Industry News

Copper busbar connector is a high current conductive product, which is a conductive connection bar for disposable lines such as phase lines, zero lines, and ground wires with high current. The disposable components with high current on high-voltage distribution cabinet equipment are connected using copper bars. A row of electrical cabinets are connected between cabinets using a main busbar, while the switch is electrically connected to a branch busbar.

The global new energy vehicle industry, wind power, photovoltaic, rail transit and other industries are developing rapidly, and the application of copper busbars is becoming increasingly widespread.

As traditional cables for transmission lines, they are no longer able to meet the relevant requirements in high current transmission systems. Copper bars are a high current conductive product with high current carrying capacity, and have replaced traditional cables as conductive connecting materials in many applications. Many friends are curious about the difference between copper busbar and traditional cables. Now, copper busbar manufacturer Paige Rui shares a few points with you.

Power batteries are the core of electric vehicles, and the power of vehicle batteries is relatively high. Power batteries are a combination of battery modules connected in series or in parallel, and each battery cell requires a conductive material that can both conduct electricity and provide insulation. Traditional insulated cables are no longer suitable. After market recognition, a type of electrical conductor and ground layer material separated by an insulator - busbar - has been proven to be an ideal conductive component.

The energy storage industry has emerged, and the development of energy storage systems is even faster. Energy storage BMS is a key component of energy storage systems, mainly used to maximize the discharge capacity of battery packs and play an important role in balanced management. The safety status analysis and early warning function of the energy storage system is very important, and its accuracy requirements for temperature and safety parameter monitoring are becoming increasingly strict. The copper bars connecting the energy storage system are the connecting wires between energy storage equipment, and the performance requirements are becoming increasingly strict.

Silver has higher conductivity than copper: While copper is already an excellent conductor of electricity, silver has an even higher conductivity. Silver plating the copper surface enhances the overall conductivity of the connection, reducing resistive losses and improving the efficiency of the electrical system.