Sky has unveiled a major new clean energy system designed to revolutionise the way film and TV productions are powered. This system uses a hybrid hydrogen fuel cell and sodium battery solution to create a reliable, quieter and zero-emission mobile power source, a first of its kind for the industry.
Developed by Sky’s own engineers and production experts, the new unit can do everything a diesel generator can, but without the fumes, noise or carbon emissions.
Unlike traditional generators that burn fossil fuels, this innovation uses green hydrogen and sodium battery systems to generate power, while producing only water and heat as by-products. The water is then reused within the fuel cell system, improving efficiency. The sodium batteries contain no precious or toxic minerals, plus they are safer and more recyclable than lithium alternatives.
“We're so proud to announce this clean-energy power unit - the first of its kind, capable of the biggest production challenges,” said David Rhodes, Executive Chairman of Sky News “Our people have been innovating in the field for more than three decades. Now, we're filling a real gap for smarter, quieter and more sustainable production solutions. We're excited about the trials ahead."
According to albert’s Screen New Deal, approximately 50% of emissions from tentpole productions come from burning fossil fuels, with 35% from road transport and 15% from mobile power. This new mobile power unit has the potential to dramatically reduce this footprint, whilst helping improve air quality and reduce noise for crews and local communities.
“This new technology is a brilliant example of how innovation and sustainability can go hand in hand,” said Fiona Ball, Group Director, Bigger Picture and Sustainability at Sky. “We designed it to meet the real needs of production teams while helping us cut emissions and improve air quality. It’s a practical solution that supports our journey to a low-carbon world and shows what’s possible when we embed sustainability into everything we do.”










