Description
An Electric Vehicle (EV) Test Chamber is a precision-engineered environmental simulation system designed to validate the safety, reliability, and performance of electric vehicle components under extreme and highly controlled conditions. Built for modern EV development, these chambers support rigorous testing of battery packs, power electronics, charging systems, and drivetrain assemblies, ensuring compliance with global automotive and battery safety standards.
Key Features
- Ultra-Wide Temperature Range: Typically –70°C to +180°C, enabling robust cold-soak, thermal shock, and high-temperature endurance testing.
- Precision Humidity Control: 20%–98% RH with tight stability for comprehensive corrosion, condensation, and insulation breakdown studies.
- Advanced Battery Safety Architecture: Reinforced chambers equipped with blast-relief panels, fire suppression, gas detection, and emergency venting.
- High-Power Electrical Integration: HV feedthroughs supporting up to 1000 V / 600 A to enable live, high-capacity charge-discharge cycling.
- High-Fidelity Control & Automation: Real-time monitoring of temperature, humidity, voltage, current, pressure, and safety events with automated test sequencing.
- Rapid Thermal Cycling: Rapid ramp rates of up to 10°C/min, ideal for accelerated aging and environmental stress testing.
- Wind Simulation: Simulates real-world driving conditions with fan-driven wind speeds of 35 mph (±10%) and a blowing rate of 16,000 m³/h (approximately 9,417 CFM).
- Solar Radiation Simulation: Features an air-cooled Xenon Lamp with a spectral energy distribution closely matching natural solar light. Automatically controls radiation strength, and supports UV and metal halide lamps depending on the testing standard.
- Solar Radiation Sensor: Installed to match your selected testing standard. The Solar Light system delivers a maximum of 1200 W/m² (operating at 0°C to +55°C with lamps ON and 20% to 85% RH; -40°C to +80°C with lamps OFF).
- Salt Spray Corrosion Testing: Conducts automated corrosion and stress tests complying with international standards, such as ASTM B117, featuring automatic water controls and dry air.
Testing Standards: Mil-Std 810G / Method 509.5 / ASTM-B11