generated together with the electricity
d. in accordance with Annex II to Directive 2012/27 /EU is the amount of electricity produced from high-efficiency cogeneration where the guarantee is valid;
e. primary energy savings calculated in accordance with Annex II to: Directive 2012/27 /EU on the basis of the Annex II, point (f), to Directive 2012/27 /EU established harmonised efficiency reference values;
f. The nominal electrical and thermal efficiency of the installation.
3 On a guarantee of origin for gas from renewable energy sources, at the producer's request, it shall also be indicated:
a. The raw material according to the durability testing system used:
(b) the country of origin of the raw material;
c. if more than one commodity is used, the contribution to the energy per raw material;
d. the durability system used;
e. greenhouse gas emissions calculated by the durability system up to the innutrition system in the grid;
f. Energy production without, if applied, adjustment for own use of the gas as stated in Article 6 second paragraph .
1 The supplier books as proof of the supply of energy from renewable energy sources or HR-CHP electricity to a final customer established in the Netherlands, within one month of delivery the amount of guarantees of origin corresponding to the amount of energy from renewable energy sources or HR-CHP electricity supplied to a Dutch-based end customer of his Dutch account.
2 For the purpose of applying the first paragraph, the supplier shall ensure that on the first day of the calendar month of delivery he shall have the necessary quantity of guarantees of origin on his Dutch account corresponding to the nature of the goods. from deliveries.
3 For the purposes of paragraph 1, a guarantee of origin shall apply to non-net supply, with the exception of a guarantee of origin for non-grid supply for gas from renewable energy sources supplied to a bemetered delivery point and on which the data mentioned in Article 24, third paragraph , his mention, not as proof.
4 By way of derogation from paragraph 1, a supplier shall, as evidence of a supply of gas from renewable energy sources for transport to a final customer established in the Netherlands, enter the quantity within one month of delivery. guarantees of origin for gas from renewable energy sources on which the data, mentioned in Article 24, third paragraph , are indicated, which corresponds to the quantity of gas supplied from renewable energy sources supplied for transport to a final customer established in the Netherlands to the account of the Dutch Emission Authority.
1 A guarantee of origin, other than a guarantee of origin for non-net supply or a guarantee of origin for gas from renewable energy sources transferred to the Dutch Emissions Authority, shall cease to be valid:
a. after retirement as proof of delivery as intended in Article 25, first paragraph ;
(b) no later than the expiry of the 12 months following the end date of the production of the energy from renewable energy sources or HR-CHP electricity for which the guarantee of origin is booked.
2 A guarantee of origin for non-net supply loses its validity after it has been used to advance the advance, intended Article 72w, second paragraph, of the Electricity Act 1998 like that in place on 31 December 2007, or Article 66 of the Decision promoting renewable energy production to be received.
3 A guarantee of origin for gas from renewable energy sources transferred to the Dutch Emission Authority will lose its validity no later than 12 months after the end date of the production of the gas from renewable energy sources for which the guarantee of origin is booked.
1 The Minister shall withdraw guarantees of origin which have been issued in contraa with the provisions of this Arrangement.
2 Where the guarantees of origin referred to in the first paragraph have already been charged, the Secretary of State shall reduce the number of guarantees of origin on the account holder's account with the number of Wrongly Issued Guarantees Of Origin.
1 If the corresponding Article 11 (4) , notified percentages deviate from the percentages given in the measurement report as referred to in Article 2 (1). Article 10 or from insurance report as referred to in Article 17 The Minister shall correct the difference resulting from this derogation by booking or booking the relevant account by means of guarantees of origin.
2 If in Article 11, first and second paragraphs , Article 12, first paragraph or Article 17, second paragraph , as the time of submission of the measurement report or insurance report is exceeded, the Minister reduces the number of guarantees of origin on the account holder's account with the application of the formula:
Quantity of guarantees to be issued from origin = [ EHE/12 * OT]/1 MWh,
where:
EHE = the amount of energy generated from renewable sources of energy generated during the period covered by the report or the insurance report;
OT = number of overrun periods from one day to one month.
3 If the measurement report or insurance report does not meet the requirements specified in the Articles 11 , 12 or 17 For four weeks, the Minister shall give the producer four weeks to make the measurement report or the insurance statement comply with those requirements. If the producer gives no or insufficient hearing to this, the Minister reduces the number of guarantees of origin on the account of the account holder by applying the formula set out in the second paragraph.
1 The rates of cover of costs associated with transactions in respect of guarantees of origin shall be based on the following costs:
(a) to develop and maintain an electronic system for guarantees of origin;
b. The application of an account upon request;
(c) books and books of guarantees of origin;
(d) the transfer of guarantees of origin;
(e) the promotion of national and international market forces for guarantees of origin;
f. provide data on the basis of a legal requirement;
g. the handling of objection and appeals.
2 The rates for 2016 for guarantees of origin for renewable electricity shall be for:
a. Create, by guarantee of origin, to the extent that renewable electricity is generated from wind, water or sun: € 0,021;
b. creation, by guarantee of origin, to the extent that renewable electricity is generated from biomass: € 0,048;
(c) diaries, by guarantee of origin: € 0,021;
d. Overbooking, by guarantee of origin: € 0,008;
e. Import by guarantee of origin: € 0,021;
f. export, by guarantee of origin: € 0,008;
g. Membership for merchants, per year: € 500,00.
3 The rates for 2016 for guarantees of origin for heat from renewable energy sources shall be for:
a. Creation, by guarantee of origin: € 0,048;
(b) diaries, by guarantee of origin: € 0,021;
c. Overbooking, by guarantee of origin: € 0,008;
d. Imports by guarantee of origin: € 0,021;
e. Export, by guarantee of origin: € 0,008;
f. Membership for merchants, per year: € 500,00.
4 The rates for 2016 for guarantees of origin for gas from renewable energy sources shall be for:
a. Creation, by guarantee of origin: € 0,21;
(b) diaries, by guarantee of origin: € 0,015;
c. Overbooking, with the exception of the transfer to the account of the Dutch Emissions Authority, by guarantee of origin: € 0,027;
d. Membership for producers, per year: € 520,00;
e. Membership for merchants, per year: € 520,00.
The cost of managing the account will not be charged if account holder has been granted subsidy on the basis of Article 2 of the Decision promoting renewable energy production read:
b. Article 8, first paragraph, part a, of the Designation Categories Sustainable Energy Production 2009 ;
The General implementation incentive for renewable energy production is amended as follows:
1. Articles 7 to 7f Expired.
1 An account holder that holds an account that is based on Article 77, first paragraph , or Article 77cb, first paragraph, of the Electricity Act 1998 as of 31 December 2014, opened with the guarantee management body, is deemed to have an account as intended in Article 73, second paragraph, of the 1998 Electricity Act .
2 The number of guarantees of origin and the number of guarantees of origin for non-grid delivery booked at the time of entry into force of this scheme as referred to in Article 77, first paragraph , or Article 77cb, first paragraph, of the Electricity Act 1998 as it was said to be booked on 31 December 2014 in an account as referred to in Article 73, second paragraph, of the 1998 Electricity Act .
3 The five-year period referred to in Article 3, first paragraph , and Article 5, first paragraph where a producer at the time of the entry into force of this scheme is in possession of an account as referred to in Article 1 (1), Article 77, first paragraph , or Article 77cb, first paragraph, of the Electricity Act 1998 as that stated on 31 December 2014, deemed to be caught at the time the network operator carried out the determination, as referred to in Article 2 of the Arrangement of guarantees of origin for renewable electricity as it was at 31 December 2014 or in Article 3 of the Arrangement of guarantees of origin for electricity generated in installation for high-efficiency cogeneration such as that in force on December June 2014.
4 A producer who maintains a production plant for the generation of gas from renewable energy sources before the entry into force of this scheme, and has a measurement protocol approved by Vertogas B.V. for the period has been deemed to be in possession of a determination as referred to in Article 2 for which such approval has been granted.
5 The number of certificates booked by Vertogas B.V. on account as evidence produced from renewable energy sources is deemed to have been booked on an account as intended Article 66i of the Gas Act .
The following arrangements shall be repealed:
This arrangement shall enter into force from 1 January 2015.
This scheme is cited as: Regulations of guarantees of origin for energy from renewable energy sources and HR-CHP electricity.
This arrangement will be set out in the Official Journal.
' s-Gravenhage, 9 December 2014
TheMinister
of Economic Affairs,H.G.J. Kamp
Using this form, you declare sustainable electricity generation and request the network administrator to determine whether your production facility is suitable for renewable electricity generation and whether your measuring device is suitable for measurement of renewable electricity. sustainable electricity and call on the network operator to inform the Minister of the measurement data relating to the renewable electricity generated by you.
This form shall at all times be fully, correctly, signed in the original, signed and, if applicable, with the necessary Annex (s) to be submitted to the Minister.
If multiple production installations are behind a single connection for which you have requested guarantees of origin and/or WKK certificates, you should also determine a system limit of the production facilities. This system boundary can include multiple production units.
a. Name:
b. Address:
c. Postal code:
d. Location:
e. Country:
f. Phone number:
g. Faxnumber:
h. E-mail address:
i. Chamber of Commerce registration number .....................:
j. BSN number:
a. Address:
b. Postal code:
c. Place:
d. EAN code of the connection to the grid (18 digit number):
e. EAN code of the network operator of the network on which the production plant is connected, or from the network operator in whose geographical area the production plant is located:
f. Date to enter the registration of this installation:
g. Are there multiple production facilities for which guarantees of origin and/or WKK certificates have been applied for connected through the same network connection?
○ Yes
○ No
If you have answered this question with 'Yes', you should also fill in question 2h and attach a drawing with the system boundaries of the production installation.
h. EAN code of the production plant to which this request for determination relates:
Please tick what kind of installation is involved in this request. Only one answer is possible.
a. The application concerns a production facility for the generation of renewable electricity by means of:
○ Onshore wind energy
○ wind energy at sea
○ solar energy
○ Hydropower
○ Tidal energy
○ Gulf energy
○ waste incineration
○ Processing of biomass
b. If your application concerns a production plant for the production of renewable electricity through biomass, which type of fuel is used?
○ only biogas from fermentation
○ Landfill gas only
○ only sewage treatment gas or waste water treatment gas (from sludge fermentation)
○ exclusively to its nature pure liquid or solid 0. Domestic and similar industrial waste
○ other (for example, combinations of the above fuels, combinations with fossil fuels, etc.)
c. If your installation generates electricity through thermal processing of fuels: Do you want to also register on the GvO or certificates regarding sustainability criteria with regard to (part of) the fuels used have been issued?
○ Yes
○ No
d. If your application concerns a waste incineration plant: do you have an MEP grant decision or a SDE grant decision for the year 2008, 2009 or 2010?
○ Yes
○ No
If you have completed 'Yes' above, you will also need to submit a measurement protocol, which meets the AVI measurement conditions (Annex 2A to the Guarantees of Origin energy from renewable energy sources and HR-CHP Electricity).
e. If you receive or have received a grant for this production facility, or if you are in possession of a grant decision or other financial support, please indicate below in what category this support is included:
○ no grant
○ Investment grant
○ Production grant
○ Combination of production and investment grant
f. If you have received a grant decision on the basis of the Decision Stimulating sustainable energy production , please fill in the project number here:
g. If your application concerns a production facility for renewable electricity generation by means of biomass processing, do you wish to register useful heat-taking for this production plant?
○ Yes
○ No
If you have completed 'Yes' above, you must also submit a measurement protocol which satisfies the conditions of measurement of the use of heat (Annex 2C to the guarantee of origin for energy from renewable energy sources) and HR-CHP electricity).
h. If the production installation processes purely biogas, you must also submit a measurement protocol which meets the conditions of the measurement (Annex 2B to the Guarantees Regulations of Origin for Energy of Renewable Energy from renewable sources). energy sources and HR-CHP electricity).
i. Date to which the installation was put into service:
j. Electrical power installation (MW):
If you have answered the previous question 2g (there are several installations behind the same network connection for which you are applying for guarantees of origin and/or WKK certificates) with 'Yes', you are, pursuant to Article 2 (5) of the guarantee scheme of origin for energy from renewable energy sources and HR-WKK electricity, required to answer Question 4a with 'No' and Question 4b with 'Yes'.
a. Do you feed all the electricity generated by your production plant into a net?
○ Yes
○ No
b. Do you also want to receive guarantees of origin for the electricity that has not been fed into a net, but on an installation?
○ Yes
○ No
If you have an installation with a connection value equal to or less than 3X80 A, it is not required to measure your net net delivery. You can only install a gross production meter, which will save you the cost of a new meter for determining the net net delivery if your current meter is not suitable for that purpose. In this case, the network operator will set a 0-value for the network supply (it will not be measured) and you will receive the full production of your installation guarantees of origin for electricity fed on an installation. This electricity is considered to have been used by yourself and is not negotiable. This does not affect your possible entitlement to subsidy. Also in this case you answer Question 4a with 'No' and Question 4b with 'Yes'
If you want to make a distinction between what you supply to the grid and what you are consuming yourself, you can indicate this by stating in the comment field at point 6: 'Split net delivery and non-net supply'.Of course, the meter should then be suitable (or be made) to measure the return. This will assess your network administrator.
c. EAN code of the account holder ('merchant ') on whose behalf the Warranties of Origin are to be credited:
a. That the installation referred to in this form is connected to a network or a (other) installation and is equipped with (a) meter (s) to satisfy the criteria set out in the Measurement Code Electricity, which is provided by the network administrator or by the system operator. the authorised measuring company is capable of unambiguous measurement of the electricity on a network or an installation, or can be clearly calculated from a combination of measurements;
b. That you will cooperate at all times to checks on the installation referred to in this form and the corresponding meter (s) to be carried out by the network administrator, in so far as these checks relate to this request for the establishment of a production plant for the production of renewable electricity and communication of measurement data on renewable electricity;
c. If, in the production plant, you do not process pure biomass or non-pure biomass, it shall, by means of a method used for this purpose, determine by sampling per batch, or establish whether biomass is used. can be classified as pure and which part of the non-pure biomass processed is biodegradable;
d. If the production plant fails to process pure biogas or not pure biogas, in the case of the raw material used in the production of this biogas, you must use a method appropriate to this purpose. of sampling per batch, or show that the material from which the renewable electricity is generated is to be regarded as pure or non-pure biomass;
e. If any of the cases, as indicated by you, changes to questions 2, 3, 4 or 5, you make a prior notification of this by re-filling this form and forward to the network administrator;
f. That you have filled out this statement to truth.
Place:
Date:
Applicant signature:
Annex (n):
Watch out! Please make a copy of this completed application form for your own use.Space for comments producer:
Place:
Date:
Network administrator name:
Network administrator signature:
Network administrator comment space:
With this form, you declare WKK electricity to be produced, request the network administrator to determine if your installation is suitable for CHP electricity generation and whether your measuring device is suitable for using CHP electricity and electricity. call on the network operator to share the measurement data with respect to the CHP electricity generated by you as such to the network operator of the rural high voltage grid.
As a general rule, if multiple production installations are behind a single connection for which you have requested WKK certificates and/or Judgments Of Origin, you should also check the system boundaries of the production facilities. determine. These system boundaries may include multiple production units.
a. Name:
b. Address:
c. Postal code:
d. Location:
e. Country:
f. Phone number:
g. Faxnumber:
h. E-mail address:
i. Chamber of Commerce registration number ..........:
j. BSN:
a. Address:
b. Postal code:
c. Place:
d. Kadaster location number:
e. EAN code of the connection to the grid (18 digit number):
f. EAN code of the network administrator of the network on which the installation is connected:
g. Are there more than one production facility for which WKK certificates and/or origin guarantees have been applied for from the same network connection?
○ Yes
○ No
If you have answered this question with Yes, you should also fill in question 2h and attach a drawing with the system boundaries of the production plants. If you have replied No to this question, please continue with question 2i.
h. EAN code of the production plant to which this request for determination relates:
How many separate cogeneration units is your CHP installation?
Please fill in the following questions for each of these unitsa. What type of power source is installed?
○ Steam and gas turbine with heat recovery
○ Counterpressure steam turbine
○ Off-condensing-condensing-turbine
○ Gas turbine with heat recovery
○ Internal combustion engine
○ Microturbine
○ Stirrers motor
○ Fuel cell
○ Steam engine
○ ORC
○ Other:
b. Heat application area
○ Domestic
○ Industry
○ Agriculture
c. Which fuel is used?
Gas vormigo. Natural gas
○ Refining gas or hydrogen
○ Biogas
○ Coke oven gas, blast furnace gas, other waste gases, industrial excess heat
Liquid
○ Oil (gas oil + fuel oil)
○ Biofuels
○ Biodegradable waste
○ Non-renewable wastes
Solid substance
○ Coal
○ Lignite/brown-coal briquettes
○ Peat/peat briquettes
○ Wood fuels
○ Agricultural biomass
○ Biodegradable (urban) waste
○ Non-renewable (urban and industrial) waste
d. Nominal electric power WKK unit (MW):
e. Nominal thermal power WKK unit (MW):
f. Nominal electric efficiency WKK unit (MW):
g. Nominal thermal efficiency WKK unit (MW):
You must add a measurement protocol, which complies with the requirements laid down in the WKK measurement conditions (Annex 1 to the Scheme) and approved by a certified measurement company, to this request. .
You declare by filling in and signing this statement:
a. That the production facility referred to in this form is connected to a network or to a (other) installation and is equipped with (a) meter (s) which satisfy the criteria set out in the Measurement Code Electricity, which is provided by the network operator whether the certified measurement company can clearly measure the electricity on a network or an installation, or it can be determined from a combination of measurements with a clear calculation;
b. That you will be involved at any time by carrying out checks on the production facility referred to in this form and the corresponding meter (s) to be carried out by the network manager, in so far as such checks are related to this request;
If, in the event that one of the cases mentioned in questions 2, 3, 4 or 5 changes, you make a prior notification of this by refilling this form and forward to the network administrator;
d. That you have filled out this statement to truth.
Place:
Date:
Applicant signature:
Annex (n):
Watch out! Make a copy of this completed statement for your own use.Space for comments producer:
Place:
Date:
Network administrator name:
Network administrator signature:
Network administrator comment space:
By this form, you declare gas from producing renewable energy sources and request the network administrator to determine if your production facility is suitable for the generation of gas from renewable energy sources and whether your measurement device suitable for the measurement of gas from renewable energy sources and ask the network operator to inform the Minister of the measurement data relating to the gas produced by you from renewable energy sources as such.
This form shall at all times be fully, correctly, signed in the original, signed and, if applicable, with the necessary Annex (s) to be submitted to the Minister.
If multiple production installations are behind a single connection for which you have applied for guarantees of origin, you should also determine a system limit of the production facilities. This system boundary can include multiple production units.
a. Name:
b. Address:
c. Postal code:
d. Location:
e. Country:
f. Phone number:
g. Faxnumber:
h. E-mail address:
i. Chamber of Commerce registration number .....................:
j. BSN number:
a. Address:
b. Postal code:
c. Place:
d. EAN code of the connection to the grid (18 digit number):
e. EAN code of the network operator of the network on which the production plant is connected, or from the network operator in whose geographical area the production plant is located:
f. Date to enter the registration of this installation:
g. Are there multiple production facilities for which guarantees of origin have been requested to be connected through the same network connection?
○ Yes
○ No
If you have answered this question with 'Yes', you should also fill in question 2h and attach a drawing with the system boundaries of the production installation.
h. Routing:
The route is specified in Table 1.
A. Landal or Regional Gas Transport Net
B. Local Connection
C. CNG/LNG
| 1 One Production installation with reprocessing |
A1 |
B1 |
C1 |
| 2 .Multiple production installations with reprocessing |
A2 |
B2 |
C2 |
| 3 . One Production plant without reprocessing |
n/a |
B3 |
n/a |
| 4 . Multiple production installations without reprocessing |
n/a |
B4 |
n/a |
i. EAN code of the production plant to which this request for determination relates:
Please tick what kind of installation is involved in this request. Only one answer is possible.
a. What type of fuel is deployed?
○ only biogas from fermentation
○ Landfill gas only
○ only sewage treatment gas or waste water treatment gas (from sludge fermentation)
○ exclusively for its nature pure liquid or solid biomass (grant decision MEP or SDE 2008)
○ exclusively to its nature pure liquid or solid biomass (no grant decision or SDE from 2009)
○ Domestic and similar industrial waste
○ other (for example, combinations of the above fuels, combinations with fossil fuels, etc.)
b. If you receive or have received a grant for this production facility, or if you are in possession of a grant decision or other financial support, please indicate below in what category this support is included:
○ no grant
○ Investment grant
○ Production grant
○ Combination of production and investment grant
c. If you have received a grant decision on the basis of the Decision Stimulating sustainable energy production , please fill in the project number here:
d. If the production plant is incorporated into its nature of pure biogas, you must also submit a measurement protocol which fulfils the conditions of measurement (Annex 2D to the Guarantees Regulations of Origin). energy sources and HR-CHP electricity).
e. Date to which the installation was put into service:
f. Energy power installation (MW):
g. Expected annual production (MWh):
If you have answered the previous question 2g (there are several installations behind the same network for which you are applying for guarantees of origin) with 'Yes', you, pursuant to Article 2 (5) of the Conditions of Origin guarantee, are energy from renewable energy sources and HR-WKK electricity, required to answer Question 4a with 'No' and Question 4b with 'Yes'.
a. Do you feed all gas from renewable energy sources generated by your production plant into a net?
○ Yes
○ No
b. Do you also wish to receive guarantees of origin for gas from renewable energy sources that have not been fed onto a network, but on an installation?
○ Yes
○ No
Of course, the meter should then be suitable (or be made) to measure the return. This will assess your network administrator.
c. EAN code of the account holder ('merchant ') on whose behalf the Warranties of Origin are to be credited:
d. Recognised Measuring Controller:
e. Liaison officer:
f. Is there a gas nipper present to take samples of the gas:
g. Is there any other connection to the Host ransport network from a Netmanager present on the route, except for (optionally) invooing:
h. Will be taken from the Gas Gas Network of a Netmanager used in the ground dust preparation, production process or gas cleaning process:
a. That the installation referred to in this form is connected to a network or a (other) installation and is equipped with (a) meter (s) to satisfy the criteria set out in the Gas-LNB or Gas-RNB measurement conditions, which is by the network operator or by the authorised measuring company, the gas on a net or an installation can be measured unambiguously or can be clearly calculated from a combination of measurements;
b. That you will cooperate at all times to checks on the installation referred to in this form and the corresponding meter (s) to be carried out by the network administrator, in so far as these checks relate to this request for the establishment of a production plant for the production of gas from renewable energy sources and the communication of measurement data on gas from renewable energy sources;
c. If, in the production plant, you do not process pure biomass or non-pure biomass, it shall, by means of a method used for this purpose, determine by sampling per batch, or establish whether biomass is used. can be classified as pure and which part of the non-pure biomass processed is biodegradable;
d. If the production plant fails to process pure biogas or not pure biogas, in the case of the raw material used in the production of this biogas, you must use a method appropriate to this purpose. of sampling per batch, or show that the material from which the renewable electricity is generated is to be regarded as pure or non-pure biomass;
e. If any of the cases, as indicated by you, changes to questions 2, 3, 4 or 5, you make a prior notification of this by re-filling this form and forward to the network administrator;
f. That you have filled out this statement to truth.
Place:
Date:
Applicant signature:
Annex (n):
Watch out! Please make a copy of this completed application form for your own use.Space for comments producer:
Place:
Date:
Network administrator name:
Network administrator signature:
Network administrator comment space:
Using this form, you declare sustainable heat to produce and request the authorised measurement company to determine whether your production facility is suitable for the generation of sustainable heat and whether your measuring device is suitable for measurement of sustainable heat and request that the authorised measuring company be informed of the measurement data relating to the sustainable heat that you produce as such to the Minister for Economic Affairs.
This form shall at all times be fully, correctly, signed in original, signed and, where applicable, with the necessary Annex (s).
If multiple production installations are behind a single connection, you should also determine a system boundary for the production installations. This system boundary can include multiple production units.
a. Name:
b. Contact name:
c. Address:
d. Postal code:
e. Location:
f. Phone number:
g. Faxnumber:
h. Email address:
i. BSN or KvK number:
a. Address:
b. Postal code:
c. Place:
d. EAN production plant code (18-digit):
e. Project number Sde-disposition: SDE
a. The application concerns a production facility for the production of renewable heat by means of:
○ Geothermal
○ Sun thermia
○ waste incineration
○ other biomass processing
If your application concerns a production plant for the production of renewable heat by biomass, which type of fuel is used?
○ only biogas from fermentation
○ Landfill gas only
○ only sewage treatment gas or waste water treatment gas (from sludge fermentation)
○ exclusively for its nature pure liquid or solid biomass
○ Domestic and similar industrial waste
○ other (for example, combinations of the above fuels, combinations with fossil fuels, etc.)
b. Date to which the plant was put into service:
c. Thermal power installation (MWth):
You declare by filling in and signing this form:
a. The installation provided for in this form is equipped with (a) meter (s) which satisfy the criteria laid down, which may be measured unambiguously by the approved measuring undertaking or a combination of measurements; can be calculated;
b. That you will cooperate at any time by carrying out checks on the installation referred to in this form and the corresponding meter (s) to be carried out by the measuring company, in so far as these checks relate to this request for the establishment of a production plant for the production of sustainable heat and communication of measurement data on sustainable heat;
c. If, in the production plant, you do not process pure biomass or non-pure biomass, it shall, by means of a method used for this purpose, determine by sampling per batch, or establish whether biomass is used. can be classified as pure and which part of the non-pure biomass processed is biodegradable;
d. If the production plant fails to process pure biogas or not pure biogas, in the case of the raw material used in the production of this biogas, you must use a method appropriate to this purpose. of sampling per batch, or indicate that the material from which the sustainable heat is generated is to be regarded as pure or non-pure biomass;
e. If any of the cases, as indicated by you, changes to questions 2, 3, 4 or 5, make a prior notification of this form by re-filling this form and forward to the measurement company;
f. That you have filled out this statement to truth.
Place:
Date:
Applicant signature:
Annex (n):
Watch out! Make a copy of this completed statement for your own use.Space for comments producer:
Place:
Date:
Authorised measurement company name:
Signature authorised measuring company:
Space for comments authorised by the measurement company:
1.1. Measuring: determining and recording the amount of energy that has passed the system boundary of the AVI unit over a calendar month.
1.2. Metric: the result of measuring for one form of energy. At least one metric of each of the individual energy forms, namely fuel, electricity and heat, is available. If an energy form is measured at more than one point on the system boundary, there will also be more measurement data for that energy form.
1.3. Metering: the whole of all measuring devices and data storage and data transmission systems necessary to measure and ensure all the energy that passes through the system boundary of the AVI unit.
1.4. Measuring device: the total of interrelated meters and the measuring instruments necessary to measure a quantity of energy. There is at least one measuring device for measuring each of the individual energy forms, namely fuel, electricity, and heat.
1.5. Meter: a device that measures one parameter, needed for determining the amount of energy.
1.6. Means of measurement: a part of the measuring device, required for measuring, other than a meter.
1.7. System boundary: a fictitious closed enclosure of the AVI unit that distinguts the AVI unit from the other AVI units within the company.
1.8. Fuel: all wastes used in a waste incineration plant, as well as the other fuels used
1.9. Calorific value: the lower calorific value (stookvalue) of the fuel
Measurement Protocol
2.1. The measurement protocol of the waste incineration plant shall contain at least the following elements:
a. description of the various components of the waste incineration plant, including any individual AVI units and the different auxiliary installations thereof;
b. Description and outline of the system boundary or system boundaries of the AVI units from which the waste incineration plant exists as elaborated in Chapter 3;
c. description and outline of the bemetering of each of the AVI enaners;
d. Description of the meters and the measurements of each of the measuring devices;
e. description of the maintenance of each of the measuring devices;
f. description of the equipment for storage and processing of data from the measuring devices;
g. description of the inaccuracy of each of the measuring devices;
h. description of the assurance of the quality of the measurements;
i. description of the method of repair of measurement data and alternative measurement methods in the event of failure of the measuring device;
j. description of the assurance of the quality of the processing of the data from the measuring devices;
k. description of the frequency of calibration of each of the measuring devices;
(l) Description of the calculation of the three aggregated energy quantities per unit of AVI, provided for in the formula, referred to in Article 20 (2) of the Conditions of Origin for Energy of Renewable Energy Sources; and HR-CHP electricity shall be used to determine the yield.
Administration
2.2. In the case of the measurement protocol, an administration in which the following information is recorded per measuring device shall be:
a. Fabrication, type, factory number, and year of construction of the installed measuring devices, meters and measuring instruments;
b. Calibration certificates of the measuring device and its meters and its instruments;
c. the year in which the measuring device was installed or revised for the last time;
d. The type of seal with which the measuring device is sealed or the means of assurance applied to the measuring device;
e. the year and month, in which the measuring device was last checked;
f. the year and month, in which the measuring device was last spanned;
g. the results of the checks and calibrations carried out on the measuring device;
h. An overview of the officials who are competent to carry out measurements and maintain or manage measurement devices.
The producer shall be responsible for the current keeping of this administration.
Uncertainty
2.3. The uncertainty of a measurement data is calculated from the inaccuracies of the individual measuring devices as described in the 'Guide to the expression of uncertainty in measurement' (edition of BIPM, IEC, IFCC, ISO, IUPAC, IUPAP and OIML; International Organization for Standardization, Geneva, 1995, ISBN 92-67-10188-9).
Measurement report
2.4. For each of the AVI units, the measurement report shall contain at least the measurement data of the fuel consumption, the total amount of net generated electricity, the net generated heat, the number of rotation hours, and the yield of the waste incineration plant in the whole and the AVI units separately. If there are any (assistance) installations outside the system boundaries of the AVI units, then they should be allocated to those units in proportion to the energy output of the AVI units.
2.5. The measurement report shall contain a summary consisting of the aggregated measurement data, which shall be in the formula referred to in Article 20, third paragraph of the Arrangement of guarantees of origin for energy from renewable energy sources and HR-CHP electricity are used.
2.6. If natural gas is used as fuel, the amount of natural gas is reported in cubic meters of standard Groningen quality (with an energy content of 35.17 MJ/Nm) 3 ) Under normal conditions. The conversion of the measured quantity of natural gas to natural gas from standard Groningen quality is done on the basis of the actual energy content of the natural gas used, such as the supplier of natural gas to the natural gas. producer. The measurement report shall contain an indication of the amount of natural gas measured, the energy content declared by the supplier of the natural gas and the amount of natural gas of standard Groningen standard.
2.7. The measurement report shall also indicate, where applicable,
a. disturbances of measuring devices and related repair of measurement data;
b. interferences in other components of the metering and their effects on the reliability of the measurement data;
c. that measurement data shall be determined by means of alternative measurement;
d. Adjustment of measurement data; and
e. changes in installation, metering, and other circumstances that may be of interest for determining the amount of AVI certificates.
2.8. The measurement report shall also include a statement that the measurement data has been established by an unabridged application of the measurement protocol.
Malfunctions
2.9. The measurement data of a measuring device, which no longer functions or no longer complies with the required measurement requirements, may be calculated from control measurements for a period of up to four working days after the failure has been detected.
2.10. If the failure is not remedied within four working days, the manufacturer may measure in accordance with the method and procedure described in Chapter 5.
2.11. If a malfunction has occurred, this will be reported in the measurement report for the calendar month in question. It shall specify the measurement data and the manner in which the repair is carried out.
Requirements for measuring devices and gauges
2.12. The measurement of the quantities of energy shall be made according to generally accepted accounting devices.
2.13. As far as a measuring device or meter is below the Ice cream These measurement conditions are not applicable to the subject (s) which are regulated (s) for that measuring device or meter in the calibration (t) (s).
2.14. The meters and the measuring instruments shall comply with the type-approval requirements of the EN standards applicable to those meters and measuring instruments, or comparable national standards. The proof of type-approval has been issued in accordance with Ice cream or by an organisation that is certified in accordance with EN ISO 17025.
2.15. The capacity, design and construction of the measuring devices is in accordance with the maximum amounts of energy that the AVI unit can consume and produce respectively.
2.16. Placement of the meters shall be in accordance with the placement rules included in the said standards and supplemented by the location requirements of the manufacturer of the meter or measuring instrument.
2.17. Each of the meters and the measuring instruments shall be secured or sealed. The surety is such that a measurement cannot be affected, without it being clearly signalled. The seal shall be such that a measurement cannot be affected without disclosing the seal.
2.18. The measuring device shall be maintained in such a way that it continuously meets these measurement conditions.
3.1. The system boundary encloses one AVI unit from a waste incineration plant.
3.2. On the system boundary of the AVI unit, all forms of energy input and energy output are measured. If there are any (assistance) installations outside the system boundaries of the AVI units, then they should be allocated to those units in proportion to the energy output of the AVI units.
3.3. All components of the unit of the AVI unit are located within the system boundary.
3.4. Non-unit-related systems that generate electricity or heat are excluded from the system boundary.
3.5. The consumption of electricity or heat from systems located within the system boundary is not measured.
3.6. For each AVI unit, a schedule will be drawn up indicating the system boundary, the energy flows that pass through the system boundary, and for each of these energy flows, the measuring devices located on the system boundary of the AVI unit.
3.7. For the entire waste incineration plant, a sketch shows where the system boundaries of the AVI units are indicated by each other.
Fuel
4.1. Any fuel consumed in the unit of AVI shall be measured separately.
4.2. The volume of natural gas or other gas shall be measured and recited to normal conditions using a measuring device whose accuracy is at least compliant with the MID (Annex MI-002), Class 1,5.
4.3. The amount of coal shall be measured on the basis of weighing or on the basis of the purchase and stock balance, with a maximum permissible deviation of 1,0%, as determined in ISO 9411-1 (sampling for the determination of the lower combustion value).
4.4. The amount of liquid fuel shall be measured by means of a measuring device that complies with the calibration liquid meters and liquid metering equipment, and the requirements for Class 1.0 shall apply.
4.5. The amount of other fuel shall be determined according to a generally accepted comptable measurement, with a maximum permissible deviation of 1,0%.
Electricity
4.6. All quantities of electricity generated by the waste incineration plant shall be determined by means of a measuring device which complies with the requirements relating to the accuracy requirements set out in the Measurement Code Electricity for a measuring device at the time of the operation. a connector.
Heat
4.7. The amount of heat transported as hot water shall be measured with a measuring device complying with the MID (Annex MI-004 class) or a composite measuring device which is demonstrably compliant with the normaltation. The maximum relative deviation (MPE) in the flow rate across the practical measurement range is not more than 3.5%. If the MPE is larger, then an exit will be used. The reported heat measurements shall then be multiplied by a factor (100%-(X%-3,5%)) where the value of the MPE of more than 3,5% is x%.
4.8. The amount of heat, transported as steam and, if applicable, reduced by return condensate, shall be measured with a measuring device complying with the standard ISO 5167-1 or a comparable standard. For a steam flow of 50% to 100% of the measurement range of the measuring device, the maximum permissible deviation of the measurement shall be 2% of the full scale of the measuring device. For a steam flow of less than 50% of the measurement range of the measuring device, the maximum permissible deviation of the measurement shall be 4% of the measuring value. The temperature shall be measured with a resistance thermometer complying with the standard IEC-751, precision class B, a thermocouple complying with the standard IEC-584, accuracy class 2, or a meter complying with a comparable standard.
Downplay
4.9. For a maximum of 2,5% of the total energy measured by energy, the maximum permissible tolerances shall not exceed twice as much as the maximum permitted under the preceding provisions of this Chapter permissible deviations.
5.1. The manufacturer may determine, by means of an alternative measurement, if measuring by measuring devices as referred to in Chapter 4 is not possible because:
a. no good measurement is possible of the energy quantity;
b. placing a measuring device to undermine the safety of the plant would lead to:
c. to place or improve a measurement device would result in disproportionately high costs; or
d. A failure of a measuring device has been hit as specified in paragraphs 2.10 to 2.12.
5.2. The alternative measurement shall comply with the conditions set out below.
5.3. The producer shall provide in the measurement protocol a detailed motivation for derogating from Chapter 4, which shall include at least:
a. A description of the technical impossibility to apply Chapter 4; or
b. the considerations regarding the safety of the plant under which Chapter 4 cannot be applied; or
(c) an underestimation of the costs of adjusting the measuring device concerned to the application of Chapter 4; and
d. the inaccuracy that would be achieved by application of Chapter 4; and
e. the imprecision to be reached in the application of the alternative measurement.
5.4. The method of determining the measurement data by means of alternative measurement shall be accurately captured in the measurement protocol for the AVI installation and shall be approved by a certified measurement company prior to its application.
5.5. The alternate measurement does not use any speeds or other data that influence the measurement of the actual amount of energy.
5.6. The inaccuracy of a metric determined by alternative measurement shall, in principle, be equal to or lower than the inaccuracy required by Chapter 4 in respect of the measurement in question.
5.7. If the inaccuracy of a metric determined by alternative measurement is higher than the inaccuracy required by Chapter 4 in respect of the measurement in question, the given metric shall be corrected as follows,
a. for energy that is fed to the AVI unit: the measure is increased by the difference between the actual inaccuracy and the required inaccuracy and
b. for energy that produces the AVI unit: the measurement value is reduced by the difference between the actual inaccuracy and the required inaccuracy.
5.8. The method of correction according to 5.7 is described in the measurement protocol.
5.9. Both the original metric and the measurement data given after the 5.7 correction are included in the measurement report.
6.1. The iterative calculation is a 'special alternative measurement' as referred to in Chapter 5, which shall comply with all the points mentioned in Chapter 5.
6.2. The supplied energy from the fuel is often not measured accurately. If, for this reason, the manufacturer uses an alternative method of measurement as described in Chapter 5, the Minister will check the quantity declared and the calorific value of the fuel by means of the 6.3 calculation. This calculation is to be carried out in accordance with the standard EN 12952-15:2003.
6.3. In order to determine the product of the mass of waste and other fuels processed in the waste incineration plant or in the AVI unit per calendar month, and the calorific value of the processed waste and other fuels, the following shall be added: Formula:
Qttered = Qaflined
QB + QL + Qhelp = QN + QRG + QF + QS + QSTR + QCO
QB = [ GJ] = QN + QRG + QF + QS + QSTR + QCO-QL-Qaid
With:
QB = the energy supplied with the fuel
QN = the energy generated by the boiler
QRG = loss of energy from the flue gases
QF = the energy that has been carried off with the fly and boiler shaft
QS = lose the energy that has been taken from the snail
QSTR = loss of energy acting by radiation
QCO = the energy loss due to incomplete combustion
QL is the energy supplied in the air by means of tactile heat
Qaid = the operation of auxiliary machinery within the system boundary
Energy
In order to permit the control by the Minister, the above quantities should be reported in a manageable and insightful manner in the monthly measurement reports verified by the authorised measurement company. In addition, the following must be seen: the quantities entered into the measuring bridge and stored in the bunker, how these quantities are distributed among the AVI units and to what extent the inventory differences in the bunker the quantities that are fed to the AVI units, determine.
6.4. For the above calculation, the following standards shall apply:
Standard
Description
Edition
| EN 12952 Part 15 |
Water-tube boilers and auxiliary installations Acceptance tests |
2003 |
| ISO 5167 Part 1 to 4 |
Measurements of flows by means of pressure differential devices |
2003 |
| VDI 2048 |
Messunsicherheiten bei Abnahmemessungen Blatt 1 grundlayers |
2000-10 |
| IAPWS-IF97 |
Properties of water and steam |
1997 |
| FDBR guidance line |
Abnahmeversuche an Abfallverbrennungsanlagen Mit Rostfeurungen |
04/2000 |
| Snail sampling according to: |
||
| EN 14899:2005 |
Characterization of waste-Sampling of waste materials Framework for the preparation and application of a Sampling Plan |
|
| or according to the NEN 7300 series |
||
| Snail analysis according to: |
||
| EWAG |
V4002 Unburnt Percentage in Sslags |
|
| EWAG |
V4004 percentage of digestible in snail |
|
| Fly ash Unburned determination fly ash |
||
1.1. Measure: To determine and record the amount of energy that has passed the system boundary of the production plant over a calendar month.
1.2. Metric: the result of the measurement of energy. If an energy form is measured at more than one point on the system boundary, there will also be more measurement data for that energy form.
1.3. Metering: the whole of all measuring devices and data storage and data transmission systems necessary to measure and ensure the energy that passes through the system boundary of the production plant.
1.4. Measuring device: the total of interrelated meters and the measuring instruments necessary to measure a quantity of energy.
1.5. Meter: a device that measures one parameter, needed for determining the amount of energy.
1.6. Means of measurement: a part of the measuring device, required for measuring, other than a meter.
Measurement Protocol
2.1. The measurement protocol of the production plant shall contain at least the following elements:
a. description of the various components of the production plant, including the different auxiliary installations;
b. Description and outline of the system boundaries of the production plant as elaborated in Chapter 3;
c. Description and sketch of the production of the production installation;
d. Description of the meters and the measurements of each of the measuring devices;
e. description of the maintenance of each of the measuring devices;
f. description of the equipment for storage and processing of data from the measuring devices;
g. description of the inaccuracy of each of the measuring devices;
h. description of the assurance of the quality of the measurements;
i. description of the method of repair of measurement data and alternative measurement methods in the event of failure of the measuring device;
j. description of the assurance of the quality of the processing of the data from the measuring devices;
k. description of the frequency of calibration of each of the measuring devices;
l. description of the calculation of the weighted percentage as referred to in Article 11 (4) .
Administration
2.2. In the case of the measurement protocol, an administration in which the following information is recorded per measuring device shall be:
a. manufacturing, type, factory number and year of construction of the installed measuring devices, meters and measuring instruments;
b. Calibration certificates of the measuring device and its meters and its instruments;
c. the year in which the measuring device was installed or revised for the last time;
d. The type of seal with which the measuring device is sealed or the means of assurance applied to the measuring device;
e. the year and month, in which the measuring device was last checked;
f. the year and month, in which the measuring device was last spanned;
g. the results of the checks and calibrations carried out on the measuring device;
h. An overview of the officials who are competent to carry out measurements and maintain or manage measurement devices. In addition, heat standard EN 1434-Section 2. The producer is responsible for keeping this administration up to date.
Uncertainty
2.3. The uncertainty of a metric is calculated from the inaccuracies of the individual measuring devices in the manner described in the 'Guide to the expression of uncertainty in measurement' (ISO/IEC Guide 98-3:2008).
Measurement report
2.4. A measurement report shall contain at least the total amount of net useful heat that is useful for the production plant.
2.5. A measurement report shall contain:
a. A monthly statement of the weighted percentages of the fuels used in the production plant;
b. if not exclusively one species is processed by nature pure biogas, the total volume of energy exported by type of fuel is accounted for.
2.6. The measurement report shall also indicate, where applicable:
a. disturbances of measuring devices and related repair of measurement data;
b. interferences in other components of the metering and their effects on the reliability of the measurement data;
c. that measurement data shall be determined by means of alternative measurement;
d. Adjustment of measurement data; and
e. changes in installation, metering and other circumstances which may be of interest in determining the amount of guarantees of origin.
2.7. The measurement report shall also include a statement that the measurement data has been established by an unabridged application of the measurement protocol.
Malfunctions
2.8. The measurement data of a measuring device, which no longer functions or no longer complies with the required measurement requirements, may be calculated from control measurements for a period of up to four working days after the failure has been detected.
2.9. If the failure is not remedied within four working days, the manufacturer may measure in accordance with the method and procedure described in Chapter 5.
2.10. If a malfunction has occurred, this will be reported in the measurement report for the calendar month in question. It shall specify the measurement data and the manner in which the repair is carried out.
Requirements for measuring devices and gauges
2.11. The measurement of the quantities of energy shall be made according to generally accepted accounting devices.
2.12. As far as a measuring device or meter is below the Ice cream These measurement conditions are not applicable to the subject (s) which are regulated (s) for that measuring device or meter in the calibration (t) (s).
2.13. The meters and the measuring instruments shall comply with the type-approval requirements of the EN standards applicable to those meters and measuring instruments, or comparable national standards. The proof of type-approval has been issued in accordance with Ice cream or by an organisation that is certified in accordance with EN ISO 17025.
2.14. The capacity, design and construction of the measuring devices shall be in accordance with the maximum quantities of heat that the production plant can consume and produce.
2.15. Placement of the meters shall be in accordance with the placement rules included in the said standards and supplemented by the location requirements of the manufacturer of the meter or measuring instrument.
2.16. Each of the meters and the measuring instruments shall be secured or sealed. The surety is such that a measurement cannot be affected, without it being clearly signalled. The seal shall be such that a measurement cannot be affected without disclosing the seal.
2.17. The measuring device shall be maintained in such a way that it continuously meets these measurement conditions.
3.1. The system boundary encloses one production installation.
3.2. For those producers who do not use exclusively one type of biogas, all the energy administered on the system boundary of the production plant shall be measured.
3.3. All parts of the production facility are located within the system boundary.
3.4. Non-production-related systems that generate electricity or heat outside the system boundary.
3.5. The consumption of energy from systems located within the system boundary is not measured.
3.6. For the production plant, a diagram showing the system boundary, the energy flows passing through the system boundary, and the measurement devices located on the system boundary of the production plant shall be drawn up.
4.1. Any fossil fuel consumed in the production plant shall be measured separately.
4.2. The volume of natural gas or other gas shall be measured and recited to normal conditions using a measuring device whose accuracy is at least compliant with the MID (Annex MI-002), Class 1,5.
4.3. The amount of liquid fuel shall be measured by means of a measuring device that complies with the calibration liquid meters and liquid metering equipment, and the requirements for Class 1.0 shall apply.
4.4. The amount of other fuel shall be determined according to a generally accepted comptable measurement, with a maximum permissible deviation of 1,0%.
5.1. The manufacturer may determine, by means of an alternative measurement, if measuring by measuring devices as referred to in Chapter 4 is not possible because:
a. no good measurement is possible of the energy quantity;
b. placing a measuring device to undermine the safety of the plant;
c. to place or improve a measurement device would result in disproportionately high costs; or
d. A malfunction measuring device has been hit as referred to in point 2.8 to 2.10.
5.2. The alternative measurement shall comply with the conditions set out below.
5.3. The producer shall provide in the measurement protocol a detailed motivation for derogating from Chapter 4, which shall include at least:
a. A description of the technical impossibility to apply Chapter 4; or
b. the considerations regarding the safety of the plant under which Chapter 4 cannot be applied; or
(c) an underestimation of the costs of adjusting the measuring device concerned to the application of Chapter 4; and
d. the inaccuracy that would be achieved by application of Chapter 4; and
e. the imprecision to be reached in the application of the alternative measurement.
5.4. The method of determining the measurement data by means of alternative measurement shall be precisely laid down in the measurement protocol for the production plant and shall be approved by a certified measurement company prior to its application.
5.5. The alternate measurement does not use any speeds or other data that influence the measurement of the actual amount of energy.
5.6. The inaccuracy of a metric determined by alternative measurement shall, in principle, be equal to or lower than the inaccuracy required by Chapter 4 in respect of the measurement in question.
5.7. If the inaccuracy of a metric determined by alternative measurement is higher than the inaccuracy required by Chapter 4 in respect of the measurement in question, the given metric shall be corrected as follows:
a. For heat that is fed to the production plant: the measure is increased by the difference between the actual inaccuracy and the required inaccuracy and
b. For heat producing the production plant: the measurement value is reduced by the difference between the actual inaccuracy and the required inaccuracy.
5.8. The method of correction according to 5.7 is described in the measurement protocol.
5.9. Both the original metric and the measurement data given after the 5.7 correction are included in the measurement report.
1.1. Measure: To determine and record the amount of energy that has passed the system boundary of the production plant over a calendar month.
1.2. Metric: the result of the measurement of energy. If an energy form is measured at more than one point on the system boundary, there will also be more measurement data for that energy form.
1.3. Metering: the whole of all measuring devices and data storage and data transmission systems necessary to measure and ensure the energy that passes through the system boundary of the production plant.
1.4. Measuring device: the total of interrelated meters and the measuring instruments necessary to measure a quantity of energy.
1.5. Meter: a device that measures one parameter, needed for determining the amount of energy.
1.6. Means of measurement: a part of the measuring device, required for measuring, other than a meter.
Measurement Protocol
2.1. The measurement protocol of the production plant shall contain at least the following elements:
a. description of the various components of the production plant, including the different auxiliary installations;
b. Description and outline of the system boundaries of the production plant as elaborated in Chapter 3;
c. Description and sketch of the production of the production installation;
d. Description of the meters and the measurements of each of the measuring devices;
e. description of the maintenance of each of the measuring devices;
f. description of the equipment for storage and processing of data from the measuring devices;
g. description of the inaccuracy of each of the measuring devices;
h. description of the assurance of the quality of the measurements;
i. description of the method of repair of measurement data and alternative measurement methods in the event of failure of the measuring device;
j. description of the assurance of the quality of the processing of the data from the measuring devices;
k. description of the frequency of calibration of each of the measuring devices;
l. description of the application and determination of the aggregated amount of useful heat.
Administration
2.2. In the case of the measurement protocol, an administration in which the following information is recorded per measuring device shall be:
a. manufacturing, type, factory number and year of construction of the installed measuring devices, meters and measuring instruments;
b. Calibration certificates of the measuring device and its meters and its instruments;
c. the year in which the measuring device was installed or revised for the last time;
d. The type of seal with which the measuring device is sealed or the means of assurance applied to the measuring device;
e. the year and month, in which the measuring device was last checked;
f. the year and month, in which the measuring device was last spanned;
g. the results of the checks and calibrations carried out on the measuring device;
h. An overview of the officials who are competent to carry out measurements and maintain or manage measurement devices. In addition, standard EN 1434-Section 2. The producer is responsible for the current keeping of this administration.
Uncertainty
2.3. The uncertainty of a metric is calculated from the inaccuracies of the individual measuring devices in the manner described in the 'Guide to the expression of uncertainty in measurement' (ISO/IEC Guide 98-3:2008). Measurement report
2.4. The measurement report shall, for the production plant, contain at least the measurement data from in-and out-of-heat heat flows and in addition the number of rotation hours.
2.5. The measurement report shall contain the total amount of net useful heat that may be used.
2.6. The measurement report shall contain an overview of the weighted percentages of the fuels used in the production plant;
2.7. The measurement report shall also indicate, where applicable:
a. disturbances of measuring devices and related repair of measurement data;
b. interferences in other components of the metering and its effects on the reliability of the measurement data
c. that measurement data shall be determined by means of alternative measurement;
d. Adjustment of measurement data; and
e. changes in installation, metering and other circumstances which may be of interest in determining the amount of guarantees of origin.
2.8. The measurement report shall also include a statement that the measurement data has been established by an unabridged application of the measurement protocol.
Malfunctions
2.9. The measurement data of a measuring device, which no longer functions or no longer complies with the required measurement requirements, may be calculated from control measurements for a period of up to four working days after the failure has been detected.
2.10. If the failure is not remedied within four working days, the manufacturer may measure in accordance with the method and procedure described in Chapter 5.
2.11. If a malfunction has occurred, this will be reported in the measurement report for the calendar month in question. It shall specify the measurement data and the manner in which the repair is carried out.
Requirements for measuring devices and gauges
2.12. The measurement of the quantities of energy shall be made according to generally accepted accounting devices.
2.13. As far as a measuring device or meter is below the Ice cream These measurement conditions are not applicable to the subject (s) which are regulated (s) for that measuring device or meter in the calibration (t) (s).
2.14. The meters and the measuring instruments shall comply with the type-approval requirements of the EN standards applicable to those meters and measuring instruments, or comparable national standards. The proof of type-approval has been issued in accordance with Ice cream or by an organisation that is certified in accordance with EN ISO 17025.
2.15. The capacity, design and construction of the measuring devices shall be in accordance with the maximum quantities of heat that the production plant can consume and produce.
2.16. Placement of the meters shall be in accordance with the placement rules included in the said standards and supplemented by the location requirements of the manufacturer of the meter or measuring instrument.
2.17. Each of the meters and the measuring instruments shall be secured or sealed. The surety is such that a measurement cannot be affected, without it being clearly signalled. The seal shall be such that a measurement cannot be affected without disclosing the seal.
2.18. The measuring device shall be maintained in such a way that it continuously meets these measurement conditions.
3.1. The system boundary encloses one production installation.
3.2. At the system boundary of the production plant, all forms of heat input and heat output are measured.
3.3. All parts of the production facility are located within the system boundary.
3.4. Non-production-related systems generating heat outside the system boundary.
3.5. The consumption of energy from systems located within the system boundary is not measured.
3.6. For the production plant, a diagram showing the system boundary, the energy flows passing through the system boundary, and the measurement devices located on the system boundary of the production plant shall be drawn up.
Heat
4.1. The amount of heat transported as hot water shall be measured with a measuring device complying with the MID (Annex MI-004 class) or a composite measuring device which is demonstrably compliant with the normaltation. The maximum relative deviation (MPE) in the flow rate across the practical measurement range is not more than 3.5%. If the MPE is larger, then an exit will be used. The reported heat measurements shall then be multiplied by a factor (100%-(X%-3,5%)) where the value of the MPE of more than 3,5% is x%.
4.2. The amount of heat, transported as steam and, if applicable, reduced by return condensate, shall be measured with a measuring device complying with the standard ISO 5167-1 or a comparable standard. For a steam flow of 50% to 100% of the measurement range of the measuring device, the maximum permissible deviation of the measurement shall be 2% of the full scale of the measuring device. For a steam flow of less than 50% of the measurement range of the measuring device, the maximum permissible deviation of the measurement shall be 4% of the measuring value. The temperature shall be measured with a resistance thermometer complying with the standard IEC-751, precision class B, a thermocouple complying with the standard IEC-584, accuracy class 2, or a meter complying with a comparable standard.
Fuel
4.3. Any fossil fuel consumed in the production plant shall be measured separately.
4.4. The volume of natural gas or other gas shall be measured and recited to normal conditions using a measuring device whose accuracy is at least compliant with the MID (Annex MI-002), Class 1,5.
4.5. The amount of liquid fuel shall be measured by means of a measuring device that complies with the calibration liquid meters and liquid metering equipment, and the requirements for Class 1.0 shall apply.
4.6. The amount of other fuel shall be determined according to a generally accepted comptable measurement, with a maximum permissible deviation of 1,0%.
Downplay
4.7. For a maximum of 2,5% of the total quantity of heat measured, the maximum permissible tolerances shall not exceed twice as much as the maximum permissible deviations required under the preceding provisions of this Chapter.
5.1. The manufacturer may determine, by means of an alternative measurement, if measuring by measuring devices as referred to in Chapter 4 is not possible because:
a. no good measurement is possible of the energy quantity;
b. placing a measuring device to undermine the safety of the plant;
c. to place or improve a measurement device would result in disproportionately high costs; or
d. A malfunction measuring device has been hit as referred to in points 2.9 to 2.11.
5.2. The alternative measurement shall comply with the conditions set out below.
5.3. The producer shall provide in the measurement protocol a detailed motivation for derogating from Chapter 4, which shall include at least:
a. A description of the technical impossibility to apply Chapter 4; or
b. the considerations regarding the safety of the plant under which Chapter 4 cannot be applied; or
(c) an underestimation of the costs of adjusting the measuring device concerned to the application of Chapter 4; and
d. the inaccuracy that would be achieved by application of Chapter 4; and
e. the imprecision to be reached in the application of the alternative measurement.
5.4. The method of determining the measurement data by means of alternative measurement shall be precisely laid down in the measurement protocol for the production plant and shall be approved by a certified measurement company prior to its application.
5.5. The alternate measurement does not use any speeds or other data that influence the measurement of the actual amount of energy.
5.6. The inaccuracy of a metric determined by alternative measurement shall, in principle, be equal to or lower than the inaccuracy required by Chapter 4 in respect of the measurement in question.
5.7. If the inaccuracy of a metric determined by alternative measurement is higher than the inaccuracy required by Chapter 4 in respect of the measurement in question, the given metric shall be corrected as follows:
a. For heat that is fed to the production plant: the measure is increased by the difference between the actual inaccuracy and the required inaccuracy and
b. For heat produced by the production plant, the measurement value is reduced by the difference between the actual inaccuracy and the required inaccuracy.
5.8. The method of correction according to 5.7 is described in the measurement protocol.
5.9. Both the original metric and the measurement data given after the 5.7 correction are included in the measurement report.
1.1. Definitions:
gas day: day from 6 a.m. until the following morning, 6 a.m.;
measure: to determine and record the amount of energy that is in a calendar month.
1.2. A producer shall also make available to the approval authority the measurement protocol approved by the measuring instrument.
1.3. There are five different situations which are important when applying the conditions of measurement of gas from renewable energy sources, namely:
-there is one production plant with one connection to a regional gas transport network;
-there are several production facilities with one connection to a regional gas transport network;
-there are one or more production facilities where no gas from renewable energy sources is fed into national or regional gas transport networks;
-there is one production plant with one connection to the national gas transport network;
-there are several production facilities with one connection to the national gas transport network;
It is possible that in some cases, multiple situations apply at the same time, or change the situation on a case by case basis. If that is the case, these situations shall, in themselves, meet the requirements of the situation as set out in this Annex, in which the relationships between the situations should be transparent and should be without prejudice to the situation of the Member States. minimum requirements for each situation.
1.4. The controller shall not provide any measurement data from the producer to anyone other than the producer or the Minister, other than with the written consent of that producer.
1.5. If gas from renewable energy sources is used for the production of gas taken from a gas transport network, the controller shall deduct it from the measured amount of gas used in the gas transmission system. renewable energy sources.
2.1. For measurements not to be taken in connection with a gas transport network, a manufacturer shall, on the basis of an error analysis, demonstrate the uncertainty of measurement. Vendor specifications may be used for this purpose.
2.2. The uncertainty in the determination of the energy quantity delivered may vary, depending on the class classification based on the flow capacity, to a maximum limit set out in Table 1.
2.3. The same requirement in the uncertainty, but now based on the flow capacity of the relevant energy supply, is the same requirement for the determination of an energy quantity for the distribution over multiple production plants of a delivered energy quantity. production installation.
Class
Qn (m 3 n/h)
uE (%, 95 %CI)
| 4 |
Qn <40 |
5.3 |
| 3 |
40≤Qn < 200 |
3.2 |
| 2 |
200≤Qn≤ 1,200 |
1.3 |
| 1 |
Qn> 1200 |
1.0 |
2.4. Exceedation of maximum uncertainty up to 2 times is permitted. The excess in uncertainty shall be deducted from the measured energy quantity.
2.5. Uncertainty in gross calorific value as provided by the network operator is assumed to be 0%.
2.6. For the purpose of the gas quantity determination, a compressibility factor shall be determined. In the case of a non-feed measurement, additional requirements may be made.
2.7. Estimates of compressibility which do not result in an overestimation of the energy quantity may be made, subject to the justification provided in the measurement protocol.
3.1. Where there is a multi-mode of production with one connection to a regional gas transport network, the producers shall, for the measurements at the production installations, appoint one measurement controller.
4.1. The measuring controller shall, by means of each production facility, give monthly economic energy produced by measurement period expressed in MJ to the network operator. This data transfer shall take place not later than the 20th working day of the month following the month in which the relevant gas day falls.
4.2. Per connection, the network operator shall give each month the amount of gas exchanged from renewable energy sources per measurement period expressed in nM3 natural gas equivalent by the Minister. This data transfer shall take place no later than the sixteenth working day of the month following the month in which the relevant gas day falls.
5.1. In the case of one or more installations without a connection to a gas transport network, the measurements for the determination of the energy value eligible for guarantees of origin are carried out by a the manufacturer designated the controller in the manner described in the measurement conditions Gas-RNB, it being understood that the measurements take place at a point as close as practicable to that of the gas from renewable energy sources to a customer is being transported.
5.2. The controller determines the energy value per measurement by determining the gross calorific value according to as described in paragraph 6.
6.1. Paragraph 6 concerns the description of the energy provision in the situation with one or more production plants without a connection to a gas transmission network and for the purpose of the distribution calculation in the case of more than one Production installations with a single connection to a gas transport network.
6.2. The energy quantity is determined by multiplying the measured amount of gas by the calorific value (Hs).
6.3. The calorific supervalue is calculated according to ISO 6967:1955 (Table 3, at 25 °C, molded base).
Where:
Hs calorific supervalue (MJ/m 3 n)
Hs, i calorific upper-value of component i (kJ/mol)
x xi concentration of component i (moles%)
m number of components
Compressibility under normal conditions.
6.4. All components that make a significant contribution to the calorific value shall be determined in the following manner:
a. Direct determination: all components shall be measured; or
b. Indirect provision: the concentration of an unmeasured component shall be calculated from the concentrations of the components measured. The calculated concentration should always be attributed to one or more non-combustible components, so that an overestimation of the calorific value can never be carried out.
6.5. Once a year, the producer shall ensure that a gas sample is taken and analysed by a laboratory approved for it. The outcome of this analysis is leading in determining whether the right components are measured.
6.6. Water content must be determined in all cases. This may be done both by measurement and by calculation.
6.7. The water dew point of the gas from renewable energy sources at the time of measurement shall always be demonstrably lower than the ambient temperature.
6.8. The maximum measurement interval of the gross calorific value follows from Table 2, depending on the class classification based on the maximum flow capacity to which the measurement refers.
Class
Qn (m 3 n/h)
Max. Interval Hs Provision (h)
| 4 |
Qn <40 |
24 |
| 3 |
40≤Qn < 200 |
12 |
| 2 |
200≤Qn≤ 1,200 |
6 |
| 1 |
Qn> 1200 |
1 |
6.9. The difference between two successive measurements of the gross calorific value shall not exceed 10%. In this case, the frequency of measurement shall be increased to ensure that this requirement is met.
6.10. In the case where the accuracy of accuracy is demonstrated with a lower measurement frequency, the latter may be measured at this lower frequency after the Minister's approval.
6.11. The maximum measurement interval of the gross calorific value for the purpose of a distribution calculation shall be from Table 3, depending on the class classification based on the maximum flow capacity to which the measurement refers.
Class
Qn (m 3 n/h)
Max. Interval Hs Provision
| 4 |
Qn <40 |
1 x per year |
| 3 |
40≤Qn < 200 |
1 x per year |
| 2 |
200≤Qn≤ 1,200 |
1 x per month |
| 1 |
Qn> 1200 |
1 x per day |
6.12. The difference between two successive measurements of the gross calorific value in favour of a distribution calculation shall not exceed 5%. In the case this is greater, the frequency of measurement shall be increased until this requirement is met or the difference shall be added to the inaccuracy.
6.13. The accuracy of the measurement of the calorific value must be included in the measurement protocol, based on the supplier specifications of the measuring equipment.
6.14. In the measurement protocol, the calibration frequency shall be determined on the basis of the supplier specifications and the accuracy of the calibration means, thus ensuring the inaccuracy of the requirements as contained in 6.12.
7.1. The measurement protocol of the production plant shall contain at least the following elements:
a. A description of all energy flows, such as those going from the production plant up to the useful use;
b. a description of all energy flows that go from and to the production plant and the energy flows taken from a gas transport network;
c. a description of the measurements taken in order to determine the economic energy value of the gas produced from renewable energy sources per production plant;
d. a description of the methods used to ensure accuracy;
e. a description of the netting in relation to any deviation accuracies;
f. A partition methodology in case of multiple production installations;
8.1. A measurement report shall contain:
a. A monthly statement of the weighted percentages of the fuel-and-dust-and-for-fuel products contained in the production plant;
b. if not exclusively one species is processed by nature pure biogas, the total volume of energy exported by type of fuel is accounted for.
8.2. The measurement report shall also indicate, where applicable:
a. disturbances of measuring devices and related repair of measurement data;
b. interferences in other components of the metering and their effects on the reliability of the measurement data;
c. that measurement data shall be determined by means of alternative measurement;
d. Adjustment of measurement data; and
e. changes in installation, metering and other circumstances which may be of interest in determining the amount of guarantees of origin.
8.3. The measurement report shall also include a statement that the measurement data has been established by an unabridged application of the measurement protocol.
1.1. Measuring and recording the amount of energy that has passed over a calendar month of the system boundary of the cogeneration unit.
1.2. Metric: the result of measuring for one form of energy. At least one metric of each of the individual energy forms, namely fuel, electricity, heat, and, where applicable, mechanical energy, shall be provided. If an energy form is measured at more than one point on the system boundary, there will also be more measurement data for that energy form.
1.3. Metering: the whole of all measuring devices and data storage and data transmission systems necessary to measure and ensure all the energy that passes through the system boundary of the cogeneration unit.
1.4. Measuring device: the total of interrelated meters and the measuring instruments necessary to measure a quantity of energy. There shall be at least one measuring device for measuring each of the individual energy forms, namely fuel, electricity, heat and, where applicable, mechanical energy.
1.5. Meter: a device that measures one parameter, needed for determining the amount of energy.
1.6. Means of measurement: a part of the measuring device, required for measuring, other than a meter.
1.7. System boundary: a fictitious sealed enclosure of the HR-CHP unit which distinguts the HR-CHP unit from the other systems within the company.
Measurement Protocol
2.1. The measurement protocol of the HR-CHP plant shall contain at least the following elements:
a. description of the different components of the HR-CHP installation, including any individual HR cogeneration units and the different auxiliary installations thereof;
b. Description and outline of the system boundary or system boundaries of the HR-cogeneration units comprising the HR-CHP installation as elaborated in Chapter 3;
c. description and outline of the metering of each of the HR-cogeneration units;
d. Description of the meters and the measurements of each of the measuring devices;
e. description of the maintenance of each of the measuring devices;
f. description of the equipment for storage and processing of data from the measuring devices;
g. description of the inaccuracy of each of the measuring devices;
h. description of the assurance of the quality of the measurements;
i. description of the method of repair of measurement data and alternative measurement methods in the event of failure of the measuring device;
j. description of the assurance of the quality of the processing of the data from the measuring devices;
k. description of the frequency of calibration of each of the measuring devices;
l. description of the determination or the calculation of the amount of HR-CHP electricity fed on the grid and of the calculation of primary energy savings, according to Article 24, second paragraph of Article 24 (e) of the regulation .
Administration
2.2. In the case of the measurement protocol, an administration in which the following information is recorded per measuring device shall be:
a. Fabrication, type, factory number, and year of construction of the installed measuring devices, meters and measuring instruments;
b. Calibration certificates of the measuring device and its meters and its instruments;
c. the year in which the measuring device was installed or revised for the last time;
d. The type of seal with which the measuring device is sealed or the means of assurance applied to the measuring device;
e. the year and month, in which the measuring device was last checked;
f. the year and month, in which the measuring device was last spanned;
g. the results of the checks and calibrations carried out on the measuring device;
h. An overview of the officials who are competent to carry out measurements and maintain or manage measurement devices.
Additional requirements apply to heat standard EN 1434-Section 2.
The producer shall be responsible for the current keeping of this administration.
Uncertainty
2.3. The uncertainty of a measurement data is calculated from the inaccuracies of the individual measuring devices as described in the 'Guide to the expression of uncertainty in measurement' (edition of BIPM, IEC, IFCC, ISO, IUPAC, IUPAP and OIML; International Organization for Standardization, Geneva, 1995, ISBN 92-67-10188-9).
Measurement report
2.4. The measurement report shall include for each of the HR-cogeneration units at least the measurement data of fuel consumption, total amount of electricity generated, net generated heat and, where applicable, mechanical energy and in addition to the number of rotation hours.
2.5. The measurement report contains a summary consisting of the aggregated measurement data, which for calculation of the amount of HR-CHP electricity fed on the grid and of primary energy savings, according to: Article 24, second paragraph of Article 24 (e) of the regulation , must be used.
2.6. If natural gas is used as fuel, the amount of natural gas is reported in cubic meters of standard Groningen quality (with an energy content of 35.17 MJ/Nm) 3 ) Under normal conditions. The conversion of the measured quantity of natural gas to natural gas from standard Groningen quality is done on the basis of the actual energy content of the natural gas used, such as the supplier of natural gas to the natural gas. producer.
The measurement report shall contain an indication of the amount of natural gas measured, the energy content declared by the supplier of the natural gas and the amount of natural gas of standard Groningen standard.
2.7. The measurement report shall also indicate, where applicable,
a. disturbances of measuring devices and related repair of measurement data;
b. interferences in other components of the metering and their effects on the reliability of the measurement data;
c. that measurement data shall be determined by means of alternative measurement;
d. Adjustment of measurement data; and
e. changes in installation, metering and other circumstances which may be of interest in determining the amount of guarantees of origin.
2.8. The measurement report shall also include a statement that the measurement data has been established by an unabridged application of the measurement protocol.
2.9. In addition to this data, the fuel-combustion value of the fuel may also be reported in the measurement report for reporting to the Central Statistical Office. This is not mandatory.
2.9a. If on the basis of the system of certificates of cogeneration Electricity Act 1998, the manufacturer already submits a measurement report to the network manager of the rural high voltage network (HR-) CHP units on a monthly basis, he may, as regards the HR-CHP electricity is sufficient to supplement this report with the data referred to under 2.4, 2.5 and 2.7-e.
Malfunctions
2.10. The measurement data of a measuring device, which no longer functions or no longer complies with the required measurement requirements, may be calculated from control measurements for a period of up to four working days after the failure has been detected.
2.11. If the failure is not remedied within four working days, the manufacturer may measure in accordance with the method and procedure described in Chapter 5.
2.12. If a malfunction has occurred, this will be reported in the measurement report for the calendar month in question. It shall specify the measurement data and the manner in which the repair is carried out.
Requirements for measuring devices and gauges
2.13. The measurement of the quantities of energy shall be made according to generally accepted accounting devices.
2.14. As far as a measuring device or meter is below the Ice cream These measurement conditions are not applicable to the subject (s) which are regulated (s) for that measuring device or meter in the calibration (t) (s).
2.15. The meters and the measuring instruments shall comply with the type-approval requirements of the EN standards applicable to those meters and measuring instruments, or comparable national standards. The proof of type-approval has been issued in accordance with Ice cream or by an organisation that is certified in accordance with EN ISO 17025.
2.16. The capacity, design and construction of the measuring devices is in accordance with the maximum amounts of energy that the HR-CHP unit can consume and produce respectively.
2.17. Placement of the meters shall be in accordance with the placement rules included in the said standards and supplemented by the location requirements of the manufacturer of the meter or measuring instrument.
2.18. Each of the meters and the measuring instruments shall be secured or sealed. The surety is such that a measurement cannot be affected, without it being clearly signalled. The seal shall be such that a measurement cannot be affected without disclosing the seal.
2.19. The measuring device shall be maintained in such a way that it continuously meets these measurement conditions.
3.1. The system boundary encloses one or more HR-cogeneration units of an HR-CHP installation.
3.2. If the system border encloses multiple HR-CHP units, then all units within that system limit for application. Article 24, second paragraph of Article 24 (e) of the regulation considered as one HR-CHP unit.
3.3. If a system boundary encloses multiple HR-CHP units, the calculation of the amount of HR-CHP electricity fed on the grid and the primary energy savings shall be calculated in accordance with the requirements of the Article 24, second paragraph of Article 24 (e) of the regulation , for the HR-cogeneration units within this system boundary as construction year the construction year of the most recently built HR-CHP unit.
3.4. On the system boundary of the HR-CHP unit, all forms of energy input and energy output are measured.
3.5. All components of the HR-cogeneration unit are located within the system boundary.
3.6. Non-HR-cogeneration-related systems that generate electricity, mechanical energy or heat outside the system boundary.
3.7. The consumption of electricity, mechanical energy, or heat from systems located within the system boundary is not measured.
3.8. For each HR-CHP unit, a schedule shall be drawn up indicating the system boundary, the energy flows that pass through the system boundary, and for each of these energy flows, the measuring devices located on the HR-cogeneration system boundary.
3.9. For the entire HR-CHP installation, a sketch shows that the system boundaries of the HR-CHP units are indicated by each other.
Fuel
4.1. Any fuel consumed in the HR-CHP unit shall be measured separately.
4.2. The volume of natural gas or other gas shall be measured and recited to normal conditions using a measuring device whose accuracy is at least compliant with the MID (Annex MI-002), Class 1,5.
4.3 .The amount of coal shall be measured on the basis of weighing or on the basis of the purchase and stock balance, with a maximum permissible deviation of 1,0%, as determined in ISO 9411-1 (sampling for the determination of the lower combustion value).
4.4. The amount of liquid fuel shall be measured by means of a measuring device that complies with the calibration liquid meters and liquid metering equipment, and the requirements for Class 1.0 shall apply.
4.5. The amount of other fuel shall be determined according to a generally accepted comptable measurement, with a maximum permissible deviation of 1,0%.
Electricity and mechanical energy
4.6. All quantities generated by the HR-cogeneration unit electricity generated shall be measured with a measuring device which complies with the requirements relating to the accuracy requirements set out by the Measurement Code Electricity for a measuring device on a connector.
4.7. The amount of mechanical energy shall be measured using a 'torquemeter' according to ASME-PCI 19.7 'Measurement of shaft power' standard, or a measuring device that complies with a comparable standard. The maximum permissible deviation from the measurement shall be 1,0%.
Heat
4.8. The amount of heat transported as hot water shall be measured with a measuring device complying with the MID (Annex MI-004 class) or a composite measuring device which is demonstrably compliant with the normaltation. The maximum relative deviation (MPE) in the flow rate across the practical measurement range is not more than 3.5%. If the MPE is larger, then an exit will be used. The reported heat measurements shall then be multiplied by a factor (100%-(X%-3,5%)) where the value of the MPE of more than 3,5% is x%.
4.9. The amount of heat, transported as steam and, if applicable, reduced by return condensate, shall be measured with a measuring device complying with the standard ISO 5167-1 or a comparable standard. For a steam flow of 50% to 100% of the measurement range of the measuring device, the maximum permissible deviation of the measurement shall be 2% of the full scale of the measuring device. For a steam flow of less than 50% of the measurement range of the measuring device, the maximum permissible deviation of the measurement shall be 4% of the measuring value. The temperature shall be measured with a resistance thermometer complying with the standard IEC-751, precision class B, a thermocouple complying with the standard IEC-584, accuracy class 2, or a meter complying with a comparable standard.
Downplay
4.10. For a maximum of 2,5% of the total energy measured by energy, the maximum permissible tolerances shall not exceed twice as much as the maximum permitted under the preceding provisions of this Chapter permissible deviations.
5.1. The manufacturer may determine, by means of an alternative measurement, if measuring by measuring devices as referred to in Chapter 4 is not possible because:
a. no good measurement is possible of the energy quantity;
b. placing a measuring device to undermine the safety of the plant would lead to:
c. to place or improve a measurement device would result in disproportionately high costs; or
d. A failure of a measuring device has been hit as specified in paragraphs 2.10 to 2.12.
5.2. The alternative measurement shall comply with the conditions set out below.
5.3. The producer shall provide, in the measurement protocol, a detailed justification for derogating from Chapter 4, which shall include at least:
a. A description of the technical impossibility to apply Chapter 4; or
b. the considerations regarding the safety of the plant under which Chapter 4 cannot be applied; or
(c) an underestimation of the costs of adjusting the measuring device concerned to the application of Chapter 4; and
d. the inaccuracy that would be achieved by application of Chapter 4; and
e. the imprecision to be reached in the application of the alternative measurement.
5.4. The method of determining the measurement data by means of alternative measurement shall be precisely laid down in the measurement protocol for the HR-CHP plant and shall be approved by a certified measurement company prior to its application.
5.5. The alternate measurement does not use any speeds or other data that influence the measurement of the actual amount of energy.
5.6. The inaccuracy of a metric determined by alternative measurement shall, in principle, be equal to or lower than the inaccuracy required by Chapter 4 in respect of the measurement in question.
5.7. If the inaccuracy of a metric determined by alternative measurement is higher than the inaccuracy required by Chapter 4 in respect of the measurement in question, the given metric shall be corrected as follows,
a. for energy that is fed to the HR-cogeneration unit: the measure is increased by the difference between the actual inaccuracy and the required inaccuracy and
b. for energy produced by the HR-CHP unit: the measure is reduced by the difference between the actual inaccuracy and the required inaccuracy.
5.8. The method of correction according to 5.7 is described in the measurement protocol.
5.9. Both the original metric and the measurement data given after the 5.7 correction are included in the measurement report.
Under subparagraph (a) of Article 17 (a) of the guarantee of origin for energy from renewable energy sources and HR-CHP electricity, the producer described in the Article 17, first paragraph -An assurance report from an external accountant to the minister.
The assurance report shall be used to verify the producer's reporting of the nature and proportion of fuels used in the production plant.
The assurance report shall be drawn up in accordance with the model set out in this Annex, taking into account the research protocol set out in this Annex. Assurance report production sustainable electricity or renewable heat from biomass .
The assurance report shall be sent to the Minister together with the reporting by a producer on the proportions of the fuels used in the installation, not later than four months after the end of the calendar year. For each individual production plant, an assurance report should be drawn up.
Article 17, second paragraph, of the Conditions of Origin of Energy for Energy from Renewable Sources and HR-CHP Electricity provides that the producer shall be granted an assurance to the Minister no later than four months after the end of each calendar year. report (according to NV COS Directive 3000) 1 transfers, inter alia, to the nature and the ratio of the fuels used in the installation.
The purpose of this research protocol is to provide the monitoring and other standards Directive 3000 (see website NIVRA.nl) in addition to (the stramon for Assurance contracts) and to give a hand-held ceremony to the auditor with the supervision of the specific areas of interest in the establishment of its research. The auditor shall examine the manufacturer's definitive statement with explanatory notes to its conformity with Article 15 and 16 of the scheme (see NV COS 3000 nr. 33). This is in support of its conclusions/judgment. For this purpose, the auditor shall examine the producer's responsible final results of the ratio in respect of the biomass fuels used, the nature and the ratio of the fuels used in the production plant.
The purpose of the assurance report is to provide, with a reasonable degree of assurance, a judgement on the accuracy of the ratio of fuels used by the producer (or his authorised representative) to the plant. In case the energy generated is considered as renewable energy, for which a grant decision has been issued, the eligible amount of renewable energy subsidies will be provided. Therefore, the auditor should take into account a trend in the ratio given.
The assurance report must refer to the requirements for Assurance and the detailed rules included in the control and rest standard (NV COS Directive 3000), as mentioned on the website of the NIVRA. 2 , and to the additional specific points of attention as set out in the Protocol in question.
Assurance-business accountant
For the purpose of checking the specified ratio of fuel used in the installation, the auditor examines the nature and caloric ratio of biomass used and the biomass fuels used and in which of the fuel used in the plant. quantity.
Review Policy Ministry of Economic Affairs
The Audit Service of the Ministry of Economic Affairs may carry out a review on the audit carried out on this grant. The auditor, who has carried out the audit, shall provide the Audit Service with all information and documents at the request of the Board of Auditors. Any additional costs incurred by the auditor in connection with the review are not for the account of the Ministry.
Research tolerance and desired security
The research tolerance allocated to the individual rules of the reporting shall be a maximum of one-hundredth part of the responsible percentage. The examination of the auditor should be aimed at obtaining reasonable assurance that this tolerance is not exceeded.
Minimum research work to be carried out
(1) assessing the establishment of the administration in order to establish that it may serve as a basis for the establishment of the annual declaration. In so doing, the auditor shall establish that there is a system of internal control measures, whether automated or non-automatic, to which the producer is based, to be in place and in operation, to which a reasonable degree of assurance can be obtained which is the one that has been ratio of material importance does not contain any errors.
2. Assent the design of the method of sampling by the producer (by means of the collection of information from the producer or assessment of the relevant AO-description of the manufacturer) and the determination of existence and operation of which (by means of partial observations).
3. To determine (by means of partial observations) of correct processing in the administration, from the results of the sampling, from which the nature and caloric ratio of biomass used and the type and amount of biomass aggranates which have been used for the production of renewable heat or renewable gas.
4. Closing the responsible fuels with the administration, broken down by month and type of biomass. In line with this, the auditor determines the proportion of these fuels which have been processed and whether this ratio has indeed led to the percentages of generated renewable heat or electricity produced by the producer or His delegate has been specified. The auditor makes use of the conclusive energy balance of the installation concerned, based on sufficiently substantiated standards and accurate and fully established measurement and installation data. If an appropriate method is to be applied, the auditor shall determine whether a correct application has been given to the appropriate method.
5. establish that the producer's final declaration and the ratio of the fuel used to it are accurate to a hundredth of percentages.
1 3000 assurance contracts other than the control or evaluation of historical financial information.
2 www.Nivra.nl.
3 Under the Comptability Act 2001 ( Articles 43 , 43a ) -in the case of limited partnerships, companies and firms and natural persons who pursue an occupation or business to whom the State or a third party for the account or the risk of the State provides, directly or indirectly, a grant, loan or guarantee-the right to obtain further information in respect of documents received in respect of such documents. It is also the responsibility of our Ministers to seek access to the audit files of the auditor who have audited the documents in question in order to determine whether the audit carried out by that auditor can be supported in the course of the adoption. As regards access to the audit file, the auditor may not rely on the fact that he is compulsable to secrecy pursuant to other obligations imposed by or under the law. recorded confidential information. Our Ministers shall be responsible for supporting documents relating to the control of the inspection files.
In practice, the scheme appears to be complex matter in relation to biomass. This document contains an explanation of the format of the annual statement to be made and the biomass classification to be applied, type of installations and the requirements to be met by the assurance report.
Biomass: Pure, to her/his nature pure or not pure
On the basis of the scheme, biomass is classified in pure and not pure. Pure biomass does not contain more than three mass non-unavoidable plastics.
Pure biomass: A more detailed breakdown
Pure biomass can be divided into two groups: 1) By its nature pure and 2) not by its nature pure. For biogases is spoken about respectively to his nature purely and not to his nature pure. The definition of pure biomass in its nature is included in Article 1, first paragraph, of the Arrangement of Guarantees of Origin for Energy from Renewable Sources and HR-CHP Electricity.
Non-pure biomass
Non-pure biomass is also referred to as mixing streams in the scheme. It should be sampled (according to BRL-K10016). The extent to which the biogenic part contributes to energy generation is to be determined. This means that the calorific share of the biogenic part should be determined in proportion to the total calorific value.
Biogases
The following types of biogases are considered to be purely pure: Stortgas, sewage treatment gas, wastewater treatment gas and biogas produced by means of digestion. For other biogas types, it is necessary to establish whether it is pure biogas. For this purpose, the basic material from which the biogas is produced shall be sampled.
Biomass used
In the case of renewable heat, producers in addition to the species used should also report on the quantity of biomass fuels specified in NTA codes. In the case of biogas used, it should be reported on the type of biomass compound from which the biogas is produced.
Accountancy firm name:
To *:
* Client/producer
Command
As a result of your mission, we have provided the attached, certified reporting of the nature and caloric ratio of the biomass used and the type and amount of biomass fuels used for the production of renewable energy. energy in the installation, known under EAN code <123456789012345678>, with respect to the period of
The declaration has been drawn up under the responsibility of
Work
We have conducted our research in accordance with Dutch law, including Standard 3000 assurance orders other than commands for control and assessment of historical financial information-and the research protocol which is annexed the scheme has been published.
Accordingly, the investigation should be planned and carried out in such a way that a reasonable degree of assurance is obtained that the declaration does not contain any material interest defects.
We believe that the assurance of assurance obtained by us is sufficient and appropriate for our conclusion.
Conclusion
On the basis of our work, we conclude that the above mentioned reporting accurately reflects and in accordance with the legal provisions as included in the Articles 15 and 16 of the scheme the indication of:
-the nature and calorific ratio of biomass used per month
-the type and amount of bio-active substances to be put on a monthly basis
At the same time, we conclude that the
{Where pure biomass is pure and not in its nature}
{In case of non-pure biomass}
Other information
The auditor may record other information and presentations which are not intended to impair his conclusion.
Restriction in use (and dissemination circle)
This assurance report is intended solely for the purpose of substantiating the reporting to the Minister by the Executive Board of the Company ( Article 17 ) and can therefore not be used for any other purpose.
Place and date:
Signature:
| 1 |
Introduction |
| 2 |
Biomass: 'Pure', 'to her/his nature pure', 'not pure' |
| 3 |
Insurance Report: Further explanation of a number of installations |
| 4 |
Biomass Insurance Report Verification Protocol |
| 5 |
Insurance Report Sample |
This document is intended as a guide to the annual insurance policy audit. This document contains an introduction to an overview of biomass layout, type of installations, requirements to which the insurance report must comply and some instructions for the production of renewable gas with biogas from co-fermenting of animal waste manure or biogas from the fermentation of fruit, vegetable and garden waste and the production of renewable gas with landfill gas or biogas from waste water or sewage treatment plants.
In addition to the introduction, a protocol setting out the instructions for the chartered accountant (formal) has been included. It is the intention of the auditor to apply the protocol and that the insurance report refers to the protocol in question. It is intended that an insurance report should be submitted annually.
The Minister for Economic Affairs has authorised the issue of guarantees of origin for gas from renewable energy sources to Vertogas. Data must be provided to Vertogas wherever our minister is mentioned in this Protocol.
As a starting point, the criteria for biomass as laid down in the NTA 8003 can be used.
Insurance Report Background
Monthly measurement data shall be sent to the Minister by the measurement company or the regional network administrator for each producer of renewable gas.
The final checks on the green percentages will be carried out annually by means of an insurance audit. Any differences arising out of the audit are then corrected by the Minister.
Deadline for submission
At the end of a calendar year, renewable gas producers will have a 4-month period to produce an insurance report. It is therefore necessary to submit an insurance report to the Minister by 1 May and 1 at the latest for production in calendar year t.
Audit Auditor
Finally, the auditor should verify that the producer of renewable gas has acted in accordance with the biomass declaration and biomass registrations submitted at the time for the relevant calendar year. In the biomass declaration, the producer indicated at the time the possible substances that could be used. The auditor should check that the biomass put in place is also mentioned in the biomass declaration.
Statement + table
A certified table. This table contains the green percentages at the monthly level drawn up by the manufacturer and verified by the auditor. In order for the Minister to be able to carry out a good consistency check, underlying data are required. In this respect, quantities of biomass (tonnes) and associated calorific values should be considered.
Introduction
Article 17 (2) of the Conditions of Origin of Energy for Energy from Renewable Energy Sources and HR-CHP Electricity provides that the producer shall submit to the Minister an insurance report within four months of the end of each calendar year. on the use of biomass only, as referred to in Article 14 of the guarantee of origin for energy from renewable energy sources and HR-CHP electricity.
The purpose of this control protocol is to provide a means of giving guidance to the auditor when it comes to the establishment of its audit in accordance with the principles set out in Article 17 (3) of the Code of Origin for Energy renewable energy sources and HR-CHP electricity. These concerns, which are not exhaustive, should be considered in conjunction with the guidelines for insurance control as promulgated by the Nivra.
The purpose of the insurance report is to arrive at a reasonable degree of assurance as to the accuracy of the ratio of biomass used in the plant to be used by the producer (or his authorised representative). On the basis of the findings as reflected in the insurance report, the expression (part of) of the production or non-classification of the production as from renewable energy sources is a matter of fact. In the case of gas produced in the case of gas from renewable energy sources, guarantees of origin will be made by the Minister according to the number of MWh produced from renewable energy sources. These represent a value and are negotiable in the case of the gas that works up to natural gas quality. In the case of biogas, these guarantees of origin will be granted a fixed destination for which they can be booked and therefore will not be freely negotiable.
Procedure
At the end of a month, a measurement message (ball message) shall be sent by the network operator to the Minister who shall report on the total production of gas from renewable energy sources of that month. This measurement message shall contain at least the amount of gas supplied to the grid, but if the producer so requests, it shall also contain the total gas generated. The minister conducts this data in the system through an external web-based application. At the end of the calendar year, the producer shall carry out a verification calculation and shall definitively determine the ratio of the fuel used in the installation. The insurance control is the closing piece in this process.
Role of the auditor
The auditor
• verifies the accuracy of the results of the ratio definitively determined by the producer,
• determines whether the ratio is the same or different from the ratio as it was placed in the system by the producer,
• determines whether compliance with Articles 15 (4) and 16 of the Conditions of Origin for Energy from Renewable Energy Sources and HR-CHP Electricity (the 'Biotechnology Declaration') has been acted upon;
• determines, in so far as it relates to the calculation of the relationship, applied correctly. The appropriate method ('sampling ') should be applied if there is biomass or biogas which is not' to its/her nature pure '. According to Article 16 of the Arrangement on guarantees of origin for energy from renewable energy sources and HR-CHP electricity, a method is appropriate if the BRL-K10016 or similar process standards are met.
The auditor shall report on the results of the abovementioned checks and on any other results of the audit work of the auditor (report of findings). If it is found that the producer has not acted in accordance with the declarations submitted, the relevant quantity of gas shall be considered as not coming from renewable energy sources.
Control tolerance/reliability
The reporting on the ratio of the biomass processed should be accurate to a maximum of hundredths of percentages. The control tolerance imputed to the individual rules of the reporting shall be a maximum of one-hundredth part of the responsible percentage. Insurance control shall be directed to obtain a reasonable degree of assurance that this tolerance is not exceeded.
Considerations
In any event, the auditor shall establish:
1. which biomass has been incorporated into the installation, the ratio in which it has been processed and whether this ratio can indeed lead to the renewable gas rates specified by the producer or his authorised representative. The auditor shall use the appropriate energy balance of the installation in question, based on sufficiently substantiated standards and correct and fully established measurement and installation data. If an appropriate method is to be applied, the auditor shall verify that proper application has been given to the appropriate method.
2. that the nature of biomass processed in the installation is in line with biomass as included in the biomass declaration.
(3) that there is a system of internal control measures, whether automated or non-automatic, with the producer, in design, existence and in operation, to which a high degree of security is to be established that the ratio given does not contain any material errors Common interest. At least in this system there is a conclusive movement of goods of the biomass. If an appropriate method has been applied for determining whether the material used in the plant can be considered as pure biomass, the auditor shall establish that this method has been correctly applied. Where, during the period covered by the reporting period, the producer has consulted a new biomass certificate, the auditor shall establish that both the previous and the subsequent declaration (s) are in accordance with the requirements of the relevant information and/or the subsequent declaration of the certificate. This is the act. An audit can therefore include several biomass declarations, but always includes the same period of a calendar year.
4. that there is emphan emphasis by the auditor on the presence of a natural gas connection.
At least in this system there is a conclusive movement of goods of the biomass. If an appropriate method has been applied for determining whether the material used in the plant can be considered as pure biomass, the auditor shall establish that this method has been correctly applied. Where, during the period covered by the reporting period, the producer has consulted a new biomass certificate, the auditor shall establish that both the previous and the subsequent declaration (s) are in accordance with the requirements of the relevant information and/or the subsequent declaration of the certificate. This is the act.
A assarance control can therefore include multiple biomass declarations, but always includes the same period of a calendar year.
Reporting of the ratio
In case the number of fuel species (according to the NTA codes) is more than six, rules may be added. In the reporting period, the letters A through D are added. The classification is relevant for the acquisition of appropriate type of guarantees of origin.
(A) is the starting point for official definitions in the Gas Act and the Arrangement guarantees of origin for energy from renewable energy sources and HR-CHP electricity
(b) is the (further) classification in pure and not pure
C) is the classification which is relevant to the control method to be used to determine the degree of purity or the biogenic part
(D) a further detail of the subsidy (SDE) is given.
Accountancy Office Name
To: Principal/producer
This assurance report shall be provided for the purposes of reporting to the Minister and may only be used by the Minister.
Command
Following your assignment we have the attached, certified by our certified reporting on the nature and ratio of the plant known under EAN code <123456789012345678>, processed biomass related to the period of time.
Work
Our audit has been carried out in accordance with generally accepted guidelines in the Netherlands concerning control contracts and in accordance with the control protocol (Annex 5B to the guarantee of origin for energy from renewable sources). energy sources and HR-CHP electricity). According to those directives, our control should be planned and carried out in such a way that a reasonable degree of assurance is obtained that the reporting does not contain any material misstatement. Verification shall include, inter alia, an examination by means of partial observations of information to support the nature and the ratio of the fuel used. We believe that our control is a sound basis for our judgement.
Judgment
We consider that the above mentioned reporting accurately reflects the nature and proportion of fuels used in the plant and is in line with the provisions of the control protocol.
We are also of the opinion that the
{If from pure and not to its nature pure biomass}
{In case of non-pure biomass}
Place_____________date_________________
Signature
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