In a home environment, battery energy storage systems can be combined with solar panels to store the solar energy collected during the day for use at night.

This not only reduces dependence on the power grid and reduces household energy consumption, but also reduces the demand for traditional energy and saves energy resources.

In the commercial field, battery energy storage systems can be used to balance peak and valley electricity demand, improve energy utilization efficiency, and reduce enterprise energy costs.

In addition, battery energy storage systems are widely used in fields such as electric vehicles and backup power sources in power systems.

Battery energy storage systems have had a positive impact on the social environment.

Firstly, it provides support for the popularization of renewable energy.

Renewable energy sources such as solar and wind have the characteristics of discontinuity and uncontrollability, and the existence of battery energy storage systems can make up for this deficiency and ensure the smooth supply of renewable energy.

Secondly, battery energy storage systems help save energy resources.

By storing electricity and flexibly supplying it, energy waste and excess can be avoided.

Finally, battery energy storage systems reduce the demand for traditional energy, reduce carbon emissions and environmental pollution, and promote sustainable development.