UK's Intelligent Energy Soars with £17m Funding for Hydrogen Aviation Fuel Cell System
Key Ideas
- Intelligent Energy has secured a £17 million programme from the UK Government to fast-track the development of a zero-emission hydrogen fuel cell system for commercial aircraft within the decade.
- The new fuel cell system, IE-FLIGHT™ 300, is set to enter service in Electric Vertical Take-off and Landing (eVTOL) aircraft by the end of this decade and in regional aircraft by the 2030s, aiming to cut CO2 emissions by up to 25.6 million tonnes annually and generate around 1,600 new jobs.
- The project, named HEIGHTS, focuses on developing a cooling method to reduce heat exchanger size and drag in aviation fuel cell systems, marking a significant step forward in the adoption of hydrogen-electric propulsion as a cleaner alternative in the aviation sector.
- Intelligent Energy's CEO, David Woolhouse, expressed confidence in hydrogen's potential as the primary energy source for flight, emphasizing the company's commitment to technical leadership in the sector and the expansion of its UK operations to support the growing hydrogen aviation industry.
Intelligent Energy, a leading UK-based hydrogen fuel cell manufacturer, has secured a £17 million programme to accelerate the development of a zero-emission hydrogen fuel cell system for commercial aircraft. The funding, provided by the ATI Programme and supported by UK government agencies, aims to propel the adoption of hydrogen-electric propulsion in the aviation sector. The project, known as Project HEIGHTS, will focus on introducing IE's new fuel cell system, IE-FLIGHT™ 300, in Electric Vertical Take-off and Landing (eVTOL) aircraft by the end of this decade and in larger regional aircraft by the 2030s. The initiative targets a significant reduction in CO2 emissions, estimated at 25.6 million tonnes annually, and the creation of approximately 1,600 new jobs in the industry.
The HEIGHTS project addresses key challenges in traditional fuel cell systems by developing a novel cooling method to optimize efficiency and reduce drag, crucial for aviation applications. With a focus on thermal management and power density, Intelligent Energy's patented technology aims to revolutionize the aviation sector's transition towards cleaner energy sources. The company's CEO, David Woolhouse, envisions hydrogen as the primary energy source for future flights, highlighting the company's expertise and commitment to driving technical innovation in the aviation industry.
The investment in Intelligent Energy comes at a time when the aviation sector is under increasing pressure to curb emissions, with hydrogen-electric propulsion emerging as a promising solution. The funding will not only support the development of cutting-edge fuel cell technology but also contribute to the growth of the UK's hydrogen aviation sector. With plans to expand its UK operations and enhance manufacturing capabilities, Intelligent Energy is poised to play a pivotal role in shaping the future of sustainable aviation.