Regan Brown
Hydrogen fuel cell cars are expensive to buy and fuel. In 2020, the annual fuel cost for the Toyota Mirai, Honda Clarity Fuel Cell, and Hyundai Nexo was estimated at $4,495, three to four times the cost of gas-powered alternatives. The high cost of hydrogen fuel cell cars is due in part to the limited availability of refuelling infrastructure. Hydrogen fuel is not widely available, and building new refuelling stations is expensive. Additionally, the production of hydrogen fuel often relies on natural gas, which is cheap but results in lower prices for consumers. The high cost of hydrogen fuel cell cars is a barrier to their widespread adoption, and it remains to be seen whether they will become a viable alternative to electric vehicles or internal combustion engines.
Why are hydrogen fuel cell cars so expensive?
| Characteristics | Values |
|---|---|
| High upfront cost | Hydrogen fuel cell cars are expensive to buy and fuel. |
| Limited refuelling infrastructure | There are very few places to refill hydrogen fuel cell cars, especially in the UK. |
| High infrastructure costs | It is very expensive to expand the refuelling infrastructure for hydrogen fuel cell cars compared to electric vehicles. |
| Safety concerns | Hydrogen gas is extremely flammable, which raises safety concerns among the public. |
| High running costs | The annual fuel costs for hydrogen fuel cell cars are three to four times the cost of gas-powered alternatives. |
| Production process | The majority of hydrogen is produced in large hydrogen processing plants, which increases costs. |
| Hydrogen sourcing | Most hydrogen is sourced from natural gas, which is cheap but not renewable. |
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What You'll Learn
- Hydrogen fuel cell cars are expensive to buy and fuel
- The cost of hydrogen fuel is three to four times that of gas-powered alternatives
- Hydrogen fuel cell cars are expensive because they are not widely available
- Hydrogen fuel is expensive to produce using renewable energy sources
- Hydrogen fuel cell cars are expensive because of the high costs of the infrastructure required to support them
Hydrogen fuel cell cars are expensive to buy and fuel
The second reason is the high cost of hydrogen fuel. Hydrogen fuel needs to be compressed and chilled, which adds to the overall expense. In 2021, hydrogen fuel needed to be priced at $5.88/kg to be competitive with hybrid gasoline vehicles on a per-mile basis. However, it retailed at a much higher rate of $16.50/kg. While hydrogen advocates argue that higher volumes and economies of scale will drive down prices, the current cost of hydrogen fuel makes it significantly more expensive to fuel a hydrogen fuel cell car compared to a conventional gasoline vehicle.
The limited infrastructure for hydrogen fueling stations is another factor contributing to the high cost of hydrogen fuel cell cars. The availability of fueling stations is crucial for the widespread adoption of hydrogen fuel cell vehicles, but currently, there are only a few hydrogen fueling stations in operation, with more in development. This limited infrastructure can deter potential buyers and hinder the growth of the hydrogen fuel cell car market.
Furthermore, the total cost of ownership for a hydrogen fuel cell car is higher than that of a comparable gasoline vehicle or an electric vehicle (EV). While the lifetime cost of ownership for fuel cell cars has decreased in recent years, it remains high due to the cost of hydrogen fuel and the initial purchase price of the vehicles. The two mainstream hydrogen cars on sale in the U.S., the Toyota Mirai and Hyundai Nexo, start at around $50,000 and $60,000, respectively.
In conclusion, hydrogen fuel cell cars are expensive to buy and fuel due to the complexity and cost of the fuel cell system, the high price of hydrogen fuel, the limited infrastructure for fueling stations, and the overall high lifetime cost of ownership. While hydrogen fuel cell technology offers zero emissions and long driving ranges, the financial barriers to adoption remain significant.
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The cost of hydrogen fuel is three to four times that of gas-powered alternatives
The high cost of hydrogen fuel is due to several reasons. Firstly, there are limited refuelling options for hydrogen fuel cell cars, and the infrastructure for refuelling stations is expensive to develop and expand. This is in contrast to electric vehicles, which can utilize the existing electrical grid for charging. The lack of readily available hydrogen refuelling stations contributes to the higher cost of hydrogen fuel.
Additionally, the process of producing and compressing hydrogen fuel can be costly. While some hydrogen is made on-site at fueling stations using electrolysis, most hydrogen for fuel is produced in large hydrogen processing plants, which incurs significant costs. The hydrogen then needs to be compressed to 10,000 pounds per square inch and chilled to maintain stability during fueling. These additional steps in the fuel production and distribution process contribute to the higher cost of hydrogen fuel compared to gasoline.
Furthermore, the majority of the energy used to create hydrogen currently comes from natural gas, which is cheap and results in lower prices for consumers. However, this production method undermines the environmental benefits of hydrogen fuel cell cars, as it may not provide a CO2 emissions advantage over traditional gasoline or diesel engines. The higher cost of producing hydrogen from renewable energy sources makes it less attractive to consumers who prioritize affordability.
The high cost of hydrogen fuel is a significant challenge for the hydrogen fuel cell car industry. To make hydrogen fuel cell technology more accessible and competitive with gas-powered alternatives, companies and governments are working towards expanding the refuelling infrastructure and reducing production costs.
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Hydrogen fuel cell cars are expensive because they are not widely available
The expansion of the refueling infrastructure for hydrogen fuel cell cars is expensive compared to the expansion of the electric vehicle (EV) charging network. This is because an electrical grid is already in place in most areas, whereas hydrogen refueling stations are still relatively scarce. For example, in 2019, there were only 39 hydrogen refueling stations in California, with plans to build 25 more. The limited availability of refueling options makes it inconvenient and costly to own a hydrogen fuel cell car.
The high cost of hydrogen fuel cell cars is also related to the production cost of the vehicles themselves. Fuel cell vehicles require a fuel cell stack, which involves binding multiple fuel cells together to power the car. This technology is more expensive to produce than traditional internal combustion engines or battery-powered electric vehicles.
The cost of hydrogen fuel is also higher than that of gasoline or electricity. While hydrogen is the most abundant element in the universe, most of the hydrogen used for fuel currently comes from natural gas, which is a significant source of pollution. Renewable sources of hydrogen are increasing, but they still represent a minority of the total hydrogen production.
The lack of widespread availability and high costs associated with hydrogen fuel cell cars have limited their adoption. However, some experts predict that by 2025, the price of hydrogen fuel will reach parity with gasoline, making it a more competitive option for consumers.
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Hydrogen fuel is expensive to produce using renewable energy sources
Hydrogen fuel cell cars are expensive to buy and fuel. The high cost of hydrogen fuel is due to the process of creating it. Hydrogen is not a naturally available resource and must be extracted or created using existing resources.
The majority of the hydrogen used for fuel is made in large hydrogen processing plants, which are the same ones that serve the oil industry. The hydrogen is then trucked to the stations and stored in large above-ground tanks. To make it into fuel for fuel cell vehicles, the hydrogen must be compressed to the present standard of 10,000 pounds per square inch, which is also designated as 700 bars. It is then chilled to keep it from heating and expanding as it is pumped into the vehicle. This process is expensive and energy-intensive.
While renewable sources of hydrogen, such as agricultural and waste sites, are increasing, the majority of the hydrogen sourced for fuel comes from natural gas, which is a cheaper method of production. According to the Bosch Automotive Handbook, creating hydrogen from natural gas does not offer a CO2 emissions advantage over using gasoline, diesel, or natural gas in internal combustion engines.
The high cost of hydrogen fuel is a significant factor preventing the widespread uptake of hydrogen fuel cell cars. As Jeremy Parkes of DNV GL notes, "the availability of recharging/refuelling, [for] EVs are winning." The expansion of the refuelling infrastructure for hydrogen fuel cell vehicles is also very expensive compared to the expansion of the EV charging infrastructure, as electrical grids are already in place in most areas where cars need to be charged.
However, a report from the California Energy Commission predicts that a future price parity with gasoline will make hydrogen fuel cell technology worthwhile. This price parity is expected to be reached by 2025.
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Hydrogen fuel cell cars are expensive because of the high costs of the infrastructure required to support them
The cost of hydrogen fuel cell cars is a significant factor preventing their uptake. While hydrogen is the most abundant resource in the universe, the majority of hydrogen for fuel is currently made in large hydrogen processing plants, which are the same ones that serve the oil industry. The hydrogen is then trucked to the stations and stored in large above-ground tanks. Compressing the hydrogen to turn it into fuel is an additional cost.
The high cost of hydrogen fuel cell cars is not just limited to the fuel but also the vehicles themselves. The retail market for hydrogen fuel cell cars is still in its infancy, with only a few automakers offering them for sale or lease. The high cost of the vehicles themselves is a significant barrier for consumers, with the Nexo, for example, being the most expensive Hyundai on sale in the US.
The limited availability of refuelling options is a major challenge for hydrogen fuel cell cars. The expansion of the refuelling infrastructure is very expensive compared to the expansion of the EV charging infrastructure, mainly because electrical grids are already in place in most areas. This means that hydrogen fuel cell cars are dependent on a retail fuelling system that is still in the early stages of development, with only a handful of hydrogen stations currently in operation.
The high costs of the infrastructure required to support hydrogen fuel cell cars, including the production and distribution of hydrogen fuel and the development of a retail fuelling system, contribute to the overall expense of these vehicles.
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Frequently asked questions
Hydrogen fuel cell cars are expensive to buy and fuel. The cost of hydrogen fuel is three to four times that of traditional gas-powered cars.
Hydrogen is not a naturally available resource and must be extracted or created using existing resources. The majority of hydrogen is made in large hydrogen processing plants, which is costly.
Yes, another factor is the lack of infrastructure. There are very few places to refill hydrogen fuel cell cars, which makes them more expensive to run.
Electric vehicles (EVs) are cheaper upfront and have lower running costs compared to hydrogen fuel cell cars.
No, it is predicted that by 2025, hydrogen fuel cell vehicles will reach price parity with gasoline-powered cars.
