Best Hydrogen Car Models In USA

by | Apr 14, 2024 | Green Investments

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Hydrogen car deserves far more recognition than they currently receive. The concept of using the world’s most abundant resource to power a vehicle that emits no emissions and has a far lower total environmental impact should be highly praised. While the automobile industry is transitioning to all-electric cars as a result of the focus on environmentally benign power sources, hydrogen power is receiving less attention. Unfortunately, hydrogen fuel cell vehicles are now pricey and scarce, with only three automakers offering a single choice in their line-ups.

Best Hydrogen Car Models in the USA

The future of hydrogen cars is bright, with established manufacturers such as Toyota, Hyundai, and others investing extensively in hydrogen development.

Best Hydrogen Car Models in the USA

1. Hyundai N Vision 74

There’s a lot to discover before we can wallow in the “potential” awe-inspiring grandeur of the Hyundai N Vision 74. It’s not just the N brand’s first hydrogen hybrid lab on wheels; it’s also a rolling monument to the iconic 1974 Pony Coupe Concept, conceived by none other than the great Italian automotive designer Giorgetto Giugiaro himself.

Hyundai N Vision 74 specs:

  • Acceleration time of less than 4 seconds: 0 to 60 mph
  • Top speed: exceeds 115 mph
  • Driving Range: Over 372 miles
  • Charging Time (800V): 5 minutes

2. 2024 Hyundai Nexo

The Hyundai Nexo is a hydrogen car notable for its innovative technology and futuristic look. It debuted in 2018 and has been continuously improved, and the 2024 edition sports a number of unique features and remarkable performance.

2024 Hyundai Nexo Specifications:

  • Engine: Hydrogen-Powered Permanent Magnet Electric Motor
  • Horsepower: 161 horsepower
  • Torque: 291 pound-feet of torque
  • Range: 354 – 380 Miles
  • Transmission: Single-Speed Reduction Gear
  • Drivetrain: FWD
  • MSRP: From $60,135

3. Hyperion XP-1

The Hyperion XP-1, introduced in August 2020 by American carmaker Hyperion Motors, sparked widespread curiosity for its distinctive design and hydrogen fuel cell technology. Hailed as a paradigm changer in the automotive sector, the XP-1 had its public premiere at the 2022 Los Angeles Auto Show, where its V-doors, low-profile design, and heavy use of glass drew comparisons to extraterrestrial constructions.

Hyperion XP-1 Performance Specifications:

  • Engine: features a hydrogen fuel cell, supercapacitors, and four electric motors
  • Horsepower: 2,038 horsepower
  • Acceleration (0-60 mph): 2.25 seconds
  • Top Speed: 221 mph

4. Toyota Mirai

The attractive 2023 Toyota Mirai hydrogen car is virtually unique, given how few automakers have seen the light. Electric vehicles are undoubtedly the way of the future, but when driven by hydrogen, they become increasingly cleaner over Time.


  • Horsepower: 182 horsepower
  • Range: 402 miles
  • 12.3-inch infotainment screen

In conclusion, the landscape of hydrogen cars in the United States is fast shifting, with numerous models emerging as market leaders. Hydrogen car models such as the Toyota Mirai and Hyundai Nexo demonstrate significant advances in hydrogen fuel technology, providing consumers with efficient and environmentally friendly transportation options for a more sustainable future.

Is Hydrogen Car Better Than Electric Car?

Category Electric Cars (BEVs) Hydrogen Cars (FCVs)
Emissions No tailpipe emissions; emissions depend on electricity generation source. No tailpipe emissions except water; emissions depend on hydrogen production method, often from natural gas.
Energy Efficiency High energy efficiency. Direct conversion of electricity to power is more efficient. Lower energy efficiency due to losses in hydrogen production, storage, and conversion.
Renewable Energy Integration Can be charged directly using renewable energy. Potential for battery storage to balance grid demand. Hydrogen can be produced using renewable energy and stored indefinitely, useful for grid management and long-term energy storage.
Infrastructure Well-established electric grid and growing charging infrastructure. Less developed; requires significant investment in production, storage, and filling stations.
Current Viability Lower environmental impact due to better efficiency and established infrastructure. Higher potential impact, currently limited by the predominance of gray hydrogen production and infrastructure challenges.
Future Potential Continued improvements in battery technology and integration with renewable energy grids. Significant potential if green hydrogen production scales up and becomes cost-effective, especially for heavy transport and industry.

Presently, electric cars tend to have a lower environmental impact, primarily due to their greater energy efficiency and the more mature infrastructure for electricity generation and distribution compared to hydrogen.

However, hydrogen cars have significant potential in terms of environmental benefits, especially if advancements in hydrogen production technology lead to more widespread use of green hydrogen produced from renewable energy sources. They could play a critical role in sectors that are hard to electrify, like heavy transportation and industrial applications.

The choice between hydrogen and electric vehicles from an environmental standpoint may depend heavily on future advancements in technology and the expansion of renewable energy infrastructure. As such, both technologies are crucial in the shift towards a more sustainable transportation sector.

Why Hydrogen Cars Are Not The Future?

While it’s not entirely accurate to say that hydrogen cars are not the future—since they may still play a significant role in certain sectors—their path to becoming a dominant form of personal transportation faces several substantial challenges compared to battery electric vehicles (BEVs). Here are the main reasons why hydrogen cars might struggle to become widespread:

1. Infrastructure Challenges

  • Fueling Infrastructure: Hydrogen fueling stations are expensive to build and maintain. As of now, there are very few hydrogen stations compared to gasoline stations or electric charging points. Establishing a comprehensive network of hydrogen fueling stations requires significant investment.
  • Production and Supply Chain: Hydrogen needs to be produced, which is currently predominantly done using fossil fuels, although it can be made through electrolysis using renewable energy. The infrastructure for producing, transporting, and storing hydrogen at scale is not yet widely developed.

2. Cost Issues

  • Vehicle and Production Costs: Hydrogen fuel cell vehicles are typically more expensive to manufacture than electric vehicles. The fuel cells require platinum as a catalyst, which is costly. Additionally, the production of hydrogen, particularly green hydrogen (produced from renewable sources), is currently more expensive than the production of electricity from renewables.
  • Fuel Costs: While hydrogen prices might decrease with advancements in technology and production scale, currently, hydrogen fuel tends to be more expensive per mile than charging electric vehicles, especially with the continuing decrease in renewable energy prices.

3. Energy Efficiency

  • Lower Efficiency: Hydrogen cars have a lower energy efficiency from well to wheel compared to electric cars. Energy is lost during the production, compression, storage, and conversion back into electricity in fuel cells. In contrast, electric cars can directly use electricity stored in batteries with less energy loss.

4. Environmental Concerns

  • Production Footprint: Most hydrogen is currently produced from natural gas in a process that emits carbon dioxide, known as grey hydrogen. Although the technology for producing green hydrogen (from water using renewable energy) exists, it is not yet competitive with traditional methods or the use of electricity in BEVs.

5. Market Dynamics and Consumer Choice

  • Consumer Adoption: The availability of models, the higher cost of vehicles and fuel, and concerns about the availability of fueling stations play a significant role in consumer adoption. Electric vehicles, by comparison, are becoming more affordable, offer a growing range of options, and are supported by an expanding global charging infrastructure.

6. Competition from Electric Vehicles

  • Rapid Improvements in BEV Technology: Battery technology is rapidly improving, with increases in energy density, decreases in charge time, and reductions in cost. This makes electric vehicles increasingly attractive to both consumers and manufacturers.

While hydrogen cars offer certain advantages, such as fast refueling times and the potential for heavy-duty applications, they face significant hurdles in becoming a mainstream solution for personal transportation. They are more likely to find their niche in sectors where batteries are less effective, such as in long-haul trucking, shipping, or aviation, or as a storage solution for renewable energy. However, for personal cars, the future increasingly appears to lean towards battery electric vehicles, given current trends and technological advancements.

Also Read: Hydrogen Car Power: How Much HP Does It Have?



  • Dr. Elizabeth Green

    With over two decades of experience in sustainability, Dr. Elizabeth Green has established herself as a leading voice in the field. Hailing from the USA, her career spans a remarkable journey of environmental advocacy, policy development, and educational initiatives focused on sustainable practices. Dr. Green is actively involved in several global sustainability initiatives and continues to inspire through her writing, speaking engagements, and mentorship programs.


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