Integrated Photovoltaic Energy Storage

By constructing integrated photovoltaic power stations for solar energy storage and charging on limited land—using rooftop and parking lot canopy photovoltaic systems—and configuring energy storage systems to achieve “self-generation for self-use and storage of excess energy,” this method effectively alleviates the impact of charging station loads on the power grid.

Standalone Energy Storage Configuration

Through peak shaving and valley filling, enterprises can save on electricity costs or use the stored energy as a backup power source, mainly applied in factories, shopping malls, and similar facilities.

Microgrid Energy Storage

Microgrids are considered controllable units within the power grid, capable of responding within seconds to meet the needs of external transmission and distribution networks. They can also meet the energy needs of concentrated power load areas such as islands, suburban residential areas, and industrial parks. If a microgrid is established in areas with concentrated loads and energy storage systems are used to store electricity, the energy storage system can provide a stable power supply to the load in the event of a short-term power outage. For off-grid microgrids, energy storage can smooth out the generation of renewable energy and serve as a backup power source. For grid-connected microgrids, the main role of energy storage is to achieve energy optimization, energy conservation, and emission reduction.