Providing cost-effective clean energy solutions for industrial, commercial, and residential facilities.
INTRODUCTION
The microgrid system is custom-designed by integrating clean energy, energy storage systems, the public grid, and generators based on customer needs.
Core advantages and capabilities
Related products
Using an integrated design concept, the cabinet integrates the battery, Battery Management System (BMS), Energy Management System (EMS), modular inverter (PCS), and fire safety system into one unit.
The liquid-cooled commercial and industrial energy storage cabinet utilizes highly efficient liquid cooling technology to ensure precise temperature control and extend battery lifespan. It supports large-scale peak shaving and PV-stor- age integration, flexibly adapting to high-energy-consumption scenarios. This helps enterprises significantly reduce electricity costs and easily achieve a green, low-carbon transition.
The liquid-cooled commercial and industrial energy storage cabinet features advanced liquid cooling technology, ensuring minimal cell temperature differences and a longer system lifespan. It supports large-scale peak shaving and PV-storage integration, flexibly adapting to high-energy-consumption scenarios. This helps enterprises significantly reduce electricity costs and easily achieve a green, low-carbon transition.
A high energy density, high safety, large-capacity energy storage solution, specifically designed for industrial, commercial, and grid-level applications.
The liquid-cooled commercial and industrial energy storage cabinet is equipped with an advanced liquid cooling system for precise temperature control, effectively extending battery cycle life. It supports large-scale peak shaving and PV-storage integration, flexibly adapting to high-energy-consump- tion scenarios. This helps enterprises significantly reduce electricity costs and easily achieve a green, low-carbon transition.
Highly efficient and durable, with excellent longevity, suitable for residential, commercial, and industrial solar power applications.
Industry Applications
There are approximately 100,000 islands worldwide, and power supply for islands without a large grid is an important area for renewable energy microgrids. By introducing microgrid systems with photovoltaic (solar) power generation, wind power generation, and energy storage systems, surplus energy can be stored and continuously supplied to the island, providing reliable power around the clock.
Mining sites are mostly located in remote areas, with either no access to the grid or limited grid capacity, and they often experience high load fluctuations. By introducing microgrid systems with photovoltaic (solar) power generation and wind power generation, electricity costs can be effectively reduced, and the grid can be built quickly. Pairing the system with energy storage or diesel generators ensures reliable power supply, even for high-load, frequent switching, and enhances overall power reliability.
There are remote areas in various countries where the large power grid cannot cover or where the cost of building the grid is high. In such cases, independent microgrids can be used for power supply. If the grid expands to these areas later, the microgrid can either be integrated into the main grid or continue to operate in island mode.
Using industrial parks/factories, residential communities, commercial buildings, standalone houses, or villas as basic units, the system integrates distributed power sources such as photovoltaic (solar), wind power, microturbines, and internal combustion engines. It comprehensively utilizes controllable loads, energy storage, and electric vehicles as adjustable resources. The system connects to the grid through a 10kV or lower voltage level distribution network via grid-connected microgrids.
More solutions
With a 98.7% high-efficiency conversion rate, we help businesses achieve low-carbon, sustainable development and shorten the customer investment payback period.
Providing cost-effective clean energy solutions for industrial, commercial, and residential facilities.
Reduce reliance on the grid, making electricity usage more economical.
