Triple-Layer Battery Test Chamber

The triple-layer structure allows three battery samples or three test programs to run independently at the same time. It is ideal for laboratories that need higher testing throughput without installing multiple separate battery test chambers.

• •Three independent environmental test zones.
• •Compact structure with higher testing capacity.
• •Independent control and safety protection for each layer.
• •Suitable for battery temperature cycling, storage, and reliability testing.
• •The test equipment is equipped with a high-precision intelligent temperature regulator. 
• •Optional charge-discharge test interface.
• •Custom chamber size, temperature range, humidity function, and safety system. 

As a battery environmental test chamber and climatic test chamber, this equipment simulates high temperature, low temperature, humidity, and thermal cycling conditions for lithium battery performance and safety evaluation.

• •Lithium-ion battery high and low temperature testing.
• •Battery thermal cycling and temperature stress testing.
• •EV battery cell and module validation.
• •ESS and BESS battery reliability testing.
• •Battery charge-discharge cycling under controlled temperature conditions.
• •Battery aging, storage, and capacity retention testing.
• •Battery R&D and production quality control.

Lithium battery testing requires reliable environmental control and safety protection. According to battery type, sample energy, and test method, the chamber can be configured with explosion-proof structure, pressure relief, smoke exhaust, fire protection, emergency stop, over-temperature protection, and independent safety control for each layer.

The chamber can support test conditions related to common lithium battery standards and methods, including UN 38.3, IEC 62660, IEC 62619, IEC 62133, IEC 60068, SAE J2464, SAE J2929, and UL 1642.

Note: Final compliance depends on the complete test method, battery sample, measurement system, fixture design, operating procedure, and third-party assessment.

Each test layer can be controlled independently through a programmable touchscreen controller. Users can set different heating, cooling, constant temperature, or optional humidity programs for each layer.

• •Independent control for each layer.
• •Multi-step programmable test profiles.
• •MRS232, RS485, or Ethernet communication.
• •Optional PC monitoring and data logging.
• •Stable refrigeration system for repeated low-temperature cycles.
• •Optimized airflow for temperature uniformity.
• •Modular design for easier maintenance .

Sanwood can provide SGS / UL CE certified battery test chamber solutions according to project and destination market requirements. The chamber can also be customized based on battery size, test standard, temperature range, humidity requirement, safety level, communication method, and power supply.

Sanwood can provide SGS / UL CE certified battery test chamber solutions according to project and destination market requirements. The chamber can also be customized based on battery size, test standard, temperature range, humidity requirement, safety level, communication method, and power supply.

• •Chamber volume and inner dimensions.
• •Temperature and humidity range.
• •Three-layer safety configuration.
• •Explosion-proof and fire protection options.
• •Charge-discharge test interface.
• •Data recording and remote monitoring.
• •Local voltage and installation requirements.