Thermal Management Components
Type tests according to standards and performance baseline tests based on customer requirements.
The energy storage liquid cooling unit is a key device for battery thermal management in energy storage systems. Its main function is to control the battery temperature using liquid cooling technology (e.g., water, ethylene glycol solution) to ensure the battery operates within a safe and efficient range. The role of the liquid cooling unit is crucial, making the verification of its cooling/heating capacity, efficiency, mechanical properties, and environmental adaptability particularly important.
Thermal management components are critical to the safety of energy storage systems. The safe and stable operation of the unit determines the reliability and safety of the entire system, significantly impacting system safety, battery performance, and cycle life. Leveraging our existing equipment resources and extensive experience in customized test rig construction, the laboratory can provide comprehensive testing services for thermal management systems, including environmental, safety, and electrical performance tests, to ensure their reliability and compliance with standard requirements.
Environmental Tests: Vibration, salt spray, solar aging, temperature cycling, damp heat cycling, low-temperature heating, durability aging, high/low temperature resistance, low-temperature cooling operation, protection rating, etc.
Safety Performance Tests: Drop, negative pressure, water/refrigerant circuit pressure pulse cycling, unit immersion, internal corrosion, noise, flammability, interface harness anti-mismatch, cleanliness, water circuit airtightness, water circuit pressure resistance, etc.
Electrical Performance Tests: Insulation strength, auxiliary power to ground dielectric strength, auxiliary power to communication dielectric strength, high-voltage overvoltage, high-voltage undervoltage, grounding resistance, control power consumption, starting current, maximum operating current, cooling power & energy efficiency ratio within operating temperature range, supply frequency, electrical clearance verification, abnormal power-off, etc.
