Secure Power, Swift Connections
In the power system, every link from generation, transmission to distribution faces numerous electrical connection challenges. In high voltage and high current environments, wiring terminals are prone to loose connections and excessive contact resistance, which can lead to heating and even fire risks. The poor compatibility between different devices leads to complex installation and debugging, and high maintenance costs. At the same time, traditional connection methods are difficult to meet the requirements of efficient transmission and stable operation when facing complex line layouts, seriously affecting the safety and reliability of the power system.
Covering various forms of power generation such as thermal power, hydropower, wind power, and photovoltaics, the equipment operates in complex environments
The power transmission industry needs to operate under high voltage and high load conditions. The line is widely distributed and susceptible to natural environmental factors such as lightning strikes, strong winds, ice and snow.
The power distribution industry involves numerous types of electrical equipment and complex line networks. High requirements are placed on the flexibility, safety, and reliability of electrical connections
The electricity industry covers various types of users such as industrial, commercial, and residential, with a wide variety of electrical equipment and significant differences in electricity demand.
A large photovoltaic power station is located in the northwest desert region of China, covering an area of over X square kilometers with a total installed capacity of X megawatts. It is an important clean energy supply base in the area. The power station has thousands of photovoltaic panel arrays, which convert solar energy into electrical energy through complex electrical circuits and transmit it to the grid.
A large photovoltaic power station is located in the northwest desert region of China, covering an area of over X square kilometers with a total installed capacity of X megawatts. It is an important clean energy supply base in the area. The power station has thousands of photovoltaic panel arrays, which convert solar energy into electrical energy through complex electrical circuits and transmit it to the grid.
A large photovoltaic power station is located in the northwest desert region of China, covering an area of over X square kilometers with a total installed capacity of X megawatts. It is an important clean energy supply base in the area. The power station has thousands of photovoltaic panel arrays, which convert solar energy into electrical energy through complex electrical circuits and transmit it to the grid.
A large photovoltaic power station is located in the northwest desert region of China, covering an area of over X square kilometers with a total installed capacity of X megawatts. It is an important clean energy supply base in the area. The power station has thousands of photovoltaic panel arrays, which convert solar energy into electrical energy through complex electrical circuits and transmit it to the grid.
