296/2015 Sb.
DECREE
of 26 March. October 2015
of technical-economic parameters for the determination of feed-in tariffs for
production of electricity and green bonuses to heat and the determination of
the lifetime of the generation facilities for electricity and heat production from renewable sources
energy (the Decree on technical-economic parameters)
Energy Regulatory Office lays down pursuant to § 53 para. 2 (a). a) and b)
Act No. 165/2012 Coll., on supported energy sources and amending
certain acts, as amended by Act No. 131/2015 Coll., to implement section 7
paragraph. 3, § 12 para. 1 (b). and, § 26 paragraph 1). 4 and § 27 para. 9:
§ 1
The subject of the edit
This Decree lays down the technical-economic parameters for the determination of
feed-in tariffs each type of renewable resources for the production of
electricity and for establishing green bonuses to heat from renewable
resources for production of heat referred to in § 24 para. 4 of the law on the supported
energy sources (hereinafter referred to as "heat from biogas production"), the lifetime of the
production of electricity from renewable energy sources (hereinafter referred to as "production
electricity "), and the lifetime of the production of heat from biogas.
§ 2
Techno-economic parameters and service life
(1) the technical-economic parameters for different types of renewable energy
resources, which is a prerequisite for achieving the 15-year period
simple return on investment in the promotion of electricity produced from
renewable energy farm prices or in supporting the production of heat from
biogas green bonus to heat, are set out in the annex to this
the Decree.
(2) the lifetime of the production of electricity and heat generation facilities of the service life of the
biogas is laid down in the annex to this Decree.
§ 3
Transitional provision
For the production of electricity put into service before the date of entry into force of
This Decree shall apply to technical-economic parameters and time
life according to Decree No 347/2009 Coll., in the version in force before the date of
entry into force of this Decree.
§ 4
Regulation (EEC)
Shall be repealed:
1. Decree No 347/2009 Coll., laying down the technical and economic
parameters of renewable resources for the production of electricity and useful life
electricity generating stations of the supported sources.
2. Decree No. 350/2013 Coll., amending Decree No 347/2009 Coll.,
laying down the technical and economic parameters of renewable resources
for the production of electricity and the production of electricity from lifetime
supported by the sources.
§ 5
The effectiveness of the
This Decree shall enter into force on 1 January 2000. January 2016.
Chair:
Ing. Vaghela in r.
Annex
Techno-economic parameters and the lifetime of the generation facilities for electricity and
generating heat from biogas
Production of electricity
I. water energy-hydroelectric power plants
1. Lifetime of the production plants of electricity: 30 years.
2. The request of the primary content of the energy efficiency (measured on
coupling the turbine):
and the effectiveness of the newly installed turbines) in a production optimum > = 85%,
(b)) legacy in the renovated > operational optimum > = 80%.
3. The specific investment costs and annual use of installed capacity:
+----------------------------+-------------+-------------------------+------------------------+
| Characteristics of plant | The unit of measure | Average annual usage | The upper limit of the range |
| electricity | investment | installed capacity | annual recovery |
| | costs | over the lifetime of | installed capacity |
| | [€/KWe] | [kWhe/kWe] | [kWhe/kWe] |
+----------------------------+-------------+-------------------------+------------------------+
| Small hydro power plant | < 140 000 | > 4 000 | 4800 |
| in new locations | | | |
| Small hydro power plant | < 115 000 | > 4 000 | 4800 |
| in existing locations | | | |
| or reconstructed | | | |
+----------------------------+-------------+-------------------------+------------------------+
Note: in the case of annual utilization of installed capacity, this is the net
the value, IE. reduced consumption of electricity of its own technology.
II. Energy biomass
1. Lifetime of the production plants of electricity: 20 years.
2. The specific investment costs, the annual installed capacity and utilization
fuel costs:
+-------------------+-------------+----------------+-----------------+------------------------+
| Characteristics | The unit of measure | The annual average | The upper limit | Fuel costs |
| electricity production | investment | recovery | the annual range |------------------------+
| | costs | installed | recovery | Category | Price |
| | [€/KWe] | performance for the period | installed | biomass | biomass |
| | | the life | performance || [Eur/GJ] |
| | | [kWhe/kWe] | [kWhe/kWe] || |
+-------------------+-------------+----------------+-----------------+------------+-----------+
| The source of the burning | | | 5 250 | 1 | 170 NET < || biomass | < 75 000 | > 5 000 | 5 250 | 2 | < | 120 | 5 250 | 3 | < 70 | | |-fuelled Source 5 250 | 1 | | | < 170 (independently) ply | < 75 000 | > 5 000 | 5 250 | 2 | < 120 |
| from gasification | | | 5 250 | 3 | < 70 |
| solid biomass | | | | | |
+-------------------+-------------+----------------+-----------------+------------+-----------+
+-------------------+------------+------------------------+-----------------------+-----------+
| Characteristics | The unit of measure | Average annual usage | The upper limit of the range | Costs |
| electricity production | investment | installed capacity | annual recovery | fuel |
| | costs | over the lifetime of | installed capacity | [Eur/GJ] |
| | [EUR/t] | [kWhe/kWe] | [kWhe/kWe] | |
+-------------------+------------+------------------------+-----------------------+-----------+
| The source of the burning | < 21 000 | > 4 400 | 4 620 | 0 |
| municipal waste | | | | |
+-------------------+------------+------------------------+-----------------------+-----------+
Note:
1) in the case of the annual utilization of installed capacity, this is the net
the value, IE. reduced consumption of electricity of its own technology.
2) for electricity production using biomass is assumed the application
useful heat.
3) for electricity production plants incinerating municipal waste, it is assumed
financial income for the treatment of waste.
4) Specific investment costs are relative to the amount of flare
municipal waste per year [EUR/t].
III. Wind energy-wind power
1. Lifetime of the production plants of electricity: 20 years.
2. The request of the primary content of the energy efficiency: annual
average wind speed at the site of the construction of a wind power plant in height
the axis of the rotor, the proposed power plants shall be at least 6 m/s.
3. The specific investment costs and annual use of installed capacity:
+---------------------------+------------------------------+-------------------------------+
| The specific investment costs | Average annual usage | The upper limit of the range of annual |
| [€/KWe] | installed capacity for the period | the use of installed capacity |
| | life [kWhe/kWe] | [kWhe/kWe] |
+---------------------------+------------------------------+-------------------------------+
| < 44 000 | > 2 150 | 2 580 |
+---------------------------+------------------------------+-------------------------------+
Note: in the case of annual utilization of installed capacity, this is the net
the value, IE. reduced consumption of electricity of its own technology.
IV. Geothermal energy-the use of low-potential heat
1. Lifetime of the production plants of electricity: 20 years.
2. The request of the primary content of the energy efficiency: minimum
heat gain from the source of geothermal energy obtained through
heat transfer media permanently corresponds to 50 to 70 litres of water per second on
a temperature of 95 ° c per > megawatts of installed electric power
source.
3. The specific investment costs and annual use of installed capacity:
+---------------------------+------------------------------+-------------------------------+
| The specific investment costs | Average annual usage | The upper limit of the range of annual |
| including Wells | installed capacity for the period | the use of installed capacity |
| [€/KWe] | life [kWhe/kWe] | [kWhe/kWe] |
+---------------------------+------------------------------+-------------------------------+
| < 275 000 | > 5 700 | 5 985 |
+---------------------------+------------------------------+-------------------------------+
Note: in the case of annual utilization of installed capacity, this is the net
the value, IE. reduced consumption of electricity of its own technology.
Heat from biogas production plants
I. Energy biogas-biogas plant
1. Lifetime of the heat from biogas production plants: 20 years.
2. The specific investment costs, the annual installed capacity and utilization
fuel costs:
+-------------------------+-------------+-----------------------+-----------------+-----------+
| Characteristics of plant | The unit of measure | The annual average | The upper limit | Costs |
| heat from biogas | investment | the use of the installed | the range of the annual | fuel |
| | costs | performance for the period | recovery | [€/KWhe] |
| | [€/KWe] | the life | installed | |
| | | [kWht/kWt] | performance | |
| | | | [kWht/kWt] | |
+-------------------------+-------------+-----------------------+-----------------+-----------+
| Biogas plant | < 100 000 | > 4 000 | 4 200 | 1.2 |
| mainly handling | | | | |
| livestock manure and | | | | |
| Miscellaneous products | | | | |
| animal production | | | | |
+-------------------------+-------------+-----------------------+-----------------+-----------+
| Biogas plant | < 300 000 | > 5 000 | 5 250 | 0 |
| mainly handling | | | | |
| biodegradable | | | | |
| waste | | | | |
+-------------------------+-------------+-----------------------+-----------------+-----------+
Note:
1) in the case of the annual utilization of installed capacity, this is the net
the value, IE. reduced by technological own consumption of heat.
2) fuel cost Parameter specified in the $/kWhe units, represents the
fuel costs related to the quantity of electricity produced.
3) for biogas stanicee processing mostly biologically
biodegradable waste biogas plant equipment is assumed
hygienzační line and the financial income for the treatment of waste.
