PV+Energy Storge

1.Solution Overview: By fully leveraging the advantages of photovoltaic power generation and energy storage to build an economically efficient, stable and reliable energy system. Through the configuration of the photovoltaic equipment and energy storage devices, methods such as Price Arbitrage(where a battery plant owner buys electricity when it is plentiful and cheap - and sells it back to the grid when supplies are scarce, and the price is high)，Self-usage of PV Power，and Feed-in Tariff(the operator of a PV power plant can feed excess electricity into the public grid for a fixed price)can help reduce energy cost and enhance energy usage efficiency.

2.Equipment Configuration: Photovoltaic components + inverters + energy storage batteries + energy management systems.

3.Solution Value: Reduce Electricity Costs: The photovoltaic system generates electricity during the day, which satisfies some or all of the user’s electricity demand and reduces the expenditure on purchasing electricity from the grid. The energy storage system discharges electricity at night or during peak electricity price periods, further lowering the electricity cost. the excess electricity can also be sold to the grid to obtain additional revenue. Enhance Energy Reliability: The energy storage system can provide backup power during grid failures or power outages, ensuring the continuous operation of important equipment and improving the reliability of energy supply (it is assumed that the discharge depth is 90% and the energy cycle efficiency is 88%).

4.Solution Overview: By fully leveraging the advantages of photovoltaic power generation and energy storage to build an economically efficient, stable and reliable energy system. Through the configuration of the photovoltaic equipment and energy storage devices, methods such as Price Arbitrage(where a battery plant owner buys electricity when it is plentiful and cheap - and sells it back to the grid when supplies are scarce, and the price is high)，Self-usage of PV Power，and Feed-in Tariff(the operator of a PV power plant can feed excess electricity into the public grid for a fixed price)can help reduce energy cost and enhance energy usage efficiency.

5.Equipment Configuration: Photovoltaic components + inverters + energy storage batteries + energy management systems.

6.Solution Value: Reduce Electricity Costs: The photovoltaic system generates electricity during the day, which satisfies some or all of the user’s electricity demand and reduces the expenditure on purchasing electricity from the grid. The energy storage system discharges electricity at night or during peak electricity price periods, further lowering the electricity cost. the excess electricity can also be sold to the grid to obtain additional revenue. Enhance Energy Reliability: The energy storage system can provide backup power during grid failures or power outages, ensuring the continuous operation of important equipment and improving the reliability of energy supply (it is assumed that the discharge depth is 90% and the energy cycle efficiency is 88%).