Male and Female Solar Connector

In photovoltaic power plants, there are a large number of components that need to be concentrated to gather electrical energy and then input into inverters for conversion, which cannot be separated from the support of cables and male and female solar connector. China Factory ICHYTI Low Price male and female solar connector play a crucial role in photovoltaic power generation systems, connecting key components such as various components, combiner boxes, controllers, and inverters. They are an integral part that cannot be ignored and play a crucial role in the operation and maintenance of the entire photovoltaic project. They bear the important responsibility of ensuring the successful connection of the power station!

ICHYTI male and female solar connector Parameter (Specification)

 

ICHYTI male and female solar connector Development History

◉ Before 1996, there were no specialized photovoltaic connectors on the market. Photovoltaic cables were connected using universal screw terminals or splice connections, with insulation tape on the outside.
◉ In 1996, based on these application environments and market demands, a new type of plug-in connector emerged, which is the true photovoltaic connector - MC3.
◉ In 2002, the birth of MC4 redefined photovoltaic connectors, truly achieving "plug and play". The insulation material uses hard plastic (PC/PA) and is designed to be easier to assemble and install on site. After its launch, MC4 quickly gained market recognition and gradually became the standard for photovoltaic connectors.

ICHYTI male and female solar connector Details

 

ICHYTI male and female solar connector Dimensions and wiring

 

ICHYTI male and female solar connector Function

In photovoltaic systems, although connectors account for a small proportion, many links need to be used! Many construction workers may not have a sufficient understanding of connectors, which can lead to equipment failures. In the entire photovoltaic system, the DC side voltage is usually as high as 600-1000V. Once the joint contact of the photovoltaic module is loose or poor, it is very easy to cause DC arc phenomenon. DC arc pulling will cause a sharp increase in the temperature of the contact area, and a continuous arc will generate high temperatures of 1000-3000 ℃, accompanied by high-temperature carbonization of surrounding devices. In light cases, fuses and cables may be blown, while in severe cases, equipment may be burned and cause a fire.

So, although the connector is small, it is crucial for everyone's safety. Therefore, choosing an excellent quality photovoltaic connector is crucial!