TXGA charging station module power connector creates a more stable high current transmission channel for photovoltaic inverters

In photovoltaic power generation systems, photovoltaic inverters are responsible for converting the direct current voltage generated by photovoltaic solar panels into alternating current that can be used for daily use. This conversion process not only requires efficiency, but also ensures stability and reliability.

The TXGA charging station module power connector adopts an advanced crown spring terminal structure design, ensuring the maximization of terminal contact area and effectively reducing contact impedance. In practical applications, the product can carry up to 75A of current and 1000V of voltage, fully meeting the requirements of photovoltaic inverters for high current transmission.

The housing of the TXGA charging station module power connector is made of heat-resistant and flame-retardant materials, allowing it to maintain stable operation in extreme high and low temperature environments (-55 º C to+125 º C). In addition, the product has passed strict certification according to national 3C standards and EU CE standards. The TXGA charging pile module power connector provides strong guarantee for the long-term reliable operation of photovoltaic power plants.

Previous： TXGA Nut Terminal - Creating an Efficient and Reliable Interconnection Solution for PCB Boards

Next： TXGA hook and loop horn connector meets the application requirements of scanning semiconductor lasers in complex environments

Download Center

News Center

TXGA charging station module power connector creates a more stable high current transmission channel for photovoltaic inverters