The PEM Electrolyzer Characterization System installed at IIITDM Jabalpur enables advanced research in hydrogen production using PEM technology. The system supports multi-cell and stack-level analysis, real-time data monitoring, and precise control of temperature, pressure, and electrical inputs, making it ideal for academic and research applications in green hydrogen.
Hydrogen is emerging as a cornerstone of next-generation energy systems. To strengthen research and hands-on learning in this domain, the Department of Mechanical Engineering at IIITDM Jabalpur has installed a PEM Electrolyzer Characterization System.
This advanced platform enables detailed experimentation on hydrogen production, system efficiency, and electrochemical behavior. It provides students and researchers with direct exposure to real-world hydrogen generation systems, aligning academic learning with industry and research demands.
The system has been deployed within the Mechanical Engineering laboratories to support interdisciplinary research in:
The installation is designed as a fully instrumented research test bench, enabling precise control, monitoring, and analysis of electrolyzer performance under varying operating conditions.
The PEM Electrolyzer Characterization System is a multi-parameter experimental platform designed to study hydrogen generation through electrolysis.
It is built around a five-cell PEM electrolyzer configuration, which can operate either as individual cells or as a combined stack. This enables both micro-level and system-level analysis of hydrogen production.
Key integrated subsystems include:
The system produces high-purity hydrogen (>99.99%) with controlled flow rates, enabling accurate experimental studies.
The system enables a wide range of structured experiments and open-ended research work:
It also supports advanced research such as:
These capabilities make the platform suitable for undergraduate labs, postgraduate research, and funded R&D projects.
Safety and Reliability Features
Safety is a critical aspect of hydrogen experimentation, and the system integrates multiple protection mechanisms:
These features ensure safe operation during both routine experiments and fault simulations, enabling students to understand safety protocols in hydrogen systems.
Academic and Research Impact:
With this installation, IIITDM Jabalpur is now equipped to actively contribute to hydrogen research and innovation.
The system enables:
The installation of the PEM Electrolyzer Characterization System at the Department of Mechanical Engineering, IIITDM Jabalpur represents a major step toward advancing hydrogen-focused education and research.
By combining precision control, real-time data analysis, and robust safety systems, the platform empowers students and researchers to explore hydrogen technologies in depth.
This initiative strengthens the institute’s position as a forward-looking center for clean energy innovation and sustainable engineering research.