The study covers the control principles, including HV and LV components, and the essential function of the IGBT in the compressor controller. It also discusses various software protection strategies such as overcurrent, overvoltage, and over-temperature protections, and low-temperature preheating to ensure the reliable operation of electric compressors. Additionally, the interaction between the electric compressor and the vehicle, including data and action interactions, is examined.

Upgrade your Tesla Model S or Model X with the GC-33CC aftermarket air conditioning compressor. Discover its versatile voltage range, advanced cooling technology, easy installation, and energy efficiency. Enhance your Tesla's comfort and performance with this high-quality, reliable aftermarket solution.

This blog explores the critical role of efficient cooling systems in electric cars, focusing on how they impact performance, battery health, and driving range. It discusses key technologies such as Guchen’s electric compressor technology and highlights the importance of advanced thermal management for sustainable electric mobility.

Dive into the success story of Koenigsegg's collaboration with Guchen Industry, highlighting the innovative customization of the 800V electric compressor. Discover how real-time temperature feedback elevates performance, setting new benchmarks for precision engineering in high-performance automotive applications.

Guchen's electric compressors are optimized for electric truck applications, providing a stable 12kW of cooling power for cabin and battery temperature control.

The summary reveals the inner design technologies of electric AC compressors. Learn about critical mechanical structures enabling smooth, reliable compression. Dive into advanced materials and surface treatments boosting durability. Discover how electric motor innovations allow precise control and efficiency.