​Inverter, Battery Pack Energy Storage High Voltage Connector

What is an energy storage connector?
Energy Storage Connector is a connector used in energy storage systems to connect energy storage equipment, battery banks, inverters and other related equipment.

Battery pack energy storage connector harness

Energy storage connectors usually need to have the characteristics of high current, low resistance, reliability and safety to meet the requirements of high-power energy storage systems. They typically feature high-current plug and socket designs to ensure efficient power transmission and connection stability.

The design of energy storage connectors usually takes into account environmental adaptability, such as waterproof, dustproof, corrosion resistance and other properties, to adapt to outdoor or harsh working environments. At the same time, energy storage connectors may also have safety designs such as anti-reverse insertion and contact loss prevention to ensure the safety of users and equipment.

Energy storage connectors are used in a wide range of applications, including electric vehicle charging facilities, solar and wind energy storage systems, industrial and commercial energy storage systems, etc. They provide reliable power connection and data transmission for energy storage systems, supporting efficient operation and management of the system.

Battery pack energy storage connector

The structural characteristics of energy storage connectors are:
1. Large current carrying capacity: Energy storage systems usually need to transmit higher currents, and energy storage connectors can withstand high current loads to ensure efficient energy transmission.
2. Low resistance and low energy loss: The energy storage connector uses low resistance materials and precise contact design to reduce the energy loss of current in the connector and provide efficient power transmission.

3. High reliability and durability: Energy storage connectors are designed to be highly reliable, able to withstand long-term, high-frequency plugging and unplugging operations, and work under different environmental conditions. They are typically made from corrosion-, temperature- and wear-resistant materials and have a protective design to provide long-term reliability and service life.

4. Safety design: The safety of energy storage connectors is very important, especially in the case of high current and high power. They may have anti-reverse insertion designs to ensure correct polarity connections, and they may also have mechanisms to prevent contacts from falling off or shorting out to ensure the safety of users and equipment.

5. Easy to install and maintain: Installation and maintenance of energy storage connectors should be simple and convenient to reduce downtime. Connectors may have plug-in/unplug indicators, standardized plugs and sockets, and ease of wiring and plugging to facilitate installation and maintenance operations.

Overall, the structural features of energy storage connectors are designed to provide high current carrying capacity, low resistance, high reliability, safety and convenient installation and maintenance to meet the needs of energy storage systems.

High voltage battery storage 1 PIN connector, 125A connector for EV cable 25mm², manufacturer customized connector.

Inverter connector cable

Characteristics of energy storage connectors:
Material number: RPT-1A-C25
Parameters: 125A, plastic, 200A, 150A, 1-pin, through-hole connector, HVPT, RPT, panel mount, IP67, straight
Optional current: | 125A | 150A | 200A |
Product range: through-hole connectors, high voltage, low voltage, energy storage, signals, European standard AC guns, binding posts, battery replacement, electric motorcycles and other connectors and wiring harness manufacturers

Energy storage connector features:
1. Excellent electrical insulation
2. Second deduction
3. Various wire diameter applications
4. Multiple mis-insertion prevention and key position design