Propulsion Inverter

A propulsion inverter is a power conversion device designed for electric vehicles (such as electric ships, electric aircraft, electric vehicles, etc.). Its main function is to convert the DC power provided by batteries or hydrogen fuel cells into AC power to drive the electric motor for propulsion. The inverter plays a vital role in electric vehicles. It can accurately control the current and voltage according to the needs of the motor to ensure efficient operation. The propulsion inverter has the characteristics of high efficiency, reliability and strong adaptability. It can work stably in various working environments to ensure that the power system of electric vehicles can smoothly output the required power. In addition, modern propulsion inverters usually integrate multiple protection functions, such as overload, overheating, short-circuit protection, etc., to ensure the long-term safe and reliable operation of the equipment. With the popularization of electric vehicles, the role of propulsion inverters in energy conservation and environmental protection is becoming more and more important.

Four Major Advantages of the Propulsion Inverter:

• Efficient conversion: Efficiently convert DC to AC to improve the efficiency of the power system.
• Precise control: Accurately adjust the current and voltage according to the needs of the motor to ensure stable operation.
• Strong reliability: With multiple protection functions such as overload and overheating to ensure safety.
• Widely applicable: Applicable to various electric vehicles such as electric ships, cars, and airplanes.

General Specifications of Propulsion Inverter Series