Electric Vehicle Battery Testing
As global electrification advances rapidly, ensuring the safety, durability, and long-term performance of lithium-ion batteries used in Electric Vehicles (EVs) and Energy Storage Systems (ESS) has become increasingly critical. Haida delivers a full range of advanced battery testing chambers specifically developed to evaluate the reliability of new energy batteries under the most rigorous operating and accelerated stress conditions.
Our customized testing solutions are designed to replicate the complete battery service environment, including extreme temperature fluctuations, high and low humidity exposure, rapid thermal cycling, altitude and low-pressure simulation, as well as integrated vibration and mechanical stress testing. These systems enable comprehensive validation of battery cells, modules, and complete battery packs throughout their development and production stages.
By supporting manufacturers with precise and repeatable testing capabilities, Haida helps ensure compliance with major international safety and performance standards such as UN38.3, IEC 62660, GB/T 31467, UL 1973, SAE J2464, along with various OEM-specific qualification requirements.
For new energy product testing, environmental test equipment typically includes a range of specialized chambers and systems, such as battery explosion-proof test chambers, thermal shock chambers, vibration test systems, and rapid temperature change chambers.
To ensure accurate, reliable, and industry-compliant testing performance, our environmental test chambers are designed in accordance with internationally recognized testing standards, while also meeting customized requirements from various global manufacturing associations. This guarantees stable operation, dependable test results, and safe, professional testing solutions for customers in the new energy industry.
- IEC 61215
- IEC 61730
- UN 38.3
- IEC 62109
- IEC 61400
- ISO 50001
- ISO 14001
- UL 1741
- GB/T
- EN
- SAE
- CSA C22
- MIL-STD
- ASTM
- JIS C 0020
Our solutions are widely applied across the new energy industry, covering multiple emerging energy sectors and related products. They are suitable for the energy storage industry, including flywheel energy storage, biomass energy, and chemical energy systems; the hydrogen energy sector, such as hydrogen fuel cells and hydrogen-powered vehicles; and the solar photovoltaic industry, including photovoltaic power plants, residential solar applications, and solar cell manufacturing.
In addition, they are extensively used in the new energy vehicle field, covering complete vehicles, onboard energy storage systems, motors, electronic components, and power batteries. Applications also extend to various energy storage battery products, including batteries for electronic devices, automotive lithium batteries, and emergency backup power systems for data centers.
- Energy storage equipment
- Photovoltaic modules
- Photovoltaic components
- Car
- Electric Vehicles
- Battery
- Electrical appliances
- Medical Devices
- Robot
- Energy storage equipment
Battery Test Chamber Solutions
Temperature Humidity Test Chambers
Temperature and Humidity Test Chambers offer a broad range of temperature and humidity control to simulate extreme conditions, including high and low temperatures or damp heat environments. Models can be selected based on performance needs and test area capacity. and is suitable for testing needs in multiple fields.
Thermal Shock Test Chambers
At Haida, we design high-performance Thermal Shock Test Chambers to assess product durability under rapid and extreme temperature changes. Our chambers are globally used to identify hidden defects, ensure compliance, and enhance reliability in industries such as electronics, automotive, aerospace, defense, and materials science.
Rapid-rate Thermal Cycle Test Chamber
Haida Rapid-rate Thermal Cycle Test Chamber is designed to quickly assess the performance and reliability of materials and electronics. This test chamber provides rapid temperature changes, achieving significant shifts in a short period, enabling thorough evaluation of product durability and stability.
Vibration Testing System Used for test EV Battery Safety
Electro-dynamic vibration shaker provides a testing platform for packaging and transportation simulation, mechanical shock, and real-world vibration conditions. It is widely used for new energy battery testing, including EV battery cells, modules, and battery packs, as well as products in electronics, automotive, aerospace, and aviation industries.
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