Machine Translation of "Circular 03/2013/tt-Bct: Operating Rules The Market Competitive Power" (Vietnam)

NEXT YEAR ' S OPERATION PLAN

What? 17. Next year ' s operation plan

1. The unit that operates the electricity system and the electricity market is responsible for the planning of next year ' s operation, including the following:

a) Selection of the Best New Power Plant;

b) Calculation of market capacity;

c) Calculation of the water value and optimal water levels of hydro reservoirs;

d) Compaction the salute price limit of the thermal machine nest;

The market ceiling price is defined;

e) Host, in coordination with the Single Procurement Unit calculated the production of the plan, production of the year contract and the allocation of the five-year contract production into the years of the year of the trading units directly trading.

2. The unit operating the power system and electrical market is responsible for using the market simulation model to calculate the regulatory content at points a, b, c, d, and this 1 Article. The input parameters used in the market simulation of thermal power plants are the variable cost of the machine that is defined at the 3 This Article, the hydrological properties and the engineering properties of the hydropower plant.

3. The variable cost of the thermal machine nest is determined as follows:

a) The case that determines the value of the thermal attriation, the variable cost of the machine that determines as follows:

In it:

VC: The variable cost of the thermoelectric machine (copper/kWh);

f: The sub-cost coefficient, which is calculated by the ratio of total launch costs, fuel costs-side materials and maintenance cost of maintenance for electricity generation compared to the main fuel cost;

PNL: The main fuel price of the thermoelectric machine (copper/kCal or copper/BTU);

HR: The thermal loss of the thermoelectric machine (BTU/kWh or kCal/kWh);

-Fuel prices (PNL) are the expected fuel price for the year N due to the only Procurement Unit provided to the Electronic Systems Transport Unit and the electricity market.

The fuel price of the year was a fuel price issued by the state agency for the year N or in the long-term primary fuel purchase contract. In the case of both the above prices, the fuel price used by the state agency was published by the state agency for the year N. In the absence of both the above price, the average fuel price of the year was calculated as the average of the actual fuel price. used for the payment of the last 12 months before the planning time of the Year N operation;

-The thermal output of the thermoelectric machine (HR) is determined by the most unionated thermal yield in the contract or in the contract to negotiate a sale of electricity by the sole Procurement Unit and is calibrated according to the performance attenuation factor. The amount of thermal attriation in the contract is that the average maximum of a lifetime is not required to adjust to a reduced performance factor. In the case in the contract or the contract negotiation record has only the attenuation feature sugar at the load levels, the thermal loss of the nests is determined at the rate of load corresponding to the power generation of the electricity generation per year of the power plant specified. In the contract for the sale of electricity.

Where the thermoelectric machine does not have the amount of thermal attriation in the contract or in the contract to negotiate a sale of electricity, the thermal output of that power plant is determined by the thermal power of the standard power plant in the same group by electrical and electrical technology. A set of power. The unit operates the electrical system and the electricity market is responsible for calculating the thermal consumption of the standard power plant;

-the performance attenuation factor of the thermoelectric machine is determined by the number of performance attenuation in the contract or in the contract negotiation contract to purchase electricity by the only Procurement Unit.

The thermoelectric plant case does not have the number of performance-reducing factor in the contract or in the contract to negotiate the purchase of electricity, which applies the performance attenuation of the standard power plant to the same group as the power plant operated by the Electric System. and the electrical field specified;

-The sub-cost coefficient (f) of the thermoelectric machine is the only trade unit to determine the base on the amount of the electricity purchase contract or the contract negotiation contract to purchase electricity and provide the unit to operate the electricity and electricity system. Where the adverse cost factor of the thermal machine nest is not in the contract or in the contract negotiation contract, the sub-cost factor of that thermal machine is determined by the regulation of the method of determining the price of electricity; the sequence, the procedure. building, enacted the price of electricity, and approved the contract to buy electricity.

b) The case does not have the amount of thermal attriation in the contract or in the contract negotiation pool and no power plant and the appropriate group, the variable cost of the nest is determined by variable prices in the contract with updated factors. The impact price affects the value of the year N according to the agreement agreed in the contract.

4. The power system operator and the electricity market is responsible for the planning of the Vietnamese Electric Power Corporation and the Department of Power Regulatory Authority approx the plan to operate next year over the time of the specified market timetable at this Annex I. The profile consists of calculation results, input figures and computational theory.

5. In the case of coal prices and gas prices for electricity generation has a major volatility compared to the time of approval of the next year ' s operation, the Electric Regulatory Authority is responsible for review, requiring the unit to operate the electricity system and the digital electricity market. Accounting for the remaining months of the five Vietnamese Electric Power Corporation and the Department of Electrical Regulatory Regulatory.

What? 18. Classification of hydropower plants

1. hydropower plants in the electricity market are specifically classified as follows:

a) Multi-purpose strategic hydropower plant;

b) The terracoelectric plant group;

c) The hydropower plant group has a storage reservoir over 1 weeks;

The hydropower plant group has a storage reservoir from 2 days to 01 weeks;

The hydroelectric power plant has a weather storage capacity of less than 2 days.

2. Every year, the unit operates the electricity system and the electricity market is responsible for updating the list of hydropower plant groups specified at 1 Article.

3. The proposed base of the Vietnam Electric Power Corporation, the Power Regulatory Bureau is responsible for the list of multi-target strategic hydropower plants for the Prime Minister's Ministry of Commerce to approve.

What? 19. The auxiliary forecast for next year ' s operation plan

The unit operates the power system and the electricity market is responsible for supporting the operation to serve the next year's operation in accordance with the regulation method at the transmission of the transmission power system. The sub-forecast metrics that serve the next year ' s operating plan include:

1. Total demand for system and side loading of each of the North, Central, South for all year and every month of the year.

2. Map of the typical dates of the Northern, Central, South, and all-month system of the year.

3. Extreme, ultra-high capacity of the system-dependent system in each month.

What? 20. Supporting Services for next year ' s campaign plan

1. The unit that operates the electricity system and the electricity market is responsible for determining the need for auxiliary services for the next year by regulation at the transmission of transmission power systems.

2. The power system operator and the electric market are responsible for selecting the power plant providing the auxiliary service and the signing of the auxiliary service provider with the sample-based radio unit issued by the Ministry of Commerce.

What? 21. Classification of ground-running nests, run back and run the top of next year

1. The unit that operates the power system and the electric market is responsible for the classification of platforms, running back and running as defined at the Process of Machine classification and the price ceiling price of the thermal power plant.

2. The unit that operates the electricity system and the electricity market is responsible for using the market simulation model to determine the average annual load coefficient of the generator nests.

3. The average annual load coefficient base from the simulation results, the nests are classified as 3 (three) the following group:

a) The group of motoring nests consisting of power plants with an average annual load coefficient of 60%;

b) The dorsal-running nest group consisting of generator nests with an average annual load coefficient of more than 25% and less than 60%;

c) The top-running group of hosts consists of power plants that have an average annual load factor of less than 25%.

What? 22. Determine the price limit of the thermal machine nest

1. The case of determining the value of thermal attrium:

a) The price ceiling price of the thermal machine nest is determined in the following formula:

In it:

Pl _to: The salute ceiling price of the thermoelectric machine (copper/kWh);

f : sub-cost coefficiers, calculated at the rate of total launch costs, fuel costs-side materials and maintenance cost of maintenance for electricity generation compared to the main fuel cost;

K _DC: The number of ceiling adjuvers according to the classification of the thermoelectric machine. For the thermal power engine, the K-based thermal power. _DC = 2%; K-back thermal engine nest _DC = 5%; the thermoelectric machine that runs the K _DC = 20%;

Pl _NL: The main fuel price of the thermoelectric machine (copper/kCal or copper/BTU);

HR: Heat loss at the average load of the thermoelectric machine (BTU/kWh or kCal/kWh);

b) The parameters of the sub-cost coefficient (f), fuel prices (P _NL) and the thermal yield (HR) of the thermal machine nest is determined by regulation at a point a 3 Article 17 This is.

2. The case does not have the amount of thermal attriation in the contract or in the contract negotiation record purchase of the electricity sale and there is no standard power plant with the appropriate group:

a) The price ceiling price of the thermal machine nest is determined in the following formula:

In it:

Pl _to: The salute ceiling price of the thermoelectric machine (copper/kWh);

K _DC: The ceiling price adjuvation system results in the classification of the thermoelectric machine. For the thermal power engine, the K-based thermal power. _DC = 2%; K-back thermal engine nest _DC = 5%; the thermoelectric machine that runs the K _DC = 20%;

: The variable price for the year N pursues to the power plant ' s other erronable power purchase contract (copper/kWh).

b) The variable price used to calculate the salute ceiling price is the expected variable price for the year N due to the only Procurement Unit provided to the Electric Power System and Power Market.

3. The floor price of thermal power plants is specified at paragraph 3 Article 10 This is private.

4. The power system operator and electric market is responsible for publication of the approved price limit of thermal power plants by the time of the market manifold at this Annex I.

What? 23. Define market ceiling price

1. The unit that operates the electricity system and the electricity market is responsible for calculating the market ceiling price methods, at least 3 (three) methods.

2. The market ceiling price for the year N is determined by principle:

a) No less than the variable cost of the thermal power plants that run the background and run the back directly on the electricity market;

b) No higher than 115% of the highest-salute ceiling prices in the thermal or direct-run thermal power nests salute on the electricity market.

What? 24. Choice of the Best New Power Plant

1. The best new power plant for the year N is the power station that meets the electricity market that meets all the following criteria:

a) Begin to operate commercial and full power broadcasting in the year N-1;

b) As the power plant, which is classified by criteria at paragraph 3 Article 21 This is private.

c) Use of mixed-cycle thermal or turbine gas technology;

d) There is an average total cost of broadcasting for 01 kWh as the lowest.

2. The only trade unit responsible for a list of power plants meets the criteria at point a and point c 1 This and provides the electricity purchase contract figures of these power plants for the unit operating the electricity and market systems. Electricity to determine the best new power plant. The figures include:

a) A variable price for the year N;

b) The fixed price for the year N;

c) The power output is agreed to calculate the contract.

3. In the absence of a power plant that meets the regulatory criteria at points a, b and c 1 This Article, the Power System Operations Unit and the electricity market use the list of new plants selected for the year of N-1 and requires the Single Trade Unit to be purchased. Update, resupply the specified metrics at paragraph 2 This is for calculation, the best new power plant option for the year N.

4. The unit of the electricity system and electricity market is responsible for calculating the average total electricity generation costs for 01 kWh for power plants that meet regulatory criteria at points a, b, and c 1 This is in the following formula:

: The average total generator cost per 01 kWh in the year N of the power plant (copper/kWh);

: The fixed price for the year N under the contract for another false power sale of the power plant (copper/kWh);

: The variable price for the year N under the contract to purchase another false power plant of the power plant (copper/kWh);

: Electric power output to charge the contract for the year N of the power plant (kWh);

: The expected power output in the year N of the power plant is determined from the market simulation model under the binding scheduling method (kWh).

5. The list of the best new power plants is arranged in the order of the average total electricity cost of 01 kWh from low to high. The best new power plant to choose for the year N is that the power plant has the average total electricity cost per 1 kWh of the lowest according to the calculation at paragraph 4.

What? 25. The principle of determining market power prices

1. Make sure the best new power plant to recover enough of the cost of electricity when entering the electricity market.

2. Do not apply market power prices for nighttime low hours, where the night low is hours from 0h00 to 4h00 and from 22:00 to 24h00.

3. The rate of market capacity is proportional to the forecast of the forecast system for the transaction cycle.

What? 26. sequencing the market capacity.

The unit that operates the electricity system and the electricity market is responsible for determining the price of market capacity according to the following sequence:

1. Define the year shortage of the Best New Power Plant

a) Define the expected revenue on the market of the Best New Power Plant in the year N in the following formula:

In it:

R _TTD: Revenue is expected through the market power price of the Best New Power Plant in the year N (copper);

i: The deal is in the year N;

I: The total number of transactions cycles in the year N;

SMPi: The expected market power price of the transaction cycle i in the year N determined from the model of the electric market simulation under the non-binding scheduling method (copper/kWh);

: The expected output of the Best New Power Plant at the trading cycle i in the year N determined from the market simulation model under the binding scheduling method (kWh).

b) Define the total of the year ' s total cost of electricity by the best new power plant in the following formula:

In it:

TC _BNE: The five best new power plant ' s electricity costs in the year N (copper);

Pl _BNE: The average total generator cost per 01 kWh of the Best New Power Plant determined at paragraph 4 Article 23. This information (copper/kWh);

: The expected output of the Best New Power Plant at the exchange cycle i in the year N determined from the market simulation model under the binding scheduling method (kWh);

i: The deal is in the year N;

I: The total number of transactions in the year N.

c) The annual shortage of the Best New Power Plant is determined by the following formula:

AS = TC _BNE -R _TTD

In it:

AS: The shortage of five of the Best New Power Plant in the year N (copper);

TC _BNE: The total cost of the year ' s Best New Power Plant in the year N determined at this point b (copper);

: Revenue is expected through the market power price of the Best New Power Plant in the year N determined at this point a clause (copper).

d) In the case when calculating the cost of a deficiency year with a negative value with the lowest market ceiling price method, the unit operating the electricity system and the electricity market reported the Power Regulatory Bureau to choose the next best new power plant in the list. book the new power plants stipulate at Article 24 of this and conduct the calculation again or review the list of factories that participate in the electricity market to determine the market ceiling price for reasonable.

2. Define a shortage of months

The cost of a monthly shortage of the Best New Power Plant is determined by allocating the cost of a missing year to months in the year N in the following formula:

In it:

t: The month in N;

MS: Cost of a month shortage of the Best New Power Plant (copper);

AS: The shortage of five of the Best New Power Plant in the year N (copper);

: Peak auxiliary capacity in the month t (MW).

3. The market capacity price validation for the transaction cycle

a) Define the average availability capacity for the year of the Best New Power Plant in the following formula:

In it:

Q _BNE: Average availability capacity in the year N of the Best New Power Plant (kW);

I: The total number of trading cycles in the year N, except for the night ' s low-point hours;

i: The trading cycle in which the Best New Power Plant is expected to be mobilized except nighttime low hours;

: The expected mobiling capacity of the New Power Plant is the best in the I exchange cycle of the year N in the model of the electric market simulation under the binding scheduling method (kW).

b) The price of market capacity for each transaction cycle in the next year follows the following formula:

In it:

I: The total number of trading cycles in the month of t, except for the night ' s low-point hours;

i: Cycle of trading i in the month of t, except for the low-point hours of the night;

: Market capacity price of the transaction cycle i (copper/kW);

Q _BNE: The average availability capacity in the year N of the Best New Power Plant (kW);

MS: Cost of a month shortage of the Best New Power Plant (copper);

: Appendix to the forecast system of the transaction cycle i according to the typical date-to-date side chart of the month t is specified at this Article 19 (MW);

: Ultra-subsystem sub-loads forecast for the month t (MW).

What? 27. Define a five-year contract

The power plant 's five-year contract is determined in the planning process of next year' s operation, including the following steps:

1. Plan to operate the next year ' s electricity system in accordance with the binding scheduling method. The input parameters used in the planning next year ' s electricity system operation are the full price of thermal power plants, hydrological properties, and the engineering properties of the hydropower plant.

2. Calculate the power plant ' s five plan output by the following formula:

AGO = EGO if a × GO ≤ EGO ≤ b × GO

AGO = a × GO if EGO is a × GO

AGO = b × GO if EGO side b × GO

In it:

AGO: Production output of the year N of power plant (kWh);

EGO: The projected output of the year N of the power plant is determined from the plan to operate the next year ' s electricity system (kWh);

GO: A multi-year power generation power generation of power plants is regulated in the electricity purchase contract (kWh);

a, b: The annual yield calibration system is determined by the regulation of the electrical price determination method; the sequence, the construction procedure, enacted the electric price frame and the approval of the electricity purchase contract.

3. Calculate the five-year contract by the power plant in the following formula:

In it:

Qc: A contract output of N (kWh);

AGO: Production output of the year N of power plant (kWh);

: : The ratio of payment output by contract price applies to the year N (%). This yield ratio is specified at the Article 5 Article 15.

What? 28. Define monthly contract production

The monthly contract output of the thermal and hydro power plant has a regulatory reservoir over 1 weeks determined in the planning process of next year ' s operation, including the following steps:

1. Use a market simulation model according to the constraint scheduling method to determine the monthly expected output of the power plant.

2. Define the monthly contract production in the following formula:

In it:

: The monthly contract output of the power plant (kWh);

Qc: Five-year contract production of the power plant (kWh);

: The expected output in the month t of the power plant is determined from the market simulation model under the binding scheduling method (kWh).

What? 29. Responsible responsibility and signing of the five and month contract production

1. The unit that operates the electricity system and the electrical market is responsible:

a) The annual contract yield calculation, the month of the prescribed generation units at Article 27 and Article 28. This is private.

b) Send the results of the calculation of contract yield to the Single Trade Unit and the direct broadcast units traded for inspection.

2. The only trade unit and direct trading units of the transaction are responsible:

a) Provide the metrics for the unit to operate the electricity system and the electricity market for calculating the yield yield of five, months;

b) Check and coordinate with the Electronic Systems Transport and Electric System operating unit to handle the deviation in the calculation results;

c) Additional appendix contracts and contracts on contract production of five, months into other false power purchase contracts according to calculation results.

What? 30. Determine the expected average electricity price for NN

1. The unit that operates the electricity system and the electricity market is responsible for calculating the expected average power generation price for the year N and the rate of change of the expected average generation price compared to the year N-1.

2. The annual average annual broadcast price is calculated according to the following formula:

In it:

j: The j-generator of the electricity generator directly traded;

J: The total number of power plants of the electricity generator directly traded;

Pl _PDTB: Full-system average power generation price in the year N (copper/kWh);

Pl _TTTB: The average annual market price per NN rules at paragraph 4 This (copper/kWh)

Q _HT: Total system output in N of the entire system (kWh);

: Total power output of the year N of the trading units directly trading (kWh);

: Total power output in the other erronable power purchase contract of the year N power plant j (kWh);

: The price of purchasing the other erronable power sale in N of the power plant j (kWh);

- _BOT: Total cost of buying electricity from BOT power plants in N (copper);

- _SMHP: Total cost of buying electricity from multi-target strategic power plants in the year N (copper);

- _DVPT: The total cost of purchasing the auxiliary service in N (copper).

3. The average total market price is determined by the following formula:

In it:

i: The deal is in the year N;

I: The total trading cycle in the year N;

Pl _TTTB: The average annual market price of N (copper/kWh);

Q ⁱ_Go.: Manufacturing is expected to enter the market of all the market participants in the market in the transaction period i determined from the binding market simulation model (kWh);

SMP ⁱ: The expected market power price of the trading cycle i specified from the non-binding power market simulation (copper/kWh) model;

CAN ⁱ: Market capacity price of the transaction cycle i (copper/kW).

NEXT MONTH ' S OPERATION PLAN

What? 31. The auxiliary forecast for next month ' s operation plan

The unit operates the power system and the electricity market is responsible for supporting the operation to serve to plan the operation next month under the regulatory method at the transmission of the transmission power system. The sub-figures forecast for the service planning of next month ' s operating plan include:

1. The total demand for the system is to load the system and the side load each of the North, Central, South for the whole month and every week of the month.

2. Map of the typical dates of the North, Central, South, and the whole system for the weeks of the month.

What? 32. Water Value Calculation

The unit operates the electricity system and the electricity market is responsible for calculating the water value for the weeks in the coming month. The results of the calculation of the water value used to plan the operation next month include:

1. The expected output of multi-target strategic hydroelectric power plants.

2. The water value of the hydropower plant in the step-level hydropower group.

3. The water value of hydropower plants has a regulatory reservoir over 1 weeks.

4. The level of water limited weeks of the month of the hydro reservoirs.

What? 33. Classification of ground-running nests, run back and run the top of next month

1. The unit that operates the power system and the electric market is responsible for the classification of platforms, running back and running the top of the next month under the Process of Machine classification and the monthly price ceiling price of the thermal power plant.

2. The power system operator and power market are responsible for using a market simulation model to determine the average monthly load system of the electricity generation plants in the coming months.

3. The average monthly load coefficient base from the simulation results, the nests are classified as 3 (three) the following group:

a) The group of motoring nests consisting of generator nests with an average monthly load factor greater than or equal to 70%;

b) The dorsal-running nest group consisting of generator nests with an average monthly load coefficient of more than 25% and less than 70%;

c) The summit group consists of power plants with a smaller average monthly load factor of 25%.

What? 34. adjust the greeting ceiling price of the thermal machine

1. The unit that operates the electricity system and the electricity market is responsible for calculating and regulating the ceiling price of the thermoelectric machines in the next month under the regulatory method at Article 22 of this and the base follows:

a) The fuel price of the thermal power plants in the next month in the case of a salute to the salute is determined by paragraph 1 of this Article 22.

The fuel price next month is a fuel price that is publicly announced and applied for next month. In the absence of fuel prices, the expected fuel price, the next month's fuel price is the fuel price according to the nearest month's payment period before the planning period of next month. The only trade unit is responsible for updating the fuel price information of the thermal power plants over the next month and provides the unit to operate the electricity system and the electricity market at the same time informing the Power units;

b) The variable price of thermal power plants in the case of a salute to the salute is determined by paragraph 2 Article 22 This message.

The only trade unit is responsible for updating changes in the variable price of thermal power plants and provides the unit to operate the electricity system and the electricity market;

c) The results of the classification of the thermoelectric machine for the next month are specified in this Article 33.

2. The unit of the electricity system and electricity market is responsible for the publication of the ceiling price of the thermoelectric machine in the next month according to the time of the specified market in Appendix I.

What? 35. Coordination of monthly contract production

1. The monthly contract is allowed to adjust in the case of the repair maintenance schedule of the month M plant changed from the plan to operate the year required by the unit to operate the power system and the electricity market to ensure electricity system security, no. It was the factory's cause. The adjustment of the month contract in this case follows the following principle: Transaction between the parts of the Qc output corresponds to the time of repair, ensuring that the total Qc of the months in the year has adjusted is not changed.

Where the factory is changed schedule for repairs by the end of the year it will not shift Qc output corresponding to this month's repair period the following year.

2. The actual hydrological situation of the hydropower plant is so different from the hydrological forecast applied in the operation planning calculation, the hydropower plants are responsible for coordinating the validation with the Power Systems and Market Transport Unit in the United States. power and report of the Department of Power Regulatory to review the adjustments for the next month.

What? 36. Define contract production now

The unit that operates the electricity system and the electric market is responsible for determining the production of the hours in the next month for the power plant in the following steps:

1. Use a market simulation model to determine the expected output of each hour of the month of the power plant under the binding scheduling method.

2. Define the hourlong contract by the following formula:

In it:

i: The period of the month of the month;

The total number of the month;

: The contract output of the power plant in the transaction cycle i (kWh);

: The expected output of the power plant in the i-defined transaction cycle from the market simulation model in accordance with the binding scheduling method (kWh);

: The monthly contract of the power plant is determined in accordance with this Article 28 (kWh).

3. The case of the power generation of the power plant in the trading cycle is larger than the power plant ' s largest product, the contract production in that transaction cycle is adjusted by the largest generation of power plants.

4. The field of contract output of the thermal power plant in the exchange cycle is greater than 0 (no) MW and smaller than the lowest-rate (Pmin) power of the power plant then the contract output in that transaction cycle is adjusted by the development capacity. The lowest stable of the power plant. The power plant's lowest stable (Pmin) capacity of the power plant is determined by the lowest stable emission capacity of 01 (one) the plant of the power plant established mobiling in the model's electrical market simulation.

The system of contract production of the smaller hydroelectric power plants than the lowest stable power generation can be adjusted to 0 (no) MW or by the lowest stable emission capacity.

5. The power system operator and the electric market are responsible for allocating the total number of arbiters due to the regulation of the hourlong contract by regulation at paragraph 3 and paragraph 4 This into other hours of the month on the principle of ensuring contract production. The month is not to change and comply with regulations at the Planning Planning Process of the Year, next month and next week.

6. The unit of the electricity system and electricity market is responsible for sending the results of an hourlong contract calculation to the Single Procurement Unit and the Directly Charged generation Unit at the time of the regulation of the prescribed electric field at the Appendix I.

7. The only trade unit and the Traded Direct broadcasting unit are responsible for confirming the monthly contract production that is adjusted under Article 35 and the contract production is now according to the calculation results of the Power System Operations Unit and the electricity market.

ELECTRIC MARKET OPERATOR

NEXT WEEK ' S OPERATION PLAN

What? 37. Water Value next week

1. The unit that operates the electricity system and the electricity market is responsible for updating the amount of data forecasting, hydrology and related metrics to calculate the next week ' s water value.

2. The unit that operates the electricity system and the electricity market is responsible for updating the information, calculating the water value for next week and the publication of the following results:

a) Water value and the hourlong expected output of the multi-target strategic hydroelectric power plant;

b) The water value of the step hydropower plant groups, the hydropower plants have a regulatory reservoir over 1 weeks;

c) The hourlong expected output of hydropower plants has reservoirs under 2 days;

d) The limit of the weekly limit of hydro reservoirs is capable of regulation over 1 weeks.

What? 38. Define the contract output of hydropower plants with a regulatory reservoir from 02 days to 01 weeks.

1. The unit that operates the electricity system and the electricity market is responsible for calculating and publication of a weekly contract and allocation of contracts for each of the weekly trading cycles of hydropower plants with a regulatory reservoir from 2 days to 01 weeks. according to the regulations at the Planning Planning Process, next month and next week.

2. The unit of the electricity system and electricity market is responsible for sending the weekly contract of hydroelectric plants with a storage reservoir from 2 days to 01 weeks for the Single Trade Unit and the Electric Power Generator Unit. The only trade unit and the Electric Power Unit have the responsibility to sign the factory's weekly contract production as the basis for payment of electricity.

What? 39. The price limit of the hydroelectric power plant

1. The price limit of a hydro-based hydro-based hydropower station is determined based on the next week ' s water value of that plant to be published under the provisions at paragraph 2 Article 37 This is as follows:

a) The floor price is zero (no) copper/kWh;

b) The ceiling price is by the greatest value of:

-The water value of the plant.

-The average price of the salute ceiling prices of thermal power plants that participate in the electricity market in the monthly operation plan;

c) Monthly, the unit operating the electricity system and the electricity market is responsible for the average price of the ceiling prices of the next month ' s thermoelectric machines for hydropower plants at the same time that the ceiling price ceiling price of the thermal machine. Electricity in the next month.

2. The price limit of a hydro-based hydro-based hydropower plant for 2 days to 01 weeks is defined as follows:

a) The floor price is zero (no) copper/kWh;

b) The ceiling price is by the greatest value of:

-The highest water value of hydropower plants entering the market;

-The average price of the salute ceiling prices of thermal power plants that participate in the electricity market in the monthly operation plan;

c) Every week, the Electric Power System and Electric Company operates the highest value of water plants that participate in the market next week for hydropower plants that contain the conditions from 2 days to 01 weeks.

Chapter V.

OPERATES THE NEXT DAY.

What? 40. Information for the next day ' s electricity market operation

Prior to 10:00 the D-1, the unit operated the power system and the electrical market was responsible for determining, calculating and announcing the following information:

1. The forecast chart is a D-day side of the entire system and each of the North, Central, South.

2. The expected output of the multi-target strategic hydroelectric power plant, the indirect factories that participate in the market, the BOT power plant during each of the next day ' s trading cycles.

3. Total projected gas production of the gas thermal power plants using a single source of gas.

4. export of export power, expected imports during each of the trading cycles of D.

5. Short-term system security review results for D-Day by regulation at the transmission of transmission power systems.

What? 41.

The welcome must comply with the following principles:

There are a maximum of 5 (5) pairs of greeting (copper/kWh) and capacity (MW) for each trading cycle of D.

The performance in the greeting is the power at the top of the generator.

The salute capacity of the rear range is not lower than the power of the previous salute. Minimum greeting is 03 (three) MW.

There are information about the technical specifications of the machine, including:

The construction capacity of the machine for D-Day;

The lowest stable power of the machine.

The speed up and reducing the maximum capacity of the machine;

Technical constraints on running the machines simultaneously.

The construction capacity of the machine in the D-Day release was not below the publication of D-2 on the D-2 day under the Limited Power System Security review process stipulated at the Transmission Power System Regulation except for the case of insolability engineering incidents. The plant is responsible for the use of public capacity when there is a breakdown to the reduced capacity capacity.

In normal conditions the first salute in the price of the thermal power plants must be equal to the lowest stabilisometer of the machine. The final salute sequence must be equal to the publication capacity. For thermal power plants during the launch process and stopping the machine is allowed to update the hour-hour with lower power than the lowest stabilisometer capacity.

Hydropower plants can salute the first range of power in every hour by 0 (no) MW but the final range of capacity is equal to the publication capacity.

The unit of the salute price is copper/kWh, with the smallest decimal number 0.1.

The price salute in the range from the floor price to the ceiling price of the machine and does not decrease according to the height of the salute.

The price of the greeting is specified at this Annex III.

What? 42.

1. The step-of-step hydropower plant group has the responsibility to bid in accordance with a joint bid of both the group and comply with the specified price limit on this Article 38.

2. Power plants in the step hydro hydro plant are responsible for the agreement and unification of the unit designation. The representative representative bid for the step-step hydropower plant group is responsible for filing an agreement with the text of the agreement between the power plants in the group for the Electric Power System and the electricity market.

3. In the case of not registering a representative representative unit for the step hydropower plant group, the unit of the Electric Power System and the electricity market is in charge of offering a change in place of the group's factories in accordance with the value of the group's water.

4. The representative representative is responsible for adhering to the provisions of the price of respect for all power plants in the step-of-step hydropower plant group.

5. In the case of the hydropower plant belonging to the step-of-order hydropower plant, the base at the suggestion of the hydropower plant belongs to the step hydropower plant and the optimal constraints that use the water of the entire group, the Department of Power Regulatory. It ' s the responsibility to look at, the idea of the price of this hydropower plant.

6. The water value of the step-level hydropower plant group is the water value of the largest hydro lake in that step. The unit operates the power system and the electric market is responsible for determining the water reservoir to calculate the water value for the step-up hydropower plant together with the classification of hydroelectric power plants specified at this Article 18.

7. In the case of a step hydropower plant group that has a multi-target strategic hydroelectric power plant:

The unit operates the electricity system and the electricity market is responsible for the publication of the daily production of each power plant in the hierarchy of the scale hydroelectric power plant in accordance with Article 37. This is private.

When the production output of the multi-target hydroelectric plant in the group is regulated by regulation at Article 53 of this, the Power System Operations Unit and the electricity market are responsible for regulating the publication of the power plants of the power plants at the bottom rung. Fit.

What? 43.

1. Other hydropower plants have a 2-day regulatory reservoir on the market and adheres to the specified price limit at Article 39.

2. Other hydropower plants with a regulatory reservoir of less than 2 days are responsible for filing the bid of the D-Day for the Power Systems Transport and the electricity market. The salute of these plants is regulated as follows:

a) The price is equal to 0 d/kWh for all salute strips;

c) The capacity to salute the expected capacity of the machine in the transaction cycle.

What? 44.

1. Before 11:30 on D-1, the salute was responsible for filing a D-Day bid.

2. The greeting units are offering a price greeting through the market information system. In the event of an incident which cannot use the market information system, the welcome unit is in charge of unionation with the Electronic Systems and Power Systems operating unit of other methods for offering a bid in order of priorities after:

a) By email to the location of the mailbox issued by the Unit of the Transport and Electric System.

b) By fax number by the Order of the Power System and the Electric Power Market;

c) The blisters salute directly at the unit headquarters operating the power system and the electricity market.

What? 45. Check the validity of the welcome

1. 30 minutes before the end of the deadline, the unit of the Electric Power System and the electricity market is responsible for examining the validity of the received statement from the prescribed units of this Article 41. The unit case sends a number of bids to review the final received.

2. In the case of an indefinite bid, the unit operating the electricity system and the electricity market is responsible for informing the unit to submit that bid and ask the unit to submit the bid for the last time before the end of the deadline.

3. After receiving the notification of the Order of the Electric System and the electric market for the unvalid welcome, the unit greet is responsible for revising and submitting the bid before the price of termination.

What? 46.

1. After the end of the deadline, the unit of the electricity system and the electricity market are responsible for examining the validity of the final received bids at Article 41 of this. The final price welcome is used as a scheduling statement for the scheduling of the next day's mobiles.

2. In the case of the unit operating the power system and the electricity market does not receive the final bid or the final offer of the non-valid discount unit, the unit operating the electricity system and the electricity market use the default discount of the Development Unit. That ' s a calendar, that ' s a calendar.

3. The default discount of the power plants is defined as follows:

a) For thermal power plants, the default price is the nearest valid bid. In the case that the nearest valid price offer is not consistent with the actual operating state of the machine, the default price is the corresponding welcome to the current state and the fuel used in the default price-on-default set applies for that month of the year. -Yeah. The salute unit is responsible for the construction of the default default set for the next month of the thermoelectric machine that corresponds to the motor and fuel state of the machine and submit to the Electronic Systems Transport and Electric System operating unit before the 25th of the month;

b) For hydropower plants and the step hydropower plant group, the default bid is that a salute with a value of the week has been announced.

What? 47. The number of uses for the next day ' s mobiles scheduling

The unit that operates the electricity system and the electrical market is responsible for using the following figures to set up the next day mobiles:

The daily side chart of the entire system and each of the North, Central, South.

The scheduled edition of the salute units.

The construction capacity of the hydro rules at 2 Article 37. , paragraph 7 Articles 42 and paragraph 2 Article 43 This message.

Export of export power, import regulations at Article 60 and Article 61 This is private.

The power plants of power plants provide auxiliary services.

Request for backup and air-conditioning capacity.

The maintenance schedule for transmission of transmission power and electrical power plants is approved by the unit of the electricity system and the electricity market.

The program's scheduled for a generator.

The dynamic chart of the power plants is suspended from the electricity market in paragraph 3 Article 8.

The publication capacity of the BOT power plants.

The short-term system security review results for D-Day follow regulations at the transmission of the transmission power system.

Update information on the availability of transmission power grid and power generation plants from the SCADA system or by the transmission unit and power generation units.

What? 48.

The unit operates the electricity system and the electricity market is responsible for the scheduling of the next day. The next move schedule includes:

Unbound schedules, including:

Market power prices are expected in each of the next day ' s trading cycles;

The order to mobilize the power plants in each of the trading cycles of the next day.

Binding schedules, including:

The chart is projected to mobilize every single day of the day's trading cycle, the price of each domain within every day of the day's trading cycle;

The holidays, the launch and the state of the expected grid of each host in the coming day;

The mode of operation, the projected wiring diagram of the electrical system in each of the trading cycles of the next day;

Warning Information (if available).

Scheduling the next day in the power capacity.

The unit operates the power system and the electrical market is responsible for calculating the cessation and reboots of the nests in the field of capacity in accordance with the following principle:

a) Stop the machines that have a contract to purchase electricity (Pc) in order from high to low;

b) Stop the nests with the cost of starting from low to high;

c) When the restart of the order of the machines there is the contract price purchase contract (Pc) in order from low to high;

d) The time calculation stopped the apparatus to meet the system's requirements, restrict the operation, down the nests multiple times.

What? 49.

Before 16:00 daily, the unit operates the electricity system and the electricity market is responsible for the publication of the information in the next day ' s mobiles calendar, namely:

The expected mobiles include both the frequency capacity and rotation of the nests in each of the next day's trading cycles. The price of each domain in every day's trading cycle.

Market power prices are expected for each of the next day ' s trading cycles.

The list of nests is expected to grow or reduce the capacity in each of the next day ' s trading cycles.

The information on the warning lacks capacity in the coming day (if any), including:

The transaction cycles are expected to lack capacity;

The amount of power is missing;

System security constraints are violated.

Information about the excess of capacity (if available) in the coming day, including:

The transaction cycles are expected to be productive;

The nests are expected to stop the radio.

What? 50.

1. For the slow start-up, the Electric Power Power Unit is responsible for preparing to blend this machine on the next day's mobiles due to the Command of Power Systems and the Public Power Market. In the event of a 24-hour machine's launch time, the power generation unit is responsible for the development of this machine based on short-term system security assessment by the Electric Power System and the Public Power Market.

2. For the machine that is not a slow startup, the Charged Generator unit is prepared to be ready to blend this machine on the next hour's schedule due to the Command of Power Systems and the Public Power Market.

3. In the process of the reconciliation of thermal power plants, the Generator Unit is responsible for updating the capacity once in the hour before 60 minutes to serve the operation and calculation of payment.

What? 51. The treatment when there is a shortage of power

1. Edit the offer

a) The welcome unit is allowed to modify and submit a date-to-date greeting or for the remaining transaction cycles in D-Day for the Electronic Systems Transport and Electric System operating unit of at least 60 minutes before operating hours of a price change.

b) The revised price does not reduce the salute capacity and change the price of greeting compared to the next day's greeting;

The power system operator and the electric market are responsible for examining the validity of the revised and used price gregworks as a scheduling offer to schedule an hourlong schedule and charge of the electricity market.

2. Fix the publication capacity of multi-target strategic hydroelectric power plants.

The electricity system and electricity market operator are allowed to modify the public capacity of multi-target strategic hydroelectric power plants in accordance with Article 53 of this Information.

OPERATES THE CURRENT ELECTRICITY MARKET.

What? 52. Arms scheduling data now.

The unit that operates the electricity system and the electrical market is responsible for using the following figures to set up the next hour of mobiles:

Chart mapping of the entire system and each of the North, Central, South forecasts for now and the next 03 hours.

The grid plan of slow-to-date mobiles has been announced.

The scheduling salads of the salute units have updated the hours of slow boot nests in the process of the reconciliation, the salute of the nests in the process of stopping the machine and the factory workers to increase the capacity in the event of the system. Electricity is missing.

The production of multi-target hydro power plants.

The frequency of the airframe, the rotation, the fast-starting, cooling-and-flight development is due to the power grid security constraint for the next hour.

The availability of transmission power grid and power generation plants from the SCADA system or by the transmission unit of electricity and power generation units.

Other constraints on system security.

The program's scheduled for a generator.

What? 53. Regulatory of the published output of the multi-purpose hydroelectric power plant

1. Before setting up the schedule of the next hour, the Power System Operations Unit and the electricity market were allowed to regulate the hourlong production of the multi-target strategic hydroelectric power plant that was published under the regulation at 2 Article 40 This Information in the cases. After:

a) There is an abnormal movement of hydrology;

b) There is a shortage of capacity according to the schedule of the next day.

c) There is a decision by the state governing body to have jurisdiction over the reservoir regulation of the multi-target hydroelectric power plant that serves the purpose of combing flood, irrigation.

2. The scope of the hourlong production of multi-target hydroelectric power plants in the specified cases at point a and point b 1 This is that the shares of the total capacity of multi-target hydroelectric power plants in the power system. including the capacity for the frequency and the rotation.

What? 54.

1. The unit that operates the electricity system and the electricity market is responsible for the scheduling of the next time mobiles for the bound scheduling methods and the unbound scheduling method.

2. Set up the schedule to arrive in the event of a shortage of power

The unit operates the electrical system and the calendar electric power market mobiles the nests in the following order:

-According to the calendar,

-Multi-objective strategic hydropower plants;

-The nests provide fast-moving backup service, the nests that provide cool-room service scheduled for next day ' s mobiles;

-The services that provide operating services must be issued due to the security system security constraint;

-The backup capacity.

-Reduce the frequency of the frequency backup to the lowest level.

The unit operates the power system and the electrical market, which determines the amount of capacity expected to be fired to ensure the security of the system.

3. Set up an hourlong schedule in the field of capacity

The unit that operates the electricity system and the electric market is responsible for regulating the schedule of the hours to pass through the measures in the following order:

a) Stop the voluntary organization that stops broadcasting;

b) Reducing the output capacity of slow-rate boot nests on the lowest level of stable development capacity;

c) Reducing the output capacity of the machine to the rotating backup service provider;

d) Reducing the output capacity of the machine-service provider;

Stop the engines from slow down the following order:

-There's the shortest launch period.

-There is a contract price purchase contract (Pc) from high to low;

-There's a low-to-high launch costs. The launch costs are agreed by the Single Trade Agreement agreement with the Electric Power and Supply Unit for the Transport and Electric Power Systems Transport Unit;

-The lowest level of power to handle the state of power.

What? 55.

The unit that operates the power system and the electric market is responsible for the publication of an hourlong schedule of up to 15 minutes, including the following:

The next hour ' s download forecast for the entire system and the North, Central, South.

The calendar of the power plants, the northern, central, south, and the next three hours, is set to be established at this Article 54.

The treatment measures of the unit operating the power system and the electricity market in the event of a lack or inheritance capacity.

Information about the construction of the public capacity of the multi-target strategic hydroelectric power plant in accordance with this Article 53.

The planned layup schedule (if available).

CALCULATING MARKET AND PAYMENT RATES IN THE ELECTRICITY MARKET.

REAL-TIME OPERATION

What? 56. real-time electrical system conditions

The power system operator and power market operator responsible for operating the power system during the time of the scheduled timeframe is announced and complied with the regulation of real-time electrical power systems at the transmission of transmission power systems.

The power generation unit is responsible for compliance with the terms of the command of the electricity system and the electricity market.

The electricity generation that owns hydropower plants is responsible for compliance by regulation of a limited weekly water level specified at Article 37 of this. The reservoir case of the hydropower plant violates the limit of the week limit:

a) The unit that operates the power system and the electric market is responsible for warning of a week-long-limit water violation plant, the power plant responsible for regulating the greeting in the next days to ensure no violation of the next week limit water levels;

b) In the case of a factory that contains 2 weeks of a week-long water breach, the factory next week will not be self-valued and the unit of the electricity system and electricity market is allowed to intervene in the mobiles of these power plants. The results calculate the value of water to ensure the requirements for electrical systems security and the water level of the reservoir to the limit of the limit of the week.

In the event that the reservoir level is completely violated by the mobiling on the plant ' s bid, it is not due to mobiles to ensure a requirement for electrical system security, while the interference of these plants is paid only at a cost. by 90% of the price of the electricity purchase contract but not more than 02 weeks since the intervention;

c) After the 02 weeks since the unit of the Electric Power System and the Intervention Power Market, the reservoir ' s water level still violates the weekly limit of water due to hydrological conditions or because of the mobiling of the plant to ensure a requirement for electrical system security, the operating unit. Electricity and electricity markets were allowed to continue to intervene in the mobiles of power plants. During this time the power plant was paid in accordance with the price of purchase of electricity.

d) When it was guaranteed not to violate the weekly limit of water, the hydropower plant continued to participate in the following week.

Before 10:00 on Monday, the unit of the Electric Power System and Electric Power Market was responsible for announcing the scheduling of mobiles since the third day for the Electricity Generation and Purchase Units in the following circumstances:

-The plant violates the reservoir water and the plant is mobilized in schedule.

-The factory level of the plant has been on a limited weekly water level, the factory is allowed to say hello.

What? 57. Intervention in the electricity market

1. The cases interfere with the electricity market

The unit that operates the electricity system and the electricity market is allowed to intervene in the electricity market in the following circumstances:

a) The system that is operating in the emergency regime is specified in the transmission of the transmission power system;

b) It is not possible to give an hourlong schedule to 15 minutes prior to time of operation.

2. In the event of interfering in the electricity market, the unit operates the electricity system and the electricity market is responsible for mobiling the nests to ensure the objectives in the following order order:

c) Make sure to balance the output and supply capacity;

d) The response is required for the provision of the frequency of the frequency;

e) Response is required for the rotation room;

f) The response is required for the quality of voltage.

3. Annuate information about interference in the electricity market

g) When interfering in the electricity market, the unit operating the power system and the electricity market must publish the following content:

-Why do you have to intervene in the electricity market?

-The trading cycles are expected to intervene in the electricity market.

h) In the 24-hour deadline since the end of the intervention in the electricity market, the unit operates the electricity system and the electricity market is responsible for the publication of the following content:

-Reasons to intervene in the electricity market;

-The trading cycles interfere with the electricity market;

-The measures operated by the Power System and the electricity market apply to intervene in the electricity market.

What? 58. Stop the electricity market

1. The electricity market stops operating when one of the following cases occurs:

a) Due to the emergency situations of natural disasters or defense security protection;

b) Do the unit of the electricity system and the electricity market offer to stop the electricity market in the cases:

-The operating system in an extremely emergency mode is regulated at the transmission of the transmission power system;

-Do not guarantee the operation of the safe, continuous electricity market.

c) Other cases at the request of the competent organ.

2. The Power Regulatory Bureau is responsible for review, deciding to stop the electricity market in the prescribed cases at a point a point b 1 Article and inform the unit that operates the electricity system and the electricity market.

3. The unit that operates the electricity system and the electricity market is responsible for informing members of the electricity market in terms of the decision to stop the Electric Regulatory Authority ' s electricity market.

4. Operate the power system during the power market stop:

a) The unit that operates the electricity system and the electricity market is responsible for the terms, operating the electrical system in accordance with the following principles:

-Make sure the operating system is safe, stable, reliable at the cost of buying electricity for the entire lowest system;

-Ensuring the implementation of yield agreements in export contracts, electricity imports, the electricity purchase contract of BOT power plants and the electricity purchase contracts that are committed to the production of other power plants;

b) Power generation units, Electrical transmission units and other relevant units are responsible for compliance with the command of the unit's operating system and the electricity market.

What? 59. Restart the electricity market

1. The electricity market is restored to operate upon ensuring the following conditions:

a) The causes that led to the halt of the electricity market were overcome;

b) The unit operates the power system and the electrical market confirms the ability to operate the electric market.

2. The Power Regulatory Bureau is responsible for review, the decision to restore the electricity market and inform the unit that operates the electricity system and the electricity market.

3. The unit that operates the electricity system and the electricity market is responsible for informing members of the electricity market in terms of the decision to restore the power market of the Department of Power Regulatory.

Section 4

EXPORTING, IMPORTING ELECTRICITY IN OPERATING THE ELECTRICITY MARKET

What? 60. Processing of export power in mobiling scheduling

1. Before 10:00 on D-1, the Electric Power System and Electric Power Transport Unit was responsible for the publication of the expected export power in each of the D-Day trading cycles.

2. export power output is calculated as a side load at the export point and is used to calculate the system-loading system for the next day and arrival scheduling system.

What? 61. Processing of imported electricity in mobiling scheduling

1. Before 10:00 on D-1, the Electric Power System and Power Market operating unit was responsible for the publication of the expected output of imported electricity in each of the D-Day trading cycles.

2. The yield of imported electricity in the scheduling calendar is calculated as the source must be issued with the previously announced chart in the coming day.

What? 62. Payment for export and import power.

The amount of imported electricity paid under the electricity purchase contract has been signed between the parties.

Chapter VI

POWER COUNT METRICS

What? 63.

1. Before 15:00 on D + 1, the unit management metrics measure the responsibility of providing the unit to operate the electricity and electricity system and the single trade unit metrics measure the power count of each transaction cycle of the day D.

2. Prior to the 8th working day after the end of the payment cycle, the Unit Management metrics measure the responsibility for providing the unit to operate the electricity system and the electricity market measuring the power count in the payment cycle prescribed at the Regulation. We ' re going to measure electricity in the competitive grid.

What? 64.

The unit operates the power system and the electricity market is responsible for storing the number of electrical measurements and related records in the period of at least 05 years.

CALCULATING THE MARKET POWER PRICE AND PAYMENT CAPACITY

What? 65.

After trading day D, the unit operates the electricity system and the electricity market is responsible for scheduling the market power price for each of the D-Day's trading cycles according to the following sequence:

The calculation of the system loading system in the transaction cycle by regulating the measurement yield on the extreme end of the generator nests;

Perform a market power price schedule according to the non-binding scheduling method according to the following sequence:

-fixed arrangement under the background of the electric system auxiliary chart of the actual generation of radio units of the Indirect Electricity Generation trading, imported electricity, BOT power plants, laboratory plants, industrial power plants, and industrial plants. sell part of the output to the national power system, the nests separated from the electricity market;

-Arrangement of the power bands in the scheduling statement of the trading units directly trading.

The market power price by the salute price of the last range is scheduled to meet the system of loading the system in the market power price calendar. In the case of the welcome price range of the last capacity band in the market for market power prices higher than the market ceiling price, the market power price is calculated by market ceiling price.

Prior to 9:00 days D + 2, the Electric Power System and Electric Company operated the market power price of each transaction cycle during the D-Day.

What? 66. Define payment capacity

1. Principles that define payment capacity for each transaction cycle:

a) The machines that engage in electricity in every cycle on the market are set to market the market capacity for that cycle except the slow warmup nests have stopped to do the backup, the machine has stopped the incident;

b) The payment capacity of the minimum nest by the power generation of the machine at the tip of the generator in the transaction cycle;

c) In the event that the total capacity of the machines is equal to each other, the portion of the capacity is given the price of the market capacity at that salute to the machines.

2. After trading day D, the unit operates the power system and the electricity market is responsible for setting the capacity for each of the D-Day trading cycles according to the following sequence:

a) The correction adjuvation in the system transaction by the system adds the system to the following components:

-The backup capacity for the transaction cycle;

-The frequency capacity for the transaction cycle;

-The incentive capacity component and the capacity of the generator nests add up to 3% of the total output of the electricity generation units directly trading the electricity market during the trading cycle.

b) The performance scheduling practice is not binding to meet the level of corrections that are specified at this point of paragraph in the following sequence:

-Arrangement of frequency capacity, rotation and output capacity of the generator nests for the machine's trading cycle at zero (zero) copper/kWh;

-Arrangement of the power bands in the scheduled version of the broadcast units directly trading unless the slow boot nests were stopped to do the backup, the machine had stopped the incident.

3. The amount of payment capacity of the machine in the transaction cycle by the amount of capacity of that nest is placed in the capacity schedule.

4. Before 9:00 on D + 2, the Electric Power System and Electric System operators were responsible for the publication of the amount of payment capacity of each machine in the trading cycles of D-Day.

What? 67. Determine the price of market power and payment capacity when interfering in the electricity market.

1. In case of a market intervention time less than 24 hours:

The unit operating the power system and the electricity market uses a valid welcome to determine the price of the market electricity by regulation at Article 65 and the amount of payment capacity under regulation at Article 66. This is private.

In the event that the machine does not have a valid bid, the unit operates the electricity system and the electricity market uses the floor price for the hourlong production portion and the salute ceiling price for external output to establish a market and market power price schedule. You know, for that transaction cycle.

2. In the case of a larger market intervention time or by 24 hours, the unit operating the electricity system and the electricity market is not responsible for performing the price of market power and payment capacity for the time period of the affected market. Yeah.

SOFTWARE FOR THE ACTIVITY OF THE ELECTRICITY MARKET

PAYMENT FOR THE DIRECT TRANSACTION.

What? 68. Power output serves payment in the electricity market.

1. The unit that operates the electricity system and the electricity market is responsible for calculating the power output components of the power plant in the transaction cycle that serves the payment in the electricity market, including:

a) The yield of a greeting-price payment for the thermal power plant has a higher price than the market ceiling price (Qbp);

b) additional power generation (Qcon);

c) Other yield power generation compared to the yield output under the command (Qdu) command;

d) Power output in market power prices (Qsmp).

2. The yield of a welcome payment for the thermal power plant is greater than the market ceiling price in the transaction cycle defined as follows:

a) Define the higher-priced nests than the market ceiling price that is set to calculate the market price for the exchange rate i and the counting position of that nest;

b) The calculation of the yield of payment of payment at a given price point at the number of measurements specified at this one point in the following formula:

In it:

i: Fifth trading cycle;

: The measurement point of the thermal power plant, determined at this point of this one;

: Value-based payment of payment at the position of measurement j in the transaction cycle i (kWh);

: Measure power generation at the measure of counting j in the transaction cycle i (kWh);

: Electric power output with a lower-priced capacity or a market ceiling price in the trading period i of the nests has to be connected to the j count position and is regulated on that counting position (kWh);

: Energy production with higher amounts of capacity is higher than the market ceiling price and is placed in the market price schedule in the trading period i of the nests that connect to the j count position and are regulated in that measure position (kWh).

c) Compaction the yield of payment power at a greeting price for the power plant in the following formula:

In it:

: The measurement point of the thermal power plant, determined at this point of this one;

J: The total number of counting measurements of the power plant has a higher-than-market ceiling price and is rated market price;

: Power output payment by the price of the power plant in the transaction cycle i (kWh);

: Value-based payment of payment at the position of measurement j in the transaction cycle i (kWh).

3. Power generation of the power generation of the power plant in the transaction cycle is determined by the following sequence:

a) Calculation of the increased energy output in the transaction cycle at the tip of the plant in the following formula:

In it:

: The increased energy output of the computer nest at the extreme end in the transaction cycle i (kWh);

i: Fifth trading cycle;

J: The number of times changes the degree of constraint due to constraints in the transaction cycle i;

: The time for the second time in the exchange cycle i operate the power system and the electricity market has the provision of the capacity to change the capacity of the power generation generator due to constraint (min). The case at this point in which the power of the generator nest is lower Then. It ' s determined that the time of the machine is at capacity. ()

: The time the machine ' s nest reached capacity levels due to the Command of Electrical Systems and the electricity market commanded the conditions at the time (minutes); The case at this point in which the power of the generator nest is lower Then. It ' s determined that the time of the machine is at capacity. ()

: The capacity of the machine to be placed in the market of market power prices in the exchange i (kW) cycle;

: The capacity operated by the Command System and the provision of the terms of the electricity generation generator at the time This is a much smaller one. That ' s how this power is calculated. ()

: Machine capacity achieved at the time This is a much smaller one. That ' s how this power is calculated. ()

Duration of command time power Time. It ' s a power generator that ' s got power. is defined as follows:

a: The rate of increased load of the registry in the scheduling greeting (MW/min).

b) Define the increased production of electricity in the machine transaction cycle, , by regulating the production. From the top of the line to the counting position.

c) Calculation of the increased power output of the power plant in the exchange i cycle in the following formula:

In it:

: Total increase production of power plants in the exchange cycle i (kWh);

g: The generator adds up to the power plant in the i exchange cycle;

G: The total number of additional generator tanks of the power plant in the i exchange cycle;

: The increased output of the g nest in the exchange cycle i (kWh).

4. Other yield power output compared to the yield yield under the (Qdu) of the power plant in the power plant in the transaction cycle is determined according to the following sequence:

Define the output of mobiles under the command command

The production output under the terms command of the Generator Unit is the output at the head of the generator that is calculated based on the order of the unit's motor mobiles operation, the power grid, and the power market, based on the power-based capacity and the increased speed. It ' s a reduction in the power grid. The output of mobiles under the terms command is determined in the following formula:

In it:

i: Fifth trading cycle;

J: The number of times changes to the degree command during the exchange cycle i;

: The timing of the j in the exchange cycle i the unit of the electricity system and the electricity market has the provision of the power generation capacity changes (minutes);

: The time the machine ' s nest reached capacity levels due to the Command of Electrical Systems and the electricity market commanded the conditions at the time (minutes);

Qdd _i: The output of mobiles under the command of the magnitude at the head of the generator specified for the transaction cycle i;

: The capacity operated by the Command System and the provision of the terms of the electricity generation generator at the time ()

: Machine capacity achieved at the time

Duration of command time power Time. It ' s a power generator that ' s got power. is defined as follows:

a: The rate of increased load of the registry nest in the scheduling greeting (MW/min);

b) The unit operating the power system and the electricity market is responsible for calculating the yield-output output by the command (Qdd) command ^J_i ) In terms of the measuring position;

c) Other yield power generation is different from the yield of mobiles under the terms of the terms specified in the following formula:

Qu _i = Qmq _i= Qdd _{i (QD)}

In it:

Qu _i: Other yield power output compared to the output of mobiles under the command-based command at the head of the generator specified for the exchange cycle i;

Qmq _i: The power generation measurement of power plants in the transaction cycle i (kWh);

Qdd _{i (QD)}: The output of mobiles in accordance with the order of the degree is to be exchanged for the measurement position for the exchange cycle i.

d) The combination of the machine in the boot process or the stop process is Qdu by zero ( Qu _i= 0). If this machine has a technical constraint, which affects the production capacity of other plants of the plant, these affected nests also do not charge Qdu ("Qu"). Qu _i = 0).

The total number of electric power power to the plants with an installation capacity of less than 100 MW is 5%, for machines with installed capacity from 100 MW up to 3% but in any case no less than 1.5 MW. Output case Qu _iis within the margin of error that allows the output to be zero ( Qu _i= 0).

5. The power generation of computing power according to the market power price of the power plant in the exchange cycle i is determined in the following formula:

The case of energy production is wrong differently than the output of mobiles under positive terms ( Qu _i> 0):

Qsmp _i = Qmq _i Qbp _i -Qs. _i -Qu _i

The case of energy production is wrong differently than the yield output under the negative terms command ( Qu _i< 0):

Qsmp _i= Qmq _i Qbp _i -Qs. _i

In it:

Qsmp _i: Power output payment according to the market power price of the power plant in the transaction cycle i (kWh);

Qmq _i : The power generation measurement of power plants in the transaction cycle i (kWh);

Qbp _i : Power output is paid in a greeting price in the exchange period i for the thermal power plant priced higher than the market ceiling price (kWh);

Qcon _i : More power generation power generation of power plants in the exchange cycle i (kWh);

Qu _i: The output of power is different from the yield yield under the terms of the terms command in the exchange cycle i.

What? 69. The adjustment of power output serves payment in the electricity market.

1. The unit operating the electricity system and electrical market is responsible for calculating the reregulation of the power output components that serve payment in the market in the regulatory cycles at 1 Article This is based on the components of the operating system. the following output:

a) the power generation of the power plant ' s hours in the exchange cycle i ( Q ⁱ_c) is determined by regulation at Article 36 of this article;

b) Electric power output by market power price (b) Qsmp _i) of the power plant in the exchange cycle i was determined by regulation at paragraph 5 Article 68 this message;

c) Power output measured by power plant in the i exchange cycle (c) Qmq _i).

2. The electrical output components that serve the payment in the market are adjusted in the following cases:

a) The case in the exchange cycle i yield the counting power of the smaller power plant or by the hourlong electricity yield ( Qmq _i≤ Q ⁱ_c);

b) The case in the exchange rate i yield the counting power plant of the larger power plant than the power plant ' s hourlong power output ( Qmq _i> Q ⁱ_c) At the same time the power generation of computing power according to the market power price of the smaller power plant than the time contract output ( Qsmp _i< Q ⁱ_c).

3. The principle of adjustment

a) In the case of regulation at the point a paragraph 2 This, the energy output increased further ( Qcon _i) and the yield of a welcome payment power to the plant priced higher than the market ceiling price (see) Qbp _i) modified in this transaction cycle by zero ( Qcon _i = 0; Qbp _i = 0 );

b) In the case of regulation at point b 2 This, the electrical output that serves the payment in the electrical market is adjusted in accordance with the principle of ensuring not to alter the measured power output in this transaction cycle and in accordance with the rules. The planning process for the programming of electrical power plants, real-time operations, and payment calculation in the electricity market.

What? 70. Market Power Payment

1. The unit that operates the electricity system and the electricity market is responsible for calculating the total market power payments of the power plant in the payment cycle in the following formula:

Rg = Rsmp + Rbp + Rcon + Rdu

In it:

Rg : Total market power payments in the payment cycle (copper);

Rsmp : The payment for the portion of the output is paid according to the market power price in the payment cycle (copper);

Rbp : The payment for the portion of the yield is paid in a greeting price for thermal power plants that are greater than the market ceiling price in the payment cycle (copper);

Rcon : Payment for the portion of the energy output increased in the payment cycle (copper);

Rdu : The payment for the portion of the power output is different from the yield yield according to the order in the payment cycle (copper).

2. The payment for the portion of the output is paid according to the market power price of the power plant in the payment cycle determined by the following sequence:

a) Calculation for each transaction cycle in the following formula:

Rsmp _i = Qsmp _i × SMP _i

In it:

Rsmp _i: The payment for the portion of the output is paid at the market power price of the power plant of the transaction cycle i in the payment cycle (copper);

SMP _i : The market power price of the trading cycle i in the payment cycle (copper/kWh);

Qsmp _i : Power output is paid in accordance with the market power price of the transaction cycle i in the payment cycle (kWh).

b) Compaction for the payment cycle in the following formula:

In it:

Rsmp: The payment for the portion of the output is paid according to the market power price of the power plant in the payment cycle (copper);

i: The third trading cycle in the cycle of payment;

I: The total transaction cycle of the payment cycle;

Rsmp _i: The payment for the output portion is paid according to the market power price of the power plant of the exchange cycle i (copper).

3. The payment for the portion of the yield paid by the greeting price for the thermal power plant has a much greater price than the market ceiling price in the payment cycle defined by the following sequence:

a) Calculation for each transaction cycle in the following formula:

In it:

Rbp _i: The payment for the charge section is higher than the ceiling price of the power plant in the i (copper) transaction cycle;

j: The j salute in the greeting of the factories of the thermal power plant has a higher price than the market ceiling price and is arranged in the market of market power prices;

J: The total number of salute in the price of the thermal power plant is priced higher than the market ceiling price and is arranged in the market of market power prices;

Pb ^J_i: The welcome price corresponds to the salute strip in the salute of the machines of the thermal power plant g g in the exchange cycle i (copper/kWh);

Pb _i ^Max. The highest price of greeting in the salute strips is arranged in the market electric power price schedule of the thermal power plant in the transaction cycle i (copper/kWh);

Qbp ^J_i: The total capacity is greeted at price Pb ^J_i in the salute of the thermal power plant mobilized in the i exchange cycle and the regulation of the counting measurement position (kWh);

Qbp _i: Total power output is higher than the market ceiling price of the thermal power plant in the i (kWh) transaction cycle.

b) Compaction for the payment cycle in the following formula:

In it:

Rbp : The payment for the charge section is higher than the ceiling price of the power plant in the payment cycle (copper);

i: The cycle of trading i in which the power plant is mobilized at a higher price than the ceiling price;

I: The total number of transactions cycles in which the power plant is mobilized at a higher price than ceiling prices;

Rbp _i: The payment for the charge section is higher than the ceiling price of the power plant in the i (copper) transaction cycle.

4. The payment for the additional power generation of power plants in the transaction cycle is determined by the following sequence:

a) Calculation for each transaction cycle in the following formula:

In it:

Rcon _i: Payment for increased power output in the exchange cycle i (copper);

g: The generator adds up to the power plant in the i exchange cycle;

G: The total number of additional generator tanks of the power plant in the i exchange cycle;

Qcon ^g_i: The additional generator of the g-machine nest in the exchange cycle i, (kWh);

Pcon ^g_i: The highest price of greeting corresponds to the increased frequency range of the g-nest in the exchange cycle i (copper/kWh). For hydropower plants if this price is greater than the price of the electric market ceiling, it is obtained by the price ceiling price.

b) Compaction for the payment cycle in the following formula:

In it:

Rcon : Payment for power output increased in the payment cycle (copper);

i : The fifth trading cycle of the payment cycle in which the thermal power plant must develop further under the command order;

I'm ... The total transaction cycle of the payment cycle in which the thermal power plant must further develop by the course of the order;

Rcon _i : Payment for power output increased in the exchange period i (copper).

5. The hydropower plant case is mobilized due to the constraint condition that must be issued and priced higher than the market ceiling price or the capacity mobiles with a higher price range than the market ceiling price, the plant is paid for the future production part. It ' s in that cycle by market ceiling prices.

6. The payment for power generation is different than that of the production of mobiles by the command of the power plant in the transaction cycle.

a) Calculation for each transaction cycle in the following formula:

The case of energy production increased further than the course command:

In it:

Rdu _i: The payment for power generation is different than the terms command in the exchange cycle i (copper);

g : The machine grows more than the provision of the power plant in the exchange cycle i;

G. : The total number of machines increased further than the provision of the power plant in the i;

Qu ^g_i: The power grows more than the mode command of the g nest in the transaction cycle i, (kWh);

Pbmin _i_: The lowest price of all the nests in the exchange cycle i (copper/kWh).

The case of power generation is deflated compared to the course command:

In it:

Rdu _i: The payment for power generation is different than the terms command in the exchange cycle i (copper);

g: The machine deflated relative to the command of the power plant in the exchange i;

G: The total number of machine nests decreased compared to the command of the power plant in the exchange cycle i;

Qu ^g_i: Power deflation compared to the condition command of the g nest in the transaction cycle i (kWh);

SMP _i : Market electric power in the transaction cycle i (copper/kWh);

Pbp _{i, max.}: The welcome price of the most expensive machine to be paid in the transaction cycle i.

b) Compaction for the payment cycle in the following formula:

In it:

Rdu : The payment for power generation is different than the terms command in the payment cycle (copper);

i : The fourth transaction cycle of the payment cycle in which the thermal power plant has been wrong differently than the course command;

I : The total transaction cycle of the payment cycle in which the thermal power plant has been wrong differently than the course command;

Rdu _i: Payment for power generation is different than that of the yield yield in accordance with the degree in the exchange i (copper) cycle.

What? 71. Market capacity payment

The unit operating the power system and the electricity market is responsible for calculating the market capacity payment for the power plant in the following sequence payment cycle:

1. Calculation for each transaction cycle in the following formula:

In it:

Rcan _i: The power payment for the power plant in the exchange cycle i (copper);

g: The machine of the power plant is paid in the price of capacity;

G: The total number of plants of the power plant is paid at capacity prices;

CAN _i: Market capacity price in the transaction cycle i (copper/kW);

Qcan ^g_i: The amount of payment capacity of the g nest in the exchange cycle i (kW).

2. Compaction for the payment cycle in the following formula:

In it:

Rcan: The power payment for the power plant in the payment cycle (copper);

i: The third trading cycle in the cycle of payment;

I: The total number of transactions cycles in the payment cycle;

Rcan _i : The power payment for the power plant in the exchange cycle i (copper).

What? 72. The payment under contract purchase contract is wrong differently

Based on market power prices and market capacity prices issued by the Power Systems Transport Unit and the Electric Power Market, the Power Capacitor Unit is responsible for calculating payments under other false power purchase contracts in the payment cycle according to the company. the following sequence:

Calculation for each transaction cycle in the following formula:

Rc _i = (Pc-SMP _i -CAN ' _i) X Qc _i

In it:

Rc _i: Other false payment in the exchange cycle i (copper);

Qc _i: Power output payment by contract price in the transaction cycle i (kWh);

Pc: Other false power purchase contract price (copper/kWh). For these contract price hydropower plants that have not included water resource taxes and forest environmental fees;

SMP _i: Market electric power in the transaction cycle i (copper/kWh);

CAN _i: Market capacity price in the transaction cycle i (copper/kWh).

Calculation for the payment cycle in the following formula:

In it:

Rc: The wrong payment in the payment cycle (copper);

i: The second trading cycle of the payment cycle;

I: The total transaction cycle of the payment cycle;

Rc _i: The other wrong payment in the exchange cycle i (copper).

What? 73. Payment when interfering in the electricity market

1. The case of a market intervention time of less than 24 hours, the Electric Power Power Unit is receiving regulatory payments at Article 69, Article 71 and Article 72 according to the market power price and the amount of payment capacity specified at this Article 67.

2. The case of a larger market intervention time or 24 hours, the Electricity Generation Unit is paid in accordance with the contract price for the entire counting power output.

What? 74. Payment when stopping the power market

In the time of the electric market stop, the Power Unit is paid at a contract price for the entire measured power output.

Section 4

OTHER PAYMENT AND PAYMENT SERVICES PAYMENT

What? 75. Pay the opportunity for the backup backup service

1. The unit that operates the electricity system and the electricity market is responsible for calculating the opportunity cost payment for the Electric Power Capacitor Unit that provides the rotated backup service in the following sequence payment cycle:

Calculation for each transaction cycle in the following formula:

In it:

Rspn _i : The opportunity cost payment for the Unit of Power in the exchange i (copper);

g: The organization provides the rotating backup service of the Generator Unit in the exchange cycle i;

G: The total number of machine nests providing the rotating backup service of the Electric Generator Unit in the exchange cycle i;

Qspn ^g_i : Schedule capacity provides the rotating backup service of the g-nest nest in the exchange i exchange cycle hours to (kWh);

OC ^g_i : Cost of opportunity in the transaction cycle i of the g-machine (copper/kWh). The opportunity cost is calculated as follows:

OC _i = max {SMP _i-Pb. _i ; 0}

In it:

SMP _i: Market electric power in the trading cycle i of day D (copper/kWh);

Pb _i: The largest price of the salute price corresponds to the power-to-room service (copper/kWh) range.

Calculation for the payment cycle in the following formula:

In it:

Rspn: The opportunity cost payment in the payment cycle (copper);

i: The third trading cycle in the payment cycle in which the Electric Power Unit provides a spin room;

I: The total number of transactions cycles in the payment cycle in which the Electric Power Unit provides a spin room;

Rspn _i : The cost payment of opportunity in the exchange i (copper) cycle.

2. The opportunity cost is only to be paid for thermal power plants that provide the rotating backup.

What? 76. Payment for fast-launch contingus service, cool backup service, operating service must be issued due to the power system security constraint.

The unit provides fast-to-fast-boot service, cooling services, operating services due to the constraint of the electricity system security binding under contract provision of the auxiliary service that has been signed between the Electric Power and Systems Transport Unit. Electricity and electricity market are issued by the Ministry of Commerce.

What? 77. Pay for the multi-purpose strategic hydroelectric power plant

Payment for the multi-target strategic hydropower plant is made under the contract purchase contract signed with the sole Purchasing Unit.

What? 78. Payment for hydropower plants with a weather reservoir under 2 days

The unit of the electrical system and the electricity market is responsible for calculating the revenue payment for plants with a regulatory reservoir under 2 days in the following formula:

a) Calculation for each transaction cycle in the following formula:

Rg _i = Pc × (Qhc _i × α) + (CAN _i + SMP _i) × (Qhc) _i × (1-α)) + Rdu _i

In it:

Rg _i: The payment for the plant has a regulatory reservoir of less than 2 days in the exchange cycle i (copper);

Pc: The contract purchase price (copper/kWh);

Qhc _i : The edit power output in the transaction cycle i (kWh) is defined as follows:

-Qdu case. _i > 0, Qhc _i = Qm _i -Qu _i()

-Qdu case. _i ≤ 0, Qhc _i = Qm _i.

Qm _i: Power output at the point of delivery in the transaction cycle i (kWh);

Qu _i: Other power generation is different than the (kWh) command in the exchange cycle.

Rdu _i: Payment for other power generation is different from the yield yield under the terms command in the exchange cycle i (copper);

SMP _i: Market electric power in the transaction cycle i (copper/kWh);

CAN _i: Market capacity price in the transaction cycle i (copper/kWh);

Α: The rate of payment of payment of electricity by contract price for hydropower plants published by the Power Regulatory Authority.

b) Payment for the payment cycle in the following formula:

In it:

Rg : The payment for the plant has a regulatory reservoir of less than 02 days (copper);

i: The trading cycle of the payment cycle;

I: The total transaction cycle of the payment cycle;

Rg _i : The payment for the plant has a regulatory reservoir of less than 2 days in the exchange cycle i (copper);

What? 79. Other.

1. The generator unit has a machine that develops or receives a protest capacity in a synchrony rundown mode that is paid for the amount of useful electricity received from the grid by regulation at the electricity purchase contract.

2. The thermoelectric machine is forced to cease by regulation at the point 3 Article 54 This is payment of the cost of launch at the expense of the agreement between the sole Purchasing Unit and the Power Generator Unit. The unit operates the power system and the electric market is responsible for the publication of the machines in this case for the Single Trade Unit to make the base payment base.

3. Cases of a Month Power Measure yield set by the Unit Management Unit in accordance with regulation at paragraph 2 Article 63 is different from the total number of days per month by the Unit Management Unit measured by the provision at paragraph 1. Article 63 This message, the arbiter portion is paid at the price of a semi-electricity purchase contract signed between the Single Trade Unit and the Electric Power Procurement Unit.

4. The case of gas turbine power plants that share a slightly longer tail cycle, operate with mixed fuel or not the primary fuel at the request of the unit to operate the power system and the electricity market to ensure the security of the system. By the way, the payment for those transaction cycles is not carried out as defined by the Third Chapter VI. The payment for the gas turbine plant in this cycle is paid in accordance with the price of electricity in the electricity purchase contract signed with the Single Procurement Unit corresponding to the machine-structure configuration when operating the single cycle, operating with mixed fuel or not. The main fuel.

5. The factory where the power plant has a power generation that is separated from the national power grid and connects to the foreign exchange grid, the entire electricity generation of the power plant in the day of trading is paid at the price of the electricity sale contract.

6. The case of machinery is bound to reduce the capacity that the undue cause of the plant 's failure does not guarantee the production of the hourlong contract, then the contract yield now applies to payment in the plant' s electricity market adjusted by product. The actual number of plants in that transaction cycle. Where the nest is to restart, the cost payment starts at the expense of the agreement between the Single Trade Unit and the Generator Unit.

7. The plant case has an experimental generator generator

a) The case of a machine-bound experiment complex, which affects the production capacity of other factories of the plant during the experiment, separating the entire plant from the electric market during the experimental running cycles. The entire output of the plant to the net in the cycles of the experimen-tested cycle at the contract purchase contract signed with the Single Trade Unit corresponding to the machine configuration and type of fuel used;

b) The case of an experimental non-binding experiment that affects the output of other plants of the plant in the course of the experiment separates the machine from the electric market, the entire production of the pilot's nest. The net in-grid-tested cycles in the purchasing contract at the purchasing power contract signed with the Single Trade Unit corresponding to the machine configuration and type of fuel used. Other nests are still involved in the electricity and payment market by regulation at the third section of this Information VI.

8. The gas turbine plant case must stop the machine and restart at the request of the power system during the engine time that the application cycle is available, operated with mixed fuel or not the main fuel, the factory is paid off costs. This is an agreement between the Power Power Unit and the Single Trade Unit.

9. The event that the machine had planned to stop the machine was approved but still had to broadcast capacity at the request of the Electric Power System and the electricity market to ensure the security of the electrical system, then separate the entire plant from the electricity market in the interval. The time of power generation at the requirements of the Electric Power System and the electricity market. The entire output of the plant to the grid during this time was paid at the price of electricity in the contract purchase contract signed with the Single Trade Unit.

Section 5

SEQUENCE, PAYMENT PROCEDURE

What? 80. The service figures calculate the electricity market payment

Prior to 9:00 days D + 2, the unit operating the electricity system and electricity market was responsible for aggregation and provision for the sole Purchasing Unit and the number of electricity generation units serving the calculation of payment for each power plant by regulation at Annex VI. This is private.

What? 81. Power market payments table for trading day

1. Before D-Day + 4, the Electric Power System and Electric Power System operated units charged and sent to the Single Trade Unit and the primary power market payment table units for that date of the transaction according to the prescribed pattern at Appendix IV.

2. Prior to D-Day 6, the Exchange Direct Power Development Unit and the Single Procurement Unit was responsible for confirming the prescribed electricity market payment table on the electricity market electronic information site; reannouncing the unit of the Transport and Electric System operating unit. The electrical field of errors in the primary power market payment table (if available).

3. On D-Day 6, the unit operates the power system and the electricity market is responsible for the operation and sent to the Single Trade Unit and the complete power market payment of the electricity market payment for D-Day.

What? 82. Power market payment tables for the payment cycle

1. The unit operating the electricity system and the electricity market is responsible for aggreging the payment metrics for all day trading in the payment cycle and inspection, which is in reference to the aggregation of power output by the unit of charge metrics. Supply.

2. In the 10-day period of work since the last trading day of the payment cycle, the Unit operates the electricity system and the electricity market is responsible for the operation and release of the electricity market payment table for the payment cycle.

3. The electricity market payment table for the payment cycle consists of payment tables for each day of the transaction and the aggregate table in accordance with the specified pattern at this Annex V, and the receipt of the number of the fair and electrical output.

What? 83. Electric Power Payment Profile

1. The direct-to-direct electricity delivery unit is delivered and sent from the electricity market payment for the Single Procurement Unit based on the electricity market payment table for the payment cycle.

2. The Application and Procurement Unit from the contract payment for the Single Procurement Unit under the provisions of the electricity purchase contract signed between the Single Trade Unit and the Electric Power Procurement Unit.

3. Before 20 months of monthly, the Unit emits and sends the bill of payment to the Single Trade Unit. The bill of payment includes the electricity market payments and contract payments in the payment cycle.

What? 84. Payment records for the contract to provide auxiliary services

The power generation unit is responsible for the provision of auxiliary service payments under contract provision of the auxiliary service between the Electric Power and Power Systems Transport Unit and the electricity market.

What? 85. Edit bill

1. In case of a receipt of error, the Single Procurement Unit or Purchase Unit has the right to recommend the application correction for the 1 month period from the date of release. The stakeholders have the responsibility to coordinate the identification and unify the corrections payments.

2. The broadcast unit is responsible for the addition of a correction payment to the invoice of the next payment cycle.

What? 86.

1. The only trade unit and the unit operating the power system and the electricity market are responsible for making payments according to the invoice of the Electric Capacitor Unit, the deadline for payment of the base by regulation at the contract purchase contract signed between the two parties.

2. The only Procurement Unit and the Procurement Unit is responsible for the unification of the payment method in the electricity market in accordance with the regulation at this Smart and relevant regulations.

3. The case to the payment deadline for which the unit operates the electricity system and the electricity market has not released a monthly payment table, the Single Trade Unit and the All-volume Procurement Unit of the entire actual output in the payment cycle. at the price of the semi-electricity contract signed between the two parties and the decision to determine the amount of electricity that is spread over the following months.

What? 87. Processing of errors in payment

Where there is an excess payment or a lack of the invoice, the related units handle these errors by regulation in the contract purchase contract or the contract to provide auxiliary services.

Chapter VII.

What? 88. Software for the operation of the electricity market

1. The software for the activity of the electricity market includes:

a) A market simulation model;

b) The model calculated the value of water;

c) A dynamic and dynamic scheduling software;

d) Payment calculation software;

Other software that serves the electricity market.

2. The unit that operates the electricity system and the electricity market is responsible for building, developing and operating the software that serves the electricity market.

What? 89. Required for software for the operation of the electricity market

1. Make sure the accuracy, reliability, security and response are provided by the standards of the Electric System and the Electric Power Market.

2. There are full technical guidelines, the accompanying operating process.

What? 90. Build and develop software for the operation of the electricity market.

1. The software for electric market activity must be built, developed to support the implementation of the calculations and transactions prescribed at this Smart and the operating processes of the electricity market.

2. The unit that operates the electricity system and power market is responsible

a) Building the standards for the software for the operation of the electricity market;

b) appraisold, test the responsiability of the software to the specified standards at this point of paragraph before applying;

c) The list of lists, algorithms and processes that use software for the operation of the electrical market.

What? 91. Software audit

1. Market service software must be audits in the following circumstances:

a) Before the official electricity market operates;

b) Before bringing new software into use;

c) After the correction, the upgrade has an impact on the calculation;

d) periodic audit.

2. Software audit performed by the independent audit unit. The unit operates the power system and the electricity market is responsible for the proposed independent audit unit, the Office of Regulatory Power Regulatory.

3. The unit that operates the electricity system and the electricity market is responsible for the publication of audit results for members of the electricity market.

Chapter VIII

THE POWER MARKET INFORMATION SYSTEM AND THE INFORMATION PUBLISH REGULATION

ELECTRICAL MARKET INFORMATION SYSTEM

What? 92. The power market information system structure

The electrical market information system consists of the following basic components:

1. The hardware system and software that serves management and exchange of electrical market information.

2. Database system and storage.

3. Electronic information portal serving the electricity market, including internal electronic information pages and public electronic information pages.

What? 93. Manage and operate the electricity market information system

1. The unit that operates the electricity system and the electricity market is responsible for construction, management and operation of the electricity market information system.

2. The members of the electricity market are responsible for the investment of equipment within the management range that meet the technical requirements provided by the Command and Electric System Operating System, which ensures the connection to the Market Information System (s). Electricity.

3. The unit management metrics measure the responsibility of developing, managing, and operating the network communication network between the unit ' s Electric System Information System Information System and the electricity market with the equipment of the participating members of the network. The electricity market.

4. The power system operator and electric market is either operated or changed the existing power market information system after the completion of the completed recording and is approved by the Department of Power Regulatory.

The unit that operates power systems and power markets is responsible for a backup device for the market information system to ensure that it can collect, transmit, and publish market information in the case of the main power market information system. Tried or unable to operate.

MANAGE AND PUBLISH ELECTRONIC MARKET INFORMATION

What? 94. Provide and publish the electricity market information

The power generation unit, the Single Trade Unit, the Power transmission unit and the Digital Power metrics Management Unit are responsible for providing the unit to operate the power system and the electricity market of information, the number of operational plans for operational planning, scheduling, and schedule. dynamic and calculating the payment by regulation at this Smart through the electronic information portal of the Power Market Information System.

The unit that operates the electricity system and the electricity market is responsible for providing and announcing information, metrics, and electronic market operating reports for members of the regulated electricity market at this Smart Market via the Electronic Information Gateway of the System. Electricity market information.

The level of distribution of information is determined by the function of the units and is regulated at the Management Process of the Information technology system that runs the electricity market and announces the electrical market information.

The unit that operates the electricity system and the electricity market is responsible for public publication on the public electronic information site of the following information:

Information about the members participating in the electricity market;

System subloading data;

Market price statistics;

Other information regulated in the Management Process operates the electricity market operator of the electricity market and announces the electrical market information.

What? 95. The responsibility for ensuring the accuracy of the electricity market information

1. The market participant is responsible for ensuring the accuracy and completething of the electrical market information at the time of the supply.

2. The case of the discovery of the provided information, the publication is not accurate and full, the market participant has the responsibility of reforming and providing accurate information to the relevant unit.

What? 96.

1. The unit that operates the electricity system and the electricity market is not disclosed to the information provided by members of the electricity market, including:

a) Information on the contract purchase;

b) The price's offer before the end of the transaction date;

c) Other information beyond jurisdiction.

2. The member of the electricity market is not disclosed outside of the devolve information provided by the devolve and the publication.

What? 97. Information security exempts

1. Provide information at the request of the Department of Power Regulatory or the statutory authority under the rule of law.

2. Integral self-aggregable information, analysis from published information on the electricity market, is not due to other electrical market participants providing the wrong regulation at the site. Error! Reference source not found. This is private.

What? 98.

The unit operates the power system and the electricity market is responsible for the full retention of information exchange activities through the electrical market information system. The information retention deadline is at least 05 years.

RESOLVING DISPUTES AND PROCESSING VIOLATIONS

ELECTRIC MARKET OPERATION REPORT

What? 99. Technology market operation information

The unit of power systems and power markets are in charge of the establishment and publication of the electricity market operation information regulated at the International Electric Market Information System operating system as follows:

1. Before 15:00 daily, set up and publish the electricity market operation the day before.

2. Prior to Tuesday ' s weekly, set and announced the electricity market operating report last week.

3. Before the 10th of the month, set up and announced the electricity market shipping report last month.

4. Prior to January 31 each year, set up and announced the report of the electricity market operation last year.

What? 100. The report mode operates the electricity market

1. Before October 10, the unit operating the electricity system and the electricity market was responsible for sending the Power Regulatory Bureau reporting the operation of the electricity system and the electricity market of the previous month in a sample provided by the Regulatory Power Regulatory Authority.

2. Prior to January 31 each year, the Electric System and Electric System Operations Unit was responsible for sending the Power Regulatory Bureau of the report operating the electricity and electricity system of the previous year by the sample due to the Regulation Power Regulatory Authority.

3. In the 24-hour period since the end of the electricity market intervention, the Power System Operations Unit and the electricity market are responsible for reporting the Power Regulatory Bureau for the interference of the electricity market.

4. The unit of the electricity system and the electricity market is responsible for reporting a breakthrough on the operation of the electrical system, the electrical market at the request of the Power Regulatory Authority.

What? 101. Check the metrics and comply in the electricity market

Periodic audit

Prior to March 31 each year, the unit operated the electricity system and the electricity market was responsible for organizing and completing the audit of figures and compliance in the electricity market of the previous year. Annual audit content includes:

The data audit, the process of implementation of the computation of the Electronic Systems Transport Unit and the electricity market in the electricity market, includes:

The number for the calculation process in the electricity market;

The steps are calculated;

Accounting results.

Compliance audits of the Command of the Power System and the electricity market for the sequences, procedures specified in this Information.

Breakthrough audit

The Power Regulatory Bureau has the right to ask the unit to operate the power system and the organization market to perform a breakthrough audit in accordance with the specific content and audit scope in the following circumstances:

When detection of unusual signs in the electric market operation;

At the suggestion of the member's participation in the electricity market. The following:

Membership in the e-mail market sends the offer text to the Power Regulatory Bureau stating the content and reason recommended audit;

In the 30-day period since receiving the recommended text, the Power Regulatory Bureau is responsible for reviewing and having an approved text or does not approve the audit offer, which specifies the content and scope of the audit or the reason not to approve.

The power system operator and the electric market are responsible for the proposed independent audit unit that is capable of performing the power market control content of the Department of Power Regulatory.

The members of the electricity market have full cooperation in the process of performing an electrical market audit.

Audit expenses

Because the unit operates the electricity system and the electricity market pays in the prescribed audit cases at paragraph 1 and point a 2 This Article;

It is recommended by the order to audit the payment in the case of a specified audit at the point b 2 This.

In the 10-day period since the end of the audit, the unit operates the electricity system and the electricity market is responsible for sending audit reports to the Department of Power Regulatory and related units.

Chapter IX

RESOLVE DISPUTES

What? 102. Self-resolution sequencing in the power market

1. The disputes arise in the electricity market are resolved by the Regulation of the sequence, the procedure of resolving disputes on the power market.

2. Before the implementation of the dispute resolution at paragraph 1 Article, the parties are responsible for conducting negotiations to resolve the dispute over the 60-day period in one of the following forms:

Negotiation:

Reconciliation through intermediation. The parties may invite experts with expertise or recommend the Department of Public Administration Regulatory Bureau as medial mediation.

What? 103. The responsibility of the parties in the process of resolving disputes

1. Unity of the self-resolve form of dispute, time, location of negotiation.

2. Provide adequate, honest, accurate information, documentation related to the disputed content.

3. Give legal evidence to protect the right and the legitimate interests.

4. Participate in the negotiation process with the spirit of goodwill, cooperation.

5. In the process of resolving the dispute, if the dispute has signs of breach of the electricity market regulation, the prosecution is responsible for informing the other party to stop self-resolution and report the Department of Power Regulatory.

What? 104. Notification of dispute and negotiation preparation

1. When the dispute arise, the required party is responsible for the responsibility of the written notice to the party that is required for the dispute and the request to resolve that dispute and send the Department of Electrical Regulatory Affairs 01 (one) to report.

2. In the 15-day period since the date received notice, the parties have the most consistent responsibility for the form of dispute resolution, the content to resolve, time and place of negotiation. The case chooses to form the mediation through intermediation, the parties with a unified responsibility for selecting people as medial medialers. The parties had the right to make an agreement to change the medialship before the agreed reconciliation period.

What? 105. Self-solving organization.

1. Negotiation

The parties are responsible for the exchange, the agreement on the content to be resolved.

a) The parties are responsible for selecting the median and united in terms of the responsibility of the mediaer;

b) The parties responsible for providing the medialer to reconcile the dispute over the dispute, the information, documents related to the dispute and settlement requirements of each side;

The parties may be unanimous with the medial resolution of the medialship; ask for the medial to reconcile, add the solution, or make a deal to unify the new solution.

What? 106. Self-solving resolution.

After the end of the dispute resolution or expiration of the dispute resolution itself, the disputes parties responsible for the establishment of the dispute resolution include the following content:

Time and place to resolve the dispute itself;

The name, address of the parties to resolve the dispute itself;

Abstract content summary;

The required content of the parties;

The content was agreed upon;

The content of the parties was uncompromising and the reason was uncompromising.

In the 5-day period since the date of the self-settlement of the dispute, the parties are responsible for sending the Department of Power Control 01 (one) to report.

What? 107. Resolution of the dispute at the Department of Power Regulatory

1. The parties have the right to work on the Department of Power Regulatory to resolve the dispute in the following cases:

The expiration of the dispute resolution of the dispute stipulated in paragraph 2 of this Article 102 that the reconciliation dispute failed or could not be resolved to resolve the dispute due to a non-participant self-settlement.

One side did not perform the agreed content in the Dispute Resolution itself.

2. After receiving the case of the proposed valid dispute resolution, the Power Regulatory Authority is responsible for resolving the dispute according to the order, the procedure stipulated at the Regulation of the sequence, the dispute resolution on the power market.