Develop a simulation model for a grid-connected Voltage source converter, 200 V DC source and 2 mH L filter. The main Grid Voltage = 100V RMS with internal impedance= 0.1 mH. The Inverter is controlled using Hysteresis current controller with Hysteresis band 0.5A. The current controller has two reference inputs for active and reactive current components. Use a fixed-step solver with step time=1/120000 and simulate for at least 10 AC cycles. Using the developed model do the following: Grid impedance L filter mo M Single Phase Inverter AC a- Change the inverter active current reference from 0 to 300 A in 12 steps, record and plot graphs for the reference current vs (P, Q, 11, 13, 15, Current THD) b- Find the maximum power that can be injected into the grid while maintaining the current THD below 9%. c- If the filter inductor replaced with 1mH inductor, what is the maximum power the inverter can inject to the grid while maintaining the current THD below 9%? d- If a load is connected at the point of common coupling consists of L=1mH and R=1 Ohm find: Develop a simulation model for a grid-connected Voltage source converter, 200 V DC source and 2 mH L filter. The main Grid Voltage = 100V RMS with internal impedance= 0.1 mH. The Inverter is controlled using Hysteresis current controller with Hysteresis band 0.5A. The current controller has two reference inputs for active and reactive current components. Use a fixed-step solver with step time=1/120000 and simulate for at least 10 AC cycles. Using the developed model do the following: Grid impedance L filter mo M Single Phase Inverter AC a- Change the inverter active current reference from 0 to 300 A in 12 steps, record and plot graphs for the reference current vs (P, Q, 11, 13, 15, Current THD) b- Find the maximum power that can be injected into the grid while maintaining the current THD below 9%. c- If the filter inductor replaced with 1mH inductor, what is the maximum power the inverter can inject to the grid while maintaining the current THD below 9%? d- If a load is connected at the point of common coupling consists of L=1mH and R=1 Ohm find