G02 EV/HEV Motor Controller
G02 supports both 340Vdc and 540Vdc voltage platform and its max. output current can reach up to 320Arms and 410Arms accordingly. G02 has been applied for electric/hybrid buses, trucks, vans, wheel loaders, boats, etc.
Thanks to sophisticated engineers, scientific producing workmanship, rigorous quality control systems and management team, GTAKE EV/HEV motor controllers (MCUs) are equipped with advanced features and advantages, some of which are listed as below:
01 Reliable components: Key components and parts are specialized for vehicles, with fast response and better performance.
02 High power density: The peak power of G02 controller can reach up to 200KW, with compact size and light weight.
03 High IP grade: Rational placement, delicate material selection, and advanced manufacturing engineering make the IP grade up to IP67. Well-designed frames and thickened conformal coating protect the products against harsh environment.
04 Self-adaption to motor state: Improved self-adaptive algorithm well tackles the motor transient state and well reckons the rotor resistance variation in different temperature dynamically, which dramatically improves the output torque stability no matter in motor cold or hot state.
05 CAN bus control: GTAKE EV/HEV motor controllers support terminal control and CAN bus control. CAN node hardware connection can be realized by GTAKE controllers directly, with the transmission baud rate up to 1 Mbps, real-time, safe and reliable.
06 Excellent torque characteristics: Advanced motor control technology is applied to G02 motor controllers. Making the output toque capability excellent even in the constant power area.
07 Anti-slip function: The vehicle can be well clamped on the slope automatically by a matching output torque owing to its positioning technology and switching tactics between torque control and speed control.
08 Overall protection: G02 EV/HEV motor controller is equipped with capability of protection on short-circuit, over-current, over-voltage, overheating, over-load, and encoder disconnection, etc. Likewise, the battery protection can be well programmed and the controller can adjust feedback energy dynamically.