Our Temperature Control Test Equipment is designed to meet the stringent verification requirements of motors and inverters on battery electric vehicle (BEV) test benches. This system boasts superior dynamic response capabilities, quickly adapting to changing load conditions, making it ideal for dynamic performance mapping and long-term durability testing.
Temperature Control Under Dynamic Loads – Redefining Test Accuracy
During testing, motors and inverters experience transient power surges. Our system employs advanced intelligent adaptive control technology to ensure excellent temperature stability even under the most extreme load variations. When the test object suddenly starts, it generates a thermal power surge of tens of kilowatts, which the system can control with a temperature accuracy of up to ±1K. Under stable operation, temperature stability reaches ±0.1K.
Key Technical Specifications
Temperature Range: -40°C to +120°C (expandable)
Dynamic Control Accuracy: ±1K (during power surges)
Static Control Accuracy: ±0.1K
Cooling Capacity: Up to 60kW (depending on model)
Control Interface: Integrated EtherCAT/Ethernet communication for remote control and data acquisition, seamlessly integrating into automated test benches.
Linggong Technology's Automotive Temperature Control Test Equipment combines innovative technology and robust industrial design to ensure accurate and reliable test data, safeguarding the development and quality verification of your electric drive systems.
Advantages of the Temperature Control Test System for Motor
● Superior Stability: Maintains accurate temperature setpoints even under rapid load changes.
● Superior Accuracy: Ensures the integrity and repeatability of performance and efficiency test data.
● Seamless Integration: Designed for easy connection and control in complex test bench environments.
● Superior Reliability: Designed for demanding 24/7 test runs, minimizing downtime.
Suitable for the following applications
● Motor performance and durability testing
● Inverter/controller thermal cycling testing
● Battery pack and module environmental simulation
● Research and development in academic and scientific laboratories.
