EDUCATIONAL PEM FUEL CELL

This fuel cell module incorporates a unique plate stack assembly with a highly optimised internal fuel path geometry and specialised membrane, mounted in a reinforced plastic panel with a transparent window that clearly shows the main components. The unit is designed to allow estimation of the exothermic heat generated in the stack as power is produced and water formed, along with determination of key energy performance indicators such as power output, fuel consumption, efficiency, and oxidant excess (air). The hydrogen supply is internally pressure regulated, metered, and controlled via an electronic valve. Learn about EDUCATIONAL PEM FUEL CELL renewable-energy India for optimal educational outcomes.. Heat generated during stack operation is ejected into the residual air in the coolant/oxidant stream, which cools the cell. A single coolant/oxidant stream makes the system thermally self-regulating and intrinsically safe. Learn about EDUCATIONAL PEM FUEL CELL for educational labs for optimal educational outcomes.. The design also ensures continual purging of the fuel cell for optimal power output. Supplied software is used for smooth starting and stopping, changing between internal load settings, and full computerised data acquisition. Learn about EDUCATIONAL PEM FUEL CELL exporters for optimal educational outcomes.. A software-controlled microprocessor enables automated start-up and shutdown whilst monitoring for unsafe conditions. A hydrogen leak detector monitors the unit and triggers automatic shutdown well below the lower ignition limit for hydrogen. Learn about EDUCATIONAL PEM FUEL CELL price for optimal educational outcomes.. On-board microprocessor regulation matches airflow through the stack to loading conditions. A 15A auxiliary socket on the front panel allows practically sized external loads to be applied for cell performance investigation under varying load. Learn about Automated EDUCATIONAL PEM FUEL CELL for optimal educational outcomes..

• Power output: 0.75 kW
• All-air system: no cooling water or heat exchangers required
• Ambient pressure system with integral fan
• Single air stream: coolant and oxidant streams are combined
• Operating temperature: -20°C to +52°C (ambient)
• Stack temperature: +38°C to +66°C
• Fuel cell footprint: 103 × 352 mm²; weight: 13 kg
• Ambient humidity operation: no additional humidification required
• Integral variable load for full-capacity stack operation