A hydroelectric station has a turbine efficiency of 80% efficiency of 85%. Determine the volume of water required when delivering a load of 40 MW for 6 hours if its effective head is 120 m. Water weighs 1200 kg/m³. A. 899,424 m³ В. and a generator С. C. 845,041 m3 B. 945,352 m3 D. 905,412 m3

01 A certain load1 with an hourly daily demand as given in table 1 is connected to the same generating station with the load2 that its hourly daily demand is given table 2. The generating station that consists of 3 generating units has a capacity of 72 MW. If the energy price is 0.60 NIS per kWh. The NN are the last two digits (from right) of your registration number (i.e for the student that has a registration number 202132396, NN = 96) Table 1: H P1(MW) 2 3 H 13 14 P(MW) 13 11 1 2 3 4 15 Table2: H P2(MW) H P(MW) 1 2 3 4 5 13 14 15 14 12 12 3 4 8 16 11+(NN/100) 17 11:45 5 9 17 16 17 18 19 24 20 6 10 18 19-(NN/199) 23 18.62 4 5 6 79 10 7 12 19 8 12 20 23-(NN/100) 15 22.25 7 12 19 22 8 9 12 20 14 14 21 11 10 8 9 10 11 12 14 18 10 11 12 15 24 4 11 14 22 23 21 22 23 12 11 9+(NN/100) 9.75 4- Determine the annual load factor for each of the two loads separately. 5- Determine the annual Capacity Factor of the two summed loads together. 6- Determine the diversity factor between the two loads.…

A generating station has a connected load of 100 MW and a maximum demand of 60 MW.  The number of units produced per year is 210 × 10^6, then find (1) Demand factor (2) Load factor.