Katerina Swanson
The future of motorcycles may be hydrogen fuel cell-powered, according to the Massachusetts Institute of Technology (MIT) Electric Vehicle Team. The team has built a unique hydrogen fuel cell-powered electric motorcycle, which they hope will be a testbed for new hydrogen-based transportation. However, the high cost of hydrogen fuel cells has been a barrier to commercial production. Hydrogen fuel cells are expensive because they require a sturdy fuel system to ensure safety, which adds weight and engineering challenges. Additionally, hydrogen is mostly produced as a byproduct of oil refinement, and increasing its demand for transportation will likely increase our dependence on fossil fuels. While the MIT team has received support from industry sponsors and various departments at MIT, it is still uncertain when, or if, their hydrogen fuel cell-powered motorcycle will be available for commercial production and how much it will cost.
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What You'll Learn
Hydrogen-powered motorcycles are an area of innovation
The motorcycle was built using a frame from a 1999 model, with custom-made parts added to support the electric motor, hydrogen tank, fuel cell, and drive train. The team had to be innovative in their design to ensure that all the components fit within the limited space of the motorcycle frame. Initial tests were conducted using battery power until the fuel cell was delivered and installed.
While the motorcycle is a prototype and not yet ready for commercial production, it is a fully open-source, rigorously documented, and tested platform. The fuel cell is currently a very expensive component, and hydrogen is highly combustible, requiring a sturdy fuel system to ensure safety. However, the team at MIT believes that their work could be a testbed for new hydrogen-based transportation.
Toyota and Hyundai have already introduced hydrogen-fueled vehicles to the market, and some hydrogen fuel stations are available globally. However, access to hydrogen remains a challenge for consumers, especially on the East Coast. Despite these challenges, hydrogen-powered motorcycles represent an innovative direction for the future of transportation.
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Hydrogen fuel cells are expensive
While hydrogen fuel cells are expected to become cheaper than most conventional fossil fuels in the near future, they are currently expensive. The high cost of hydrogen fuel cells is a significant barrier to their widespread adoption and commercial production. The fuel cell is a very big and costly component, making it unaffordable for commercial production, despite the existence of hydrogen-fueled vehicles from companies like Toyota and Hyundai.
The price of green hydrogen is decreasing, and experts predict that within a decade, hydrogen fuel will be cost-competitive with traditional fuel sources. This is due to the decreasing costs of renewable energy sources such as solar, wind, and water, which are used for green hydrogen production. Additionally, governments worldwide are increasing their support for hydrogen fuels and enacting stricter carbon dioxide emissions standards, which may lead to subsidies for clean energy growth.
The development of a strong hydrogen refueling infrastructure is crucial for hydrogen to become a viable alternative to traditional fuels. Investments are being made to accelerate the market for low-cost, clean hydrogen, such as the United States' $7 billion funding for regional clean hydrogen hubs. As the industry builds this infrastructure, hydrogen costs for end-users are expected to be influenced positively.
While the future of motorcycles may include hydrogen fuel cells, as demonstrated by the MIT Electric Vehicle Team's prototype, the high cost of fuel cells remains a challenge. However, with continued advancements and support, hydrogen fuel cells may become more affordable and accessible for commercial production and widespread use.
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Flexible fuel storage cells are available for motorcycles
One example of a flexible fuel storage cell for motorcycles is the FuelCel composite motorcycle fuel tank. Users have praised the product for its weight savings and outstanding quality, highlighting the advantages of reduced weight in improving both the bike's performance and the rider's experience. The FuelCel tank is also noted for its perfect fit, installation, and intelligent design, ensuring a seamless integration onto the motorcycle.
BikeGear offers a range of flexible fuel storage cells specifically designed for motorcycles. Their products include the Trial 3L, a compact fuel bladder ideal for Enduro and touring adventure riders, providing extra fuel capacity without taking up significant space. The Overland 6L incorporates various mounting options, including steel D-Rings and integrated cinch straps, making it well-suited for long-distance riders. The Xtreme 20L is a collapsible jerry fuel can that can be easily stored in the boot or strapped to roof racks, making it ideal for emergency fuel situations.
Desert Fox Fuel Cells also offers flexible fuel storage solutions, providing strong, lightweight, and easy-to-store options. Their fuel cells feature a fuel spout with dust-proof integrated pouches and expandable lengths, ensuring clean fuel dispensing. The inclusion of tie-down cinch straps and steel D-rings offers alternative mounting options for added convenience. These fuel cells are designed to be folded or rolled when empty, maximizing storage space when not in use.
While flexible fuel storage cells offer advantages for motorcycles, it is worth noting that the cost of fuel cells can vary depending on the specific product and its features. Some fuel cells can be expensive, especially those designed for custom applications or high-performance vehicles. However, the benefits of flexible fuel storage cells, such as increased range, ease of storage, and improved performance, make them a viable option for motorcycle enthusiasts seeking efficient and reliable fuel solutions.
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Fuel cell motorcycles are tested for safety
Fuel cell motorcycles are being tested for safety and performance, with the MIT Electric Vehicle Team leading the way in this field. The team has built a unique hydrogen fuel cell-powered electric motorcycle, which has undergone rigorous testing to ensure safety and performance.
Initial tests were conducted on a dynamometer, a type of instrumented treadmill that simulates a road. This allowed the team to test the motorcycle's performance and ensure that the mechanical and electrical systems could handle high speeds.
The team also utilised an on-board logging computer to monitor the bike's performance, battery levels, and hydrogen tank levels in real time. This data was crucial in calculating the range of the vehicle and ensuring the safety of the fuel cell system.
The MIT Electric Vehicle Team has also emphasised the level of documentation and testing they have conducted, stating that their motorcycle is the first fully open-source and rigorously tested fuel cell motorcycle in the world. This documentation will enable future researchers and companies to build upon their work and bring fuel cell motorcycles to the market safely and efficiently.
While the current prototype is primarily for research purposes, the team believes that their work will pave the way for commercial production of fuel cell motorcycles in the future. The safety and performance testing conducted by the MIT Electric Vehicle Team is, therefore, a crucial step in bringing this innovative technology to the roads and making hydrogen-based transportation a reality.
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Fuel cell motorcycles are more efficient than traditional motorcycles
While there is currently no pricing information available for fuel cell motorcycles, there are several reasons why fuel cell motorcycles are more efficient than traditional motorcycles.
Firstly, fuel cell motorcycles, such as the one developed by MIT's Electric Vehicle Team, use hydrogen fuel cells, which provide a more efficient and cleaner form of energy compared to traditional fossil fuels. The use of hydrogen fuel cells eliminates the need for new infrastructure or distribution, as it can utilize the existing distribution infrastructure of traditional fossil fuels. This makes it a more cost-effective alternative.
Secondly, fuel cell motorcycles offer improved performance compared to traditional motorcycles. The weight reduction provided by fuel cell technology results in increased acceleration, improved handling, and enhanced braking. The lighter weight of the fuel cell also reduces rider fatigue, allowing for a more enjoyable riding experience.
Additionally, fuel cell motorcycles have the potential to revolutionize the motorcycle industry by providing an alternative solution to electrification. While electrification is suitable for cars and short-range commuter bikes, it has not yet proven effective for larger motorcycles. Fuel cells, particularly those utilizing hydrogen, offer a viable option for updating motorcycle power sources and improving overall efficiency.
Furthermore, fuel cells can also be used in traditional engines, providing flexibility in their application. The use of biofuels, which are considered carbon-neutral due to their ability to eliminate CO₂ from the air, is another advantage of fuel cell technology. The development of e-fuels, which are synthetic fuels created by combining hydrogen and CO₂, further contributes to the efficiency and environmental benefits of fuel cell motorcycles.
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