Below are the technical and economic data of the newly built wind power plant (RES) and...

 

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Below are the technical and economic data of the newly built wind power plant (RES) and coal fired thermal power plant (TES).exists. Calculate what is required using this data. Cost of Capital Construction Period Annual Escalation Fixed and Variable OM Annual Escalation Discount Rate Electricity Sales Price Annual Electricity Sales Price Escalation Capacity Capacity Factor (LF) Economic Life Construction Time Specific Investment Cost Specific Fixed O&M Cost Specific Variable O&M Cost Heat Rate Fuel Price Annual Fuel Price Escalation Fuel Lower Calorific Value Cost Base (m) [MW.] 8% 7% 8,5% 12% 97,5 $/MWh 2% [Yil] [Yil] [$/kW.] [$/kW.-Yil] [S/MW.h] [kJ/kW.h] [$/Ton] [kcal/kg] *Bu deerleri aadaki aklamalardan hesaplayacaksiniz. RES 100 38% 20 1 1.350 36 TES 850 30 4 * 50 2,5 8.500 120 4% 6.000 0,48 i) The load factor of the coal fired thermal power plant is 90% for the first 5 years, 87% for the second 5 years and 85% for the following years.. ii) Expenditure distribution of coal fired thermal power plant is 35%, 30%, 20% and 15%, respectively.. ii) The direct investment costs of the coal-fired thermal power plant with a capacity of 600 MWe 10 years ago are known as $1.740 Million. The CI facility cost index 10 years ago was 750 and the present value of the same index has been determined as 828.47. a. The production cost of the wind farm, brought to a value (S/MWh) b. A valued generation cost of a coal-fired power plant (S/MWh) c. Payback rate (IRR) of wind farm investment (expected around 18%) d. Breakeven load factor of the coal-fired power plant in Year 1 (in which income and expenses are equalized) e. Calculate the production cost of the coal-fired power plant in the 5th year (S/MWeh). Below are the technical and economic data of the newly built wind power plant (RES) and coal fired thermal power plant (TES).exists. Calculate what is required using this data. Cost of Capital Construction Period Annual Escalation Fixed and Variable OM Annual Escalation Discount Rate Electricity Sales Price Annual Electricity Sales Price Escalation Capacity Capacity Factor (LF) Economic Life Construction Time Specific Investment Cost Specific Fixed O&M Cost Specific Variable O&M Cost Heat Rate Fuel Price Annual Fuel Price Escalation Fuel Lower Calorific Value Cost Base (m) [MW.] 8% 7% 8,5% 12% 97,5 $/MWh 2% [Yil] [Yil] [$/kW.] [$/kW.-Yil] [S/MW.h] [kJ/kW.h] [$/Ton] [kcal/kg] *Bu deerleri aadaki aklamalardan hesaplayacaksiniz. RES 100 38% 20 1 1.350 36 TES 850 30 4 * 50 2,5 8.500 120 4% 6.000 0,48 i) The load factor of the coal fired thermal power plant is 90% for the first 5 years, 87% for the second 5 years and 85% for the following years.. ii) Expenditure distribution of coal fired thermal power plant is 35%, 30%, 20% and 15%, respectively.. ii) The direct investment costs of the coal-fired thermal power plant with a capacity of 600 MWe 10 years ago are known as $1.740 Million. The CI facility cost index 10 years ago was 750 and the present value of the same index has been determined as 828.47. a. The production cost of the wind farm, brought to a value (S/MWh) b. A valued generation cost of a coal-fired power plant (S/MWh) c. Payback rate (IRR) of wind farm investment (expected around 18%) d. Breakeven load factor of the coal-fired power plant in Year 1 (in which income and expenses are equalized) e. Calculate the production cost of the coal-fired power plant in the 5th year (S/MWeh).

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Here e are the calculations using the provided data a Production cost of wind farm SMWh Specific fix... View the full answer