Main parameters:

Rated current: The rated current of the battery energy storage connector refers to the maximum current value it can withstand, usually in amperes (A). When selecting a connector, make sure that its rated current is greater than the actual current value required.

Rated voltage: The rated voltage of the battery energy storage connector refers to the maximum voltage value it can withstand, usually in volts (V). When selecting a connector, make sure that its rated voltage is greater than the actual voltage value required.

Contact resistance: The contact resistance of the connector refers to the resistance value of its contact point, usually in mΩ. The smaller the contact resistance, the more stable the connection and the smoother the transmission.

Withstand voltage: The withstand voltage of the connector refers to the maximum voltage it can withstand, usually in kV.

Operating temperature: The operating temperature of the connector refers to the temperature range in which it can work normally, usually in degrees Celsius (℃). The appropriate connector model needs to be selected according to the actual use environment.

AUPINS battery energy storage connector is used for high-voltage connection between positive and negative electrodes of chemical energy storage system battery packs. Quickly, safely and cost-effectively install energy storage systems for applications up to 1,500 V and 400 A. A variety of models are available to accommodate high-voltage cables with different wire diameters from 10mm² to 120mm². Our energy storage connectors are TUV, UL, and CE certified. In addition, we have developed copper busbar connectors and MSD manual maintenance switches for you to choose from.

AUPINS has advanced technology and equipment to provide different styles of battery energy storage connectors, tailored for you according to drawings.