Welcome to the hydrogen age

Diesel generators on set are phaseout models. Mobile power generators have to operate silently and be emissionfree to fulfill the requirements of environmentally friendly film productions. The German company SFC Energy developed the EFOY H2Genset, a mobile generator with hydrogen fuel cells that runs almost noiselessly and doesn’t discharge carbon emissions, NOx, or fine particles into the atmosphere.

 

The most powerful EFOY H2Genset 20-10/7 (i. e., peak-performance continous output/
number of tanks) has a peak performance of 20 kW. After using 20 kW peak performance over a period of thirty minutes, the continous ouput comes down to 10 kW. For higher energy demands, a mobile hydrogen-powered fuel cell genset with 50 kW performance is being developed. “According to the current development status, the first prototypes will be tested in the field by the end of 2023”, says Business Development Manager Hydrogen Michael Weis.

 

This mobile generator can be transported on a trailer or by a utility vehicle with a trailer. Customers also receive technical instructions on delivery, which include necessary safety information that must be followed. The polymer electrolyte membrane (PEM) fuel cells in the EFOY H2Genset produce electricity from hydrogen, aided by oxygen drawn from the air. Besides electrical energy, it emits only a thermal discharge and steam. Because PEM fuel cells work at a relatively low operating temperature of 80° Celsius, they are practical for stationary systems, but particularly applicable for mobile systems.

 

Refueling takes about three to five minutes, which is similar to tanking up gas or diesel. The internal tanks for the EFOY H2Genset 20-10/7 hold 14.6 kilo of hydrogen at 700 bar, which comes down to an electrical energy capacity of 243 kWhel. Alternatively, the EFOY H2Genset can be powered by an external cylinder package to provide larger amounts of energy. A twelve hydrogen cylinder package (50 l/300bar) contains an energy capacity of 216 kWhel. A cloud application provides the tank level of the hydrogen cylinders and the charge level of the batteries, energy use, power output, carbon emission savings data, and an overview of local hydrogen charging station locations.

 

Photos: © SFC Energy

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