Two prospective small generation developments which are Project S and Project T have the following characteristics: Tablo 3 Parameter Capacity (MW) Capital cost (RM/KW) Fuel cost (RM/KWh) Thermal efficiency at rated output Projects 100 220 0.008 55% Project T 100 500 0 Not Available 10.700k 5 Annuitized capital cost (RM) Annual discount rate (%) Expected annual load factor (%) Expected annual operational and maintenance costs (RM) Expected life of station (years) 3,600K 5 80 2.000k 36 4,500k 9 8 From Table Q3, evaluate; a. the approximate cost of each MWh of electrical energy from each project. (CO2; PO2 - 6 Marks) b. the most preferred project by the investors in terms of payback period if the projects will be built in a centralized market, with a standard marginal price for the electricity given as RM 30/MWh while Project T receives an energy incentive price of RM 40/MWh. (CO2; PO2 - 7 Marks) c. the most preferred project by the investors in terms of total cost-benefit over the lifetime of the project if the scenario in question (b) remains the same. (CO2; PO2 - 7 Marks) d. the reason for Project T having characteristics with higher electricity price and the thermal efficiency is not available. (CO2; PO2-5 Marks) Two prospective small generation developments which are Project S and Project T have the following characteristics: Tablo 3 Parameter Capacity (MW) Capital cost (RM/KW) Fuel cost (RM/KWh) Thermal efficiency at rated output Projects 100 220 0.008 55% Project T 100 500 0 Not Available 10.700k 5 Annuitized capital cost (RM) Annual discount rate (%) Expected annual load factor (%) Expected annual operational and maintenance costs (RM) Expected life of station (years) 3,600K 5 80 2.000k 36 4,500k 9 8 From Table Q3, evaluate; a. the approximate cost of each MWh of electrical energy from each project. (CO2; PO2 - 6 Marks) b. the most preferred project by the investors in terms of payback period if the projects will be built in a centralized market, with a standard marginal price for the electricity given as RM 30/MWh while Project T receives an energy incentive price of RM 40/MWh. (CO2; PO2 - 7 Marks) c. the most preferred project by the investors in terms of total cost-benefit over the lifetime of the project if the scenario in question (b) remains the same. (CO2; PO2 - 7 Marks) d. the reason for Project T having characteristics with higher electricity price and the thermal efficiency is not available. (CO2; PO2-5 Marks)