1、 Scope of application

An integrated charging and discharging cycle testing system for lithium battery packs used in electric tools, solar energy storage, torque scooters, scooters, electric bicycles, electric motorcycles, energy storage, etc.

2、 Equipment environmental requirements and technical parameters

2.1 Single channel power supply: AC voltage 220V ± 10%, frequency: 50Hz ± 10%;

2.2 Whole cabinet power supply: AC voltage 380V ± 10%, frequency: 50Hz ± 10%;

2.3 Environmental temperature: 0-45 ℃;

2.4 The environment is free from strong vibrations, corrosive gases, and flammable and explosive gases.

3、 Function Introduction

3.1 Charging and discharging function: It has constant current and constant voltage charging function and constant current discharging function, which can charge and discharge the battery and record the battery capacity;

3.2 Charging and discharging interface: fully meets the requirements of charging and discharging the same port and charging and discharging separate ports for the battery pack, that is, 2 wires (P+P -)

Three wires (P+P - C -) and an electric tool battery with positive electrode plate charging protection and negative electrode plate discharging protection (CH+P+P -);

3.3 Checking voltage protection: By charging and discharging the battery, check whether the charging and discharging protection of the battery are working;

3.4 Safety protection: anti reverse connection protection function, power down data protection, support for continuous testing, voltage upper and lower limit setting protection, and safe discharge current protection;

3.5 Online mode: Single or up to 5 instruments can be connected to a PC computer through a serial port; More than 5 units adopt network connection mode, with one network port provided on the PC computer to control up to 30 instruments;

3.6 Control System: The software system adopts the classic and mature C/S mode, with two communication methods: serial port and network. Serial port can achieve accurate communication between several instruments over short distances, while network can achieve accurate communication between multiple instruments over long distances;