Problem a Develop mathematical model for 2-Y iteration scheme for short term hydro-thermal problem. Also draw the flow chart. b. Given the following steam-plant and hydroplant characteristics: Steam plant: Incremental cost = 2.0 + 0.002P, R/MWh and 100 SP, S 500 MW Hydroplant: Incremental water rate = 50 + 0.02P, ft/sec/MW Os PH S 500 MW Load Time Period 1400-0900 0900-1800 1800-2400 Pload (MW) 350 700 350 Assume: The water input for PH = 0 may also be assumed to be zero, that is 9(PH) = 0 for P# = 0 Neglect losses. The thermal plant remains on-line for the 24-h period. Find the optimum schedule of P, and PH over the 24-h period that meets the restriction that the total water used is 1250 million ft of water; that is, 1.25 x 10ft Given the following steam-plant and hydroplant characteristics: Steam plant: Incremental cost = 2.0 + 0.002P, R/MWh and 100 SP, S 500 MW Hydroplant: Incremental water rate = 50+ 0.02P, ft/sec/MW OSPH S 500 MW Load Time Period 1400-0900 0900-1800 1800-2400 Poad (MW) 350 700 350 Assume: The water input for PH = 0 may also be assumed to be zero, that is q(PH) = 0 for P = 0 Neglect losses. The thermal plant remains on-line for the 24-h period. Find the optimum schedule of P, and PH over the 24-h period that meets the restriction that the total water used is 1250 million ft of water; that is, 9Tot = 1.25 x 10 ft3 Problem a Develop mathematical model for 2-Y iteration scheme for short term hydro-thermal problem. Also draw the flow chart. b. Given the following steam-plant and hydroplant characteristics: Steam plant: Incremental cost = 2.0 + 0.002P, R/MWh and 100 SP, S 500 MW Hydroplant: Incremental water rate = 50 + 0.02P, ft/sec/MW Os PH S 500 MW Load Time Period 1400-0900 0900-1800 1800-2400 Pload (MW) 350 700 350 Assume: The water input for PH = 0 may also be assumed to be zero, that is 9(PH) = 0 for P# = 0 Neglect losses. The thermal plant remains on-line for the 24-h period. Find the optimum schedule of P, and PH over the 24-h period that meets the restriction that the total water used is 1250 million ft of water; that is, 1.25 x 10ft Given the following steam-plant and hydroplant characteristics: Steam plant: Incremental cost = 2.0 + 0.002P, R/MWh and 100 SP, S 500 MW Hydroplant: Incremental water rate = 50+ 0.02P, ft/sec/MW OSPH S 500 MW Load Time Period 1400-0900 0900-1800 1800-2400 Poad (MW) 350 700 350 Assume: The water input for PH = 0 may also be assumed to be zero, that is q(PH) = 0 for P = 0 Neglect losses. The thermal plant remains on-line for the 24-h period. Find the optimum schedule of P, and PH over the 24-h period that meets the restriction that the total water used is 1250 million ft of water; that is, 9Tot = 1.25 x 10 ft3