The power produced by Stand-Alone Hydro (SAH) will all be diverted to the storage through an inverter in AC. AC output can be sent directly to the 22k output load for consumption. On lithium-ion battery storage, AC that will come in to charge the batteries will flow through a Power Conversion System (PCS) to convert into DC and charge the batteries by the Battery Management. System (BMS) to store the energy. At the same time, when Energy is needed instantly, it will react to discharge the power from DC to AC through PSC, where the charge level is controlled and monitored. On the redox flow battery, the same process will take place. Power in AC will go through a PCS to charge the liquid medium (electrolytes). When power is needed, it will reverse the same process. Electrolytes to the membrane to DC, then PCS and AC output. All are controlled and monitored. On Compressed Air Energy Storage (CAES), AC will run the AC pumps to compress the air into the storage tanks. When the power is needed, the system will release the air through a turbine coupled with the generator, producing DC output. The energy is then converted to DC by an inverter. The controller controls all according to the demand.
ENERGY FLOW
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