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Correspondence power lithium battery

The lithium iron phosphate battery selected by the scheme is a special lithium battery product of energy. This series of lithium iron phosphate batteries has higher energy, long cycle life than long, low cost, high cost performance, large current charging and discharge, high temperature resistance, high energy density, high energy density , Without memory, safety and pollution, no pollution and other characteristics.

Classification:

Lithium battery


Product Description

The lithium iron phosphate battery selected by the scheme is a special lithium battery product of energy. This series of lithium iron phosphate batteries has higher energy, long cycle life than long, low cost, high cost performance, large current charging and discharge, high temperature resistance, high energy density, high energy density , Without memory, safety and pollution, no pollution and other characteristics.

A total of 16 lithium batteries are used in the battery module, which is assembled in a combination of 1 and 16. The battery modules are characterized by high power and energy density, good consistency, high reliability and stability.

The internal layout of the battery module is reasonable and adopts an independent air duct design, which has good heat dissipation performance. The battery module integrates the BMU, the battery module currently collects the current and temperature collection, and the battery module is monitored at all times.

The high -pressure box is the control part of the entire battery cluster, which is used to control and protect the battery cluster DC connection or disconnect.

The high -voltage box is composed of BCU, fuse, distribution, DC contactor, DC/DC power supply, fuse, plug -in, shell and other devices.

The communication box (PCU) is mainly responsible for coordinating the charging management of multi -clustered parallel parallel battery modules and communication work with EMS, PCS. The PCU has the functions such as real -time collection, cluster current and total voltage collection, alarm failure diagnosis, and SOC estimation of parallel battery module status information, and provide a variety of interfaces such as CAN, RS485, DI/DO Group, PCS, EMS and other information interactive reliability.