Toyota's Advancements in Hydrogen Fuel Cell Technology: A Step Towards Sustainable Mobility
Key Ideas
  • Toyota GB's final phase of developing a hydrogen fuel cell Hilux pickup involves field testing and real-world data collection on safety, performance, and durability.
  • The project aims to enhance fuel cell technology with longer lifecycles, increased driving ranges, and reduced costs based on Toyota's 30 years of research.
  • The fuel cell Hilux prototype demonstrates increased driving range up to 373 miles, higher payload, and towing capability compared to electric alternatives.
  • The initiative, supported by the UK government, signifies a significant step towards sustainable mobility solutions and the wider adoption of hydrogen ecosystems in Europe.
Toyota GB is progressing towards the final phase of its groundbreaking project to develop a hydrogen fuel cell Hilux pickup truck at its Burnaston facility in Derbyshire, UK. Ten prototypes are being tested for safety, performance, and durability, with five undergoing real-world field testing and the other five involved in customer and media demonstrations, including at the Paris 2024 Olympic and Paralympic Games. This initiative combines Toyota's decades-long expertise in hydrogen fuel cell technology with a focus on longer lifecycles, increased driving ranges, and cost reduction. The project aims to support Europe's growing hydrogen fuel market, with Toyota expecting significant growth by 2030. The fuel cell Hilux prototype, powered by elements from the Mirai fuel cell system, offers a driving range of up to 373 miles and features a rear-wheel-drive system delivering 134kW and 300Nm of torque. It emphasizes sustainability by producing only water emissions. Additionally, the project highlights the integration of hydrogen technology into pickup trucks, showcasing its potential for increased payload and towing capabilities compared to electric alternatives. The project, initiated with a feasibility study in 2022 and supported by the UK government's Advanced Propulsion Centre, demonstrates a collaborative effort involving various consortium partners. Manufacturing took place between February and May 2023, leading to the construction of prototypes within Toyota's Burnaston plant. This advancement signifies a significant step towards sustainable mobility solutions and the broader adoption of hydrogen ecosystems in Europe.
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