The project consists of four 4.179MWH energy storage battery compartments and two 4MW power conversion system cabins. Each battery compartment is individually equipped with a battery management system, fire suppression system, HVAC thermal management system, and auxiliary power distribution system.

This proposal outlines a comprehensive solution for deploying a 215 KWH Battery Energy Storage System (BESS) to power one or more Electric Vehicle (EV) DC Fast Charging stations. The primary objective is to create a more profitable, grid-friendly, and reliable charging infrastructure. By intelligently charging the BESS during off-peak hours and discharging it during peak demand periods, this system significantly reduces electricity costs, minimizes demand charges from the grid, and ensures a consistent power supply for EVs without requiring costly grid infrastructure upgrades.

This proposal details a comprehensive and scalable energy storage solution designed for modern homeowners. Our system empowers households to achieve greater energy independence, significantly reduce electricity costs, and build resilience against increasing power outages. By seamlessly integrating with new or existing solar panel installations, this solution unlocks the full potential of solar energy, transforming how families power their lives.

Unexpected situations often occur during outdoor activities, such as getting lost, encountering accidents, or needing emergency assistance. Our portable power solutions provide emergency backup power, ensuring you can charge and use various emergency devices such as flashlights, walkie-talkies, first aid equipment, etc. 

Add: 13 Kangle Road, Hengli Town, Dongguan City, Guangdong Province, China