The integration of the photovoltaic, energy storage and electric vehicle charging systems (PV - BESS - EV charging) is a typical application scenario for the micro-grid energy storage system. It uses photovoltaic power to generate electricity and stores it in energy storage batteries. The energy storage batteries supply the power to the charging pile when necessary. Through the integrated system, the clean solar energy is transferred to the on-car power battery to drive the car. No carbon emits from this process, which helps to achieve the carbon neutrality goal.

To the remote mountainous areas, islands, and other places far away from cities, there are still some "electricity blank areas" that are not connected to the grid or have unstable power supply.

With the increasing demand for commercial buildings and industrial estates, the peak-to-valley gap of loads is increasing, which requires more efficient and sustained power supplies. In the aspect of power systems, capacity transformation is often restricted by upstream distribution, which results in limitations in productivity and power efficiency, and may further cause overload crisis.。

Many factors still restrict wind and photovoltaic power integration. The long-distance and large-scale power transmission capacity is still insufficient. It is challenging to meet the rapidly growing demand for renewable energies such as wind and solar power. However, given the unstable generates of renewable energy, which can riskily impact the electric grid and users' electrical appliances, peak shaving on electric grid is demanded. Facing this dilemma, ENERPACK provides customized, large-scale, and high-efficiency energy storage containers to improve and solve this problem.