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For several types of fuel cell tests, including testing a single fuel cell, testing a fuel cell stack, testing for leakage, testing for poisoning, testing for degradation, and testing for stress. On bipolar plates, leakage tests for helium are conducted.
This testing system is used for fuel cell performance and evaluation tests. The system can be used for fundamental fuel cell research, including element research, material research, single-cell/module research, and numerous testing required for real-world use.
Test for evaluating single-cell performance under pressured or normal conditions Single-cell endurance performance assessment test (pressurized/normal pressure) Test for evaluating the performance of a cell stack under pressure Test for performance evaluation of catalyst reforming such as a test for material evaluation.
Equipment for testing the material life under normal pressure, such as electrochemical impedance measurement, high humidity measurement under pressurisation, hot press equipment, gas blending equipment, and electronic load equipment.
Global fuel cell testing equipment market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
On September, the AVL Hydrogen and Fuel Cell Test Center will be formally opened, significantly expanding AVL’s current global test infrastructure for fuel cell and hydrogen technology.
With a maximum capacity of 20 high-performance testbeds, the new centre at the company’s headquarters in Graz is one of the biggest and most sophisticated test facilities for fuel cells and electrolysis systems in the world.
AVL’s position as a leader in the widespread development of fuel cells and cutting-edge technology for hydrogen production is strengthened by this investment.
Technologies like hydrogen and fuel cells are essential for fulfilling future energy needs and achieving carbon-neutral transportation.
This was already recognised by AVL more than 20 years ago, and ever since, the company has invested in these cutting-edge technology.
The expertise of the organisation includes the creation of numerous vehicle applications, stationary power generation, effective hydrogen production, and the development of marine, rail, and aviation applications.
All AVL advancements from these areas can be examined and described in the new test facility in Graz in accordance with the strictest functional and safety standards.
