This system uses lithium iron phosphate battery, which can be off-grid or connected to the grid, providing green, safe and reliable power supply solutions for small villages and islands without power supply, and can also be used for large farms or farms. At the same time, the parallel connection of multiple products can also meet the needs of industrial and commercial applications, such as peak load shaving, distributed new energy generation and other scenarios.

This system uses lithium iron phosphate battery, which can be off-grid or connected to the grid, providing green, safe and reliable power supply solutions for small villages and islands without power supply, and can also be used for large farms or farms. At the same time, the parallel connection of multiple products can also meet the needs of industrial and commercial applications, such as peak load shaving, distributed new energy generation and other scenarios.

The system uses lithium iron phosphate battery, and the capacity of the system can be flexibly customized according to customer requirements. The battery and PCS system specified by the customer can be used. The product integrates local EMS, fire control, air conditioning and other subsystems, providing customers with a safe and flexible choice of battery energy storage system.

C-TOWER Ⅰ is a light-weight system for on-site Control and Energy Management, mainly used in the application scenarios containing battery energy storage system. Through using the product, the power dispatch of multi BESS, monitoring and energy management of multi DG(solar, wind, diesel generator, etc. ) can be easily achieved.

This system uses lithium iron phosphate battery, modular design, integrated off-grid inverter, optional photovoltaic charger, grid charger. In line with the aesthetic design suitable for family use, perfect battery protection function, support customization.

This system uses lithium iron phosphate battery, modular design, integrated off-grid inverter, optional photovoltaic charger, grid charger. In line with the aesthetic design suitable for family use, perfect battery protection function, support customization.

This system uses lithium iron phosphate battery, modular design. In line with the aesthetic design suitable for family use, perfect battery protection function, support customization. The battery system excludes inverter.

The product is a battery management system developed for large-scale high voltage battery energy storage system. With distributed architecture and modular design concept, it is highly configurable, easy to assemble, debug and maintain, and suitable for various battery energy storage systems with DC voltage below 1000V. This product is designed as a secondary architecture (BMU+CBMS), suitable for industrial and commercial energy storage scenarios.

The battery module consists of lithium iron phosphate, with excellent safety characteristics, long cycle life, good temperature performance, high energy density, low cost and no pollution. The module consists of 8 lithium iron phosphate monomer cells in series.

The battery module consists of lithium iron phosphate cell, with excellent safety characteristics, long cycle life, good temperature performance, high energy density, low cost and no pollution. The module consists of 4 lithium iron phosphate monomer cells in series.

The battery module consists of lithium iron phosphate cell, with excellent safety characteristics, long cycle life, good temperature performance, high energy density, low cost and no pollution.

The battery module consists of lithium iron phosphate cell, with excellent safety characteristics, long cycle life, good temperature performance, high energy density, low cost and no pollution. The module consists of 9 lithium iron phosphate cells in series.