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Container energy storage systems

The container energy storage system includes: energy storage battery system, PCS booster system, fire fighting system, monitoring system, etc. It is widely used in scenarios such as power security, peak shaving and valley filling, new energy consumption and grid load smoothing.

Li-ion battery cluster energy storage systems

The MBP-H2 series of batteries is a high-voltage, high-capacity system developed and launched for industrial and commercial emergency power supply, peak shaving and valley filling, remote mountainous areas, islands and other areas without electricity and weak power supply. The use of lithium iron phosphate cells and the configuration of a customised BMS system for effective management of the cells provide superior performance and safety and reliability compared to traditional batteries. A variety of communication interfaces and software protocol libraries enable the battery system to communicate directly with all mainstream inverters in the market. High number of charge/discharge cycles, high power density and long service life. Unique design and innovation in compatibility, energy density, dynamic monitoring, safety, reliability and product appearance can bring users a better experience in energy storage applications.

Low voltage lithium battery modules

The product adopts modular design, higher integration, saving installation space; using high-performance iron phosphate carp positive material, good consistency of the core, designed to last more than 10 years; one key switch, front operation, front wiring, convenient installation and maintenance, convenient operation, various functions, over-temperature alarm protection, over-charge and over-discharge protection, short-circuit protection; strong compatibility, can be seamlessly docked with UPS, photovoltaic power generation and other main equipment A variety of communication interfaces, CAN/RS485, etc., can be customised according to customer requirements, facilitating the flexible use of remote monitoring of the system. High-energy, low-power carp equipment to achieve higher energy supply, lower energy consumption, and reduce environmental pollution; the use of a full range of multi-level battery protection strategies and fault isolation measures to ensure the safe operation of the system.

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