Consider five main appliances in each home in a community microgrid you are currently working. The power factor of the system is 0.9 lagging. The microgrid has 30 homes. Assume appropriate ratting of the appliances and their operating hours. You would like to install small AC wind turbines with 10 kW rating with a capacity factor of 30% to fully supply the energy in the microgrid. You have several 24V batteries in the microgrid to supply power for at least five hours which are connected to the AC through inverters. The combined internal resistance of the battery and inverter is 0.1 22. How much power is actually supplied to the loads when AC rated voltage is 230 V, 50 Hz? How does that power compare to that which is expected? . What is the yearly energy consumption of the microgrid What is the required size of the size of the wind farm and how many turbines are connected What is the size of the battery packs What is the ratting of the inverter which is used to connect the battery How much power is actually supplied to the loads? How does that power compare to that which is expected?