High Safety Environmental Battery Test Chamber For Hydrogen Energy Vehicles

JCH series hydrogen fuel cell stack environmental test chamber

Application Scenario

A safe, sealed analysis chamber is a facility specifically designed for the testing and analysis of hydrogen energy vehicles, such as hydrogen fuel cell vehicles, to ensure the safety and performance of hydrogen energy systems under various conditions. Its main application scenarios include:

Safety test of hydrogen fuel cell vehicle (FCEV): Gas tightness and leakage detection: ensure the gas tightness of hydrogen storage system and pipeline, and detect the risk of hydrogen leakage. Explosion and fire risk assessment: simulate the hydrogen explosion and fire risk under extreme conditions, and assess the safety design of the whole vehicle. 

Hydrogen storage and delivery system test: Storage bottle and pipeline system test: evaluate the safety and reliability of hydrogen storage bottle and pipeline system under various working conditions. Pressure and temperature test: test the storage and delivery performance of hydrogen under different pressure and temperature conditions. 

Compliance test of regulations and standards: Standard compliance assessment: ensure that hydrogen energy vehicles and systems comply with national and international safety regulations and standards. Certification testing: conduct the necessary testing and analysis to obtain the relevant safety certification and standard certification.

Meet the following test criteria:

• GBT 24549-2020 Fuel Cell electric vehicle Safety Requirements 
• GBT 29126-2012 Fuel Cell electric vehicle On-board Hydrogen System Specification 
• GBT 37154-2018 Fuel Cell electric vehicle Vehicle Hydrogen Emission Test Method 
• T/CSAE123-2019 Fuel Cell electric vehicle Hydrogen Leakage and Hydrogen Emission Test Method and Safety Requirements in Confined Space 

Product features of hydrogen closed analysis chamber: 

• The hydrogen concentration sensor of international famous brand is adopted to ensure the accuracy and real-time of data. The maximum sampling frequency can reach 10 HZ. It supports the generation and export of data curve, which is convenient for users to conduct in-depth analysis. 
• Equipped with temperature control and wind speed adjustment functions, it can accurately simulate the actual working state of M1 hydrogen fuel vehicles in various closed environments. 
• Fully consider the safety of hydrogen, hydrogen concentration detection and forced exhaust system are linked to ensure the safety of the experimental environment; All electrical components in the cabin meet the requirements of hydrogen explosion-proof to ensure the safety of the test process.