JHC-30-M1 Hydrogen Fuel Cell Vehicle Safety Confined Analysis Chamber

Application Scenarios

The safety confined analysis chamber is a facility specifically designed for testing and analyzing hydrogen-powered complete vehicles (such as hydrogen fuel cell vehicles), aimed at ensuring the safety and performance of hydrogen energy systems under various conditions. Its main application scenarios include:

◆ Safety testing of fuel cell electric vehicles (FCEVs):

Air tightness and leak detection: Ensuring the air tightness of hydrogen storage systems and pipelines, and detecting the risk of hydrogen leakage.

Explosion and fire risk assessment: Simulating hydrogen explosion and fire risks under extreme conditions to evaluate the safety design of complete vehicles.

◆ Hydrogen storage and delivery system testing:

Storage cylinder and pipeline system testing: Evaluating the safety and reliability of hydrogen storage cylinders and pipeline systems under various operating conditions.

Pressure and temperature testing: Testing the storage and delivery performance of hydrogen under different pressure and temperature conditions.

◆ Regulatory and standards compliance testing:

Standards compliance assessment: Ensuring that hydrogen-powered complete vehicles and systems comply with national and international safety regulations and standards.

Certification testing: Conducting necessary testing and analysis to obtain relevant safety certifications and standards certifications.

Compliant with the following test standards:

◆ GBT 24549-2020 Fuel Cell Electric Vehicle Safety Requirements

◆ GBT 29126-2012 Technical Specifications for On-board Hydrogen Systems of Fuel Cell Electric Vehicles

◆ GBT 37154-2018 Test Methods for Hydrogen Emissions from Fuel Cell Electric Vehicles

◆ T/CSAE123-2019 Test Methods and Safety Requirements for Hydrogen Leakage and Hydrogen Emissions in Confined Spaces for Fuel Cell Electric Vehicles

Product Features of the Hydrogen Confined Analysis Chamber:

◆ Utilizes hydrogen concentration sensors from internationally renowned brands to ensure data accuracy and real-time performance, with a maximum sampling frequency of up to 10HZ, supporting data curve generation and export for in-depth user analysis.

◆ Equipped with temperature control and wind speed adjustment functions, capable of precisely simulating the actual operating conditions of M1 category hydrogen fuel cell vehicles in various confined environments.

◆ Full consideration of hydrogen-related safety, with hydrogen concentration detection linked to the forced exhaust system to ensure the safety of the experimental environment; all electrical components inside the chamber meet hydrogen-related explosion-proof requirements to ensure the safety of the testing process.