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>IEEE Standards>43 ROAD VEHICLE ENGINEERING>43.060 Internal combustion engines for road vehicles>43.060.40 Fuel systems>IEEE 3359-2025 - IEEE Trial-Use Guide for Testing Methods for Proton Exchange Membrane Fuel Cell Systems in Automotive Applications Using Compressed Hydrogen as Fuel
Released: 31.03.2026

IEEE 3359-2025

IEEE Trial-Use Guide for Testing Methods for Proton Exchange Membrane Fuel Cell Systems in Automotive Applications Using Compressed Hydrogen as Fuel

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Standard number:IEEE 3359-2025
Released:31.03.2026
ISBN:979-8-8557-3100-2
Pages:34
Status:Active
Language:English
DESCRIPTION

IEEE 3359-2025

This document provides guidance for the methodology for the test of proton exchange membrane fuel cell systems (FCS) for automotive applications using compressed hydrogen as fuel, including the recommendations on the accuracy of the test instruments, preparation before the test, test conditions, and calculation processes.

The purpose is to provide a reference for testing methods of relevant institutions and manufacturers. Furthermore, the guide helps manufacturers to achieve the purpose of improving the overall performance of the fuel cell system, while it can shorten the development cycle and reduce the cost.

New IEEE Standard - Active. The methodology for the test of proton exchange membrane fuel cell systems for automotive applications using compressed hydrogen as fuel is provided as a guidance in this document, including the recommendations on the accuracy of the test instruments, preparation before the test, test conditions, and calculation processes.