Regan Brown
Hydrogen fuel cell vehicles (HFCVs) are an increasingly popular alternative to traditional fuel cars, as they only produce heat and water as byproducts and are therefore a zero-emission vehicle option. While electric vehicles (EVs) are currently more common, with almost three million on US roads as of mid-2022 compared to 17,000 or fewer HFCVs, several companies are investing in the development and production of hydrogen fuel cell vehicles. These companies include BMW, Honda, GM, Hyundai, Volvo, Toyota, and Audi.
| Characteristics | Values |
|---|---|
| Companies supporting fuel cell cars | BMW, Daimler, Hyundai, GM, Honda, Volvo, Toyota, MAN SE, Audi, Ballard Systems, Volkswagen, Isuzu Motors Limited, Autocar Industries, Komatsu, Nikola |
| Fuel cell car advantages | Zero emissions, quick refuelling, quiet operations, comparable driving experience to gasoline-powered cars |
| Fuel cell car disadvantages | Expensive, lack of refuelling infrastructure, energy-intensive to transport and store hydrogen, low efficiency in converting energy to mobility |
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What You'll Learn
BMW's support for hydrogen fuel cell cars
BMW is a strong supporter of hydrogen fuel cell cars, viewing them as a key part of the future of sustainable mobility. The company has expressed its belief that hydrogen can complement battery-powered vehicles, offering a zero-emission technology that allows drivers to maintain their flexible driving habits. BMW's support for hydrogen fuel cell cars is evident through its collaboration with Toyota Motor Corporation to develop and promote hydrogen infrastructure and next-generation fuel cell systems for passenger cars.
BMW's commitment to hydrogen fuel cell technology is also demonstrated by its participation in the Clean Energy Partnership initiative. By joining forces with hydrogen producers and filling station operators, BMW aims to address the challenges of hydrogen refueling infrastructure. This is crucial, as the lack of a robust fueling network has been a barrier to the wider adoption of hydrogen fuel cell vehicles.
BMW recognizes the potential of hydrogen as one of the most efficient ways to store and transport renewable energy, playing a significant role in the future energy supply. The company sees hydrogen fuel cell vehicles (FCEVs) as a way to meet the increasing demand for electric charging stations, benefiting both fuel cell and battery technologies.
Furthermore, BMW plans to launch its first-ever series production fuel cell vehicle in 2028, offering customers an additional all-electric powertrain option with zero local emissions. This aligns with the company's broader goals of carbon neutrality, as evidenced by its partnership with Toyota and their shared passion for 'technology openness' and a 'multi-pathway' approach.
Overall, BMW's support for hydrogen fuel cell cars is clear through its collaborations, initiatives, and upcoming vehicle launch. The company sees hydrogen as a viable solution for sustainable mobility, complementing battery-electric vehicles and providing a flexible, zero-emission driving experience.
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Honda's joint ventures
Honda has been actively involved in the development of hydrogen fuel cell technology for vehicles. The company has been working on various joint ventures and partnerships to advance the commercialisation of hydrogen fuel cell systems.
One notable joint venture is with General Motors Co. (GM). In January 2017, Honda and GM established a 50-50 joint venture called Fuel Cell System Manufacturing (FCSM). This venture is focused on producing hydrogen fuel cells at a large scale. The facility, located in Brownstown, Michigan, spans 70,000 square feet and has created 80 jobs. The hydrogen power solutions developed by FCSM will be utilised by both Honda and GM in various applications and ventures. The collaboration aims to increase performance, improve durability, and significantly reduce manufacturing costs compared to previous fuel cell systems.
Honda and GM engineers began their partnership in 2013, working on the co-development of next-generation fuel cell systems. This joint venture is a significant step towards the commercialisation of hydrogen fuel cell technology, with both companies investing in and committing to the success of FCSM. The companies have integrated their engineering teams and expertise to create affordable and commercially viable hydrogen fuel cell systems, advancing fuel cell technology and performance while reducing costs.
In addition to the joint venture with GM, Honda has also been working with other companies to further develop hydrogen fuel cell technology. Honda is collaborating with Isuzu Motors Limited to develop a fuel cell-powered heavy-duty truck, the Giga Fuel Cell, which is currently being tested in Japan. Honda is also working on a Class 8 hydrogen fuel cell truck in the US. These ventures demonstrate Honda's commitment to exploring and advancing hydrogen fuel cell technology for various vehicle applications.
Through these joint ventures and partnerships, Honda is actively contributing to the development and commercialisation of hydrogen fuel cell technology for vehicles. The company recognises the potential of hydrogen as a clean energy source and is working towards making hydrogen fuel cell systems more accessible and affordable.
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GM's hydrogen fuel cell investments
General Motors (GM) has been investing heavily in hydrogen fuel cell technology, aiming to create a more sustainable future for transportation. In 2021, GM invested $35 million in hydrogen fuel cells across various plants and projects, demonstrating their commitment to making hydrogen fuel cell electric vehicles (HFCEVs) a reality. This investment represents a 30% increase in GM's HFCEV investments compared to 2020.
GM's vision for a zero-emission future goes beyond passenger vehicles. The company's Hydrotec hydrogen fuel cell solution is designed for land, air, and sea applications. In collaboration with Liebherr-Aerospace, GM is working to make aviation greener by developing a fuel cell power generation system for aircraft. This system aims to provide auxiliary power, improve performance, reduce costs and noise levels, and help meet zero-emissions requirements.
GM has also formed strategic partnerships with other companies to revolutionize the hydrogen fuel cell landscape. For example, they are working with Navistar to implement a zero-emission long-haul system, utilizing GM's Hydrotec fuel cell power cubes for their International® RHTM Series trucks. Additionally, GM has partnered with Nikola to develop military-grade underwater vessels and trucks, Autocar for designing heavy-duty work fleets with Hydrotec fuel cells, and Komatsu for decarbonizing the 930E mining truck.
One of GM's most significant investments in hydrogen fuel cell technology is their joint venture with Honda Motor Co. The two companies have established Fuel Cell System Manufacturing (FCSM), a large-scale manufacturing joint venture to produce hydrogen fuel cells at a plant in Michigan. This $85 million investment aims to cut greenhouse gas emissions and improve mobility by utilizing hydrogen and fuel cell technology in various product applications.
GM's investments in hydrogen fuel cell technology are not only beneficial for the environment but also for their business. By partnering with other companies and developing innovative solutions, GM is expanding its revenue potential and diversifying its portfolio. The company's commitment to decarbonized transportation and sustainability is driving growth and escalating its reputation as a leader in the automotive industry.
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Hyundai's fuel cell-powered trucks
Hydrogen fuel-cell vehicles (HFCVs) are gaining traction as a zero-emission alternative to traditional cars, with companies like BMW, Honda, GM, and Hyundai investing in the technology. Hyundai, in particular, has made significant strides with its XCIENT Fuel Cell Truck, a hydrogen-powered commercial vehicle.
Hyundai's XCIENT Fuel Cell Truck
The XCIENT Fuel Cell Truck is a hydrogen-powered, zero-emission vehicle developed by Hyundai Motor Company. In 2020, Hyundai exported its first batch of 47 XCIENT trucks to Switzerland, where they are currently in use by logistics, distribution, and retail fleet operators. The XCIENT Fuel Cell Truck offers a driving range of over 400 kilometres on a single charge, with a short refuelling time, making it a highly efficient and flexible option for drivers.
Technology
The XCIENT Fuel Cell Truck is powered by a twin array of 90 kW stacks, delivering 180 kW of clean power. The truck features a regenerative braking system, similar to hybrid and battery-electric cars, which improves fuel economy by transferring electricity back to the battery when the driver uses the brakes. The truck also has a high-voltage battery that stores the electricity produced in the fuel cell stacks. The motor then converts this stored electricity into kinetic energy, setting the driving axle in motion.
Safety and Design
The XCIENT Fuel Cell Truck prioritises safety with features like Lane Departure Warning, Forward Collision-Avoidance Assist, and Smart Cruise Control. In the event of an accident, the power to the high-voltage cables is automatically cut off, and the hydrogen tank is shut off to minimise the risk of electric shock. The truck's design includes an 8-inch touchscreen that provides infotainment and seamless mobile device connectivity. The extra-wide-angle lens paired with the 8-inch screen enhances visibility, allowing drivers to manage obstacles behind the vehicle easily.
Performance
The XCIENT Fuel Cell Truck delivers an impressive performance with a driving range of more than 450 miles on a full load. The truck's high charging efficiency and short refuelling time make daily operations more convenient and flexible for drivers. Additionally, the truck generates minimal noise and vibration, resulting in a smoother operation that reduces stress and fatigue for operators.
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Toyota's hydrogen fuel cell cars
Toyota has been a key player in the development of hydrogen fuel cell cars. The company's commitment to reducing carbon emissions and its Beyond Zero vision are driving its investment in this technology.
The Toyota Mirai, launched in 2014, is a leading example of a hydrogen fuel cell vehicle (HFCV). The Mirai runs on hydrogen, which combines with oxygen from the outside air in a fuel cell stack to generate electricity and power the vehicle. This process results in zero tailpipe emissions, with water vapour as the only by-product. The Mirai's hydrogen fuel tanks have been rigorously tested for safety and durability, and Toyota offers complimentary fuel incentives with purchases and leases.
Toyota's hydrogen fuel cell technology extends beyond passenger cars like the Mirai. The company has developed hydrogen fuel cell modules for buses, trucks, and even marine power systems. In 2017, Toyota began testing the Mirai fuel cell system in an electric Class 8 semi-trailer truck as part of Project Portal. The company is also contributing to NASA's Artemis Programme with its Lunar Cruiser, showcasing its commitment to exploring sustainable mobility solutions.
Toyota recognises the importance of infrastructure development to support the wider adoption of hydrogen fuel cell vehicles. The company is actively engaged in efforts to establish a network of hydrogen refuelling stations, working with various stakeholders, including car makers, energy providers, governments, and public authorities.
While hydrogen fuel cell technology faces challenges, including the high cost of hydrogen and the limited fuelling infrastructure, Toyota's ongoing investment and innovation demonstrate its belief in the future of hydrogen-powered vehicles as a crucial component of decarbonisation in the transport sector.
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Frequently asked questions
Many companies are investing in the future of fuel cell cars, including GM, Honda, Hyundai, Volvo, and BMW.
Fuel cell cars are a zero-emissions vehicle, only producing heat and water vapour as byproducts. They can be refuelled quickly and provide a similar driving experience to gasoline-powered cars. Hydrogen is also one of the most efficient ways to store and transport renewable energy.
Hydrogen fuel cell cars are much rarer than electric vehicles, with only 3,143 sold in the US in 2023 compared to 380,000 electric vehicles. They are also more expensive than electric vehicles due to the costs of compression, cooling, transport, and storage of hydrogen.
Some examples of fuel cell cars include the Honda Clarity Fuel Cell, the Hyundai Nexo SUV, and the Toyota Mirai.
