MicroGrid solution is composed of distributed power generation (such as distributed photovoltaics, wind turbines, and diesel generators), various types of local power loads(residential users, C&I users, EV charging, etc.), an energy management system (including BMS,PCS, EMS), and a power quality monitoring system at the Point of Common Coupling (PCC). It is a power supply and demand system capable of achieving a basic internal electricity balance.The primary application scenarios for microgrids include remote areas with offshore or island energy needs, regions with a weak connection to the main power grid or high energy costs, and industrial parks or areas with high requirements for energy stability and electrical quality.

1.Higher Efficiency 

Each unit of the power grid, distributed power generation, energy storage, and load has the ability to interact with each other, which is controllable and achieves the optimal operating results according to different operating purposes.

2.Better Economy

In conjunction with tiered electricity prices and the electricity market, the load should be moved to periods of low electricity prices as much as possible, and energy should be provided back to the grid when needed.

3.Higher Security

When the power grid malfunctions, the grid connected operation mode automatically converts to island operation mode to ensure the power supply of important loads.