Electric Mobility Battery Test Chamber For Electric Vehicle Battery Testing

In the era of sustainable transportation, electric vehicles (EVs) have emerged as a leading solution. Central to the success and safety of EVs is the performance and reliability of their batteries. The Battery Burning Test Machine designed for electric vehicle battery testing plays a crucial role in ensuring that these power sources meet the highest standards.

This specialized test machine is dedicated to subjecting electric vehicle batteries to comprehensive burning tests. It serves EV manufacturers, battery suppliers, research institutions, and regulatory bodies. The primary goal is to evaluate the battery's response to extreme thermal conditions, replicating potential thermal runaway scenarios that could occur during normal operation, accidents, or charging processes.

• Sturdy and EV-Specific Construction The machine features a heavy-duty steel framework with fireproof, heat-resistant exterior and refractory-lined interior chamber capable of withstanding temperatures exceeding 1000°C. Includes a secure door with heat-resistant gasket and tempered glass viewing window.
• Precision Temperature and Flame Control Equipped with accurate temperature sensors (±5°C) and advanced flame generation technology for adjustable intensity, duration, and direction to simulate various thermal runaway events.
• Comprehensive Data Acquisition Integrated sensors monitor temperature, gas emissions, pressure, voltage, and current. State-of-the-art data system records and analyzes performance under stress, with real-time monitoring and reporting capabilities.
• Enhanced Safety Systems Features automatic fire suppression, emergency shutdown buttons, controlled gas venting, and self-diagnostic monitoring to ensure operator and environmental safety during testing.

• Available in various chamber sizes from small battery modules to large commercial EV battery packs
• Optimized interior dimensions for uniform heat distribution and proper air circulation
• Temperature range capability exceeding 1200°C
• Precision control via programmable LCD touch screen interface