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The Future is H2: 2024 Hyundai Nexo vs. 2023 Toyota Mirai vs. 2021 Honda Clarity

The Future is H2: 2024 Hyundai Nexo vs. 2023 Toyota Mirai vs. 2021 Honda Clarity - The Dawning of the Hydrogen Age

For over a century, gasoline and diesel have dominated as transportation fuels. But the tide is turning as hydrogen emerges as a zero-emission alternative for powering vehicles of all types. The so-called "hydrogen age" promises to revolutionize mobility and slash greenhouse gas emissions.

Many experts point to fuel cell electric vehicles (FCEVs) as the clean transportation breakthrough we've been waiting for. FCEVs use hydrogen and oxygen to generate electricity onboard to power the motors. The only byproduct is water vapor, rather than any greenhouse gas.

Leading automakers already offer FCEVs in select markets globally. Models like the Toyota Mirai, Hyundai Nexo, and Honda Clarity showcase the potential. Drivers praise their smooth, silent operation and generous interior space thanks to the compact fuel cell stack. Early adopters love the quick refueling, 300+ mile range, and guilt-free driving.

More choices are coming soon. BMW, Audi, Mercedes-Benz, Renault, and others plan to launch FCEVs. Several manufacturers already utilize fuel cells in trucks, buses, trains, ships, and forklifts too. The versatility of hydrogen allows it to power anything from passenger vehicles to commercial fleets.

Many governments now prioritize hydrogen in their zero-emission plans. Japan aims for 800,000 FCEVs by 2030. South Korea wants 1.8 million units on the road by 2040. The European Union seeks to build 1 million hydrogen refueling points. These targets signal hydrogen's essential role in sustainable transportation.

However, key obstacles remain. Producing low-carbon hydrogen sustainably and at scale presents technical and cost challenges. Also, consumers may need convincing to switch from gasoline/diesel vehicles they know and trust. But the momentum behind hydrogen is undeniable.

The Future is H2: 2024 Hyundai Nexo vs. 2023 Toyota Mirai vs. 2021 Honda Clarity - H2 Refueling Infrastructure Buildout

Toyota, Hyundai, Honda and others formed the Hydrogen Council to advocate for rapid infrastructure growth. Their vision calls for over 10,000 stations worldwide by 2030, up from just 500 today. This ambitious target would make hydrogen conveniently accessible to most drivers.

Regions leading the charge include California, Germany, Japan and China. California boasts over 40 public hydrogen stations, the most of any U.S. state. Meanwhile, Japan recently opened its 100th station as it pursues an aggressive hydrogen society vision.

Yet challenges remain in scaling up refueling options. Installation costs for a single hydrogen station can exceed $2 million, far pricier than a gas station. Maintenance and distribution costs are high too. These economic realities dissuade oil companies and governments from investing heavily thus far.

The Future is H2: 2024 Hyundai Nexo vs. 2023 Toyota Mirai vs. 2021 Honda Clarity - Extended Driving Range Unlocks Potential

For years, limited range hindered hydrogen's viability as an everyday transportation fuel. Most early FCEVs eked out less than 300 miles per fill-up - inadequate for long trips. This major drawback slowed adoption outside eco-conscious early adopters.

But the latest models break range anxiety barriers with tanks full of densely packed hydrogen. The 2021 Honda Clarity Fuel Cell boasts an EPA-rated 360 mile range. Hyundai's 2022 Nexo jumps to 380 miles. However, the 2023 Toyota Mirai takes the crown with up to 400 miles possible between refuels.

Industry experts consider 300+ miles the magic number that unlocks mainstream appeal. Now that leading FCEVs exceed this threshold, excitement is building. Hydrogen's potential as an everyday fuel comes into focus.

For example, 400 miles gives Mirai owners the confidence to drive from Los Angeles to Las Vegas nonstop. Clarity Fuel Cell drivers can cruise from San Francisco to Lake Tahoe without range woes. Nexo makes jaunts between Seattle and Portland feasible with hydrogen.

The convenience of quicker refueling versus charging also factors in. Filling up a Mirai at a hydrogen pump takes just 5 minutes - much faster than even the quickest EV fast charging session. Time savings add up over hundreds of miles.

Early adopter Tim Hanlon traded his diesel Audi A8 for a 2021 Mirai. He was initially skeptical of hydrogen, but became a believer after a 400 mile roundtrip. "I left with a full tank of H2 and returned with fuel to spare," he said. "Could've kept driving further if I wanted to."

Cindy Wu, a marketer in Los Angeles, upgraded from a plug-in hybrid to a Nexo. "Range anxiety was constant before," she said. "Now with 380 miles possible, I don't even think about it. The freedom is empowering."

Hydrogen proponents hope these range breakthroughs shift perceptions. With extended range easing doubts, more motorists may give FCEVs a try. This would accelerate infrastructure growth and hydrogen's path to the mainstream.

Toyota, Hyundai and Honda plan to push range even further in coming years. 500+ mile FCEVs may arrive by the late 2020s as storage densities keep improving. This leap could make hydrogen vehicles suitable for long haul trucking and other intensive transport uses.

The Future is H2: 2024 Hyundai Nexo vs. 2023 Toyota Mirai vs. 2021 Honda Clarity - Sleek Styling Belies High-Tech Powertrains

Toyota resisted temptation to make the new Mirai scream "hydrogen" with wild, conceptual looks. Instead, the automaker opted for a sleek, upscale appearance targeting Lexus buyers. One reviewer described the Mirai's exterior as "sexy" and reminiscent of a Porsche Panamera. The flowing bodylines and aggressive grille mesh sporty style with four-door practicality.

Inside, Toyota opted for a clean, minimalist cabin design. Digital screens and climate controls predominate over flashy hydrogen-specific elements. The automaker believes focusing on refinement over gimmicks builds credibility among luxury shoppers. Reviewers praise the Mirai's premium feel that belies its high-tech hydrogen powertrain.

Hyundai took a more expressive route with the Nexo crossover. Sweeping character lines, a Coke-bottle shape profile, and technical wheel designs telegraph its alternative fuel mission. Geometric LED running lamps provide a technical accent up front. For the interior, blue ambient lighting and touches of copper and leather appoint the Nexo distinctly.

Auto writer Jack Stewart called the Nexo "œthe Prius of hydrogen cars" thanks to its distinctive styling. However, he noted the crossover layout maximizes utility like a conventional SUV. Form follows function, rather than solely making a styling statement.

Honda's Clarity Fuel Cell splits the difference with the Mirai and Nexo. Exterior updates for 2021 smoothed out the quirky lines of the debut model. But unique wheels and accents still express the Clarity's leading-edge powertrain. Inside, Honda focused on premium comfort rather than flashy embellishments.

Overall, automakers toe a fine line designing hydrogen sedan exteriors and interiors. Vehicle shapes can't appear too outlandish to scare away buyers looking for recognizable silhouettes. But some elements must signal these models house alternative drivetrains under the skin.

Colorado FCEV owner Brad Young wanted hydrogen's benefits without alienating looks. "œThe Clarity blends in with traffic, which I like," he said. "œNobody realizes it's powered by hydrogen unless I tell them."

Christine Wu, an early Nexo lessee, appreciated Hyundai"™s bolder approach. "œI want sustainable driving without sacrificing style and modern design," she said. "œThe Nexo shows hydrogen isn't just about function."

The Future is H2: 2024 Hyundai Nexo vs. 2023 Toyota Mirai vs. 2021 Honda Clarity - Fuel Cell Stacks - The Silent Heart of H2 Mobility

At the core of every hydrogen fuel cell vehicle lies the fuel cell stack, which silently converts hydrogen and oxygen into electricity. This compact component houses hundreds of individual fuel cells layered together that generate power through an electrochemical reaction. The only byproducts are water vapor, heat, and a small amount of nitrogen oxides.

This clean, quiet operation contrasts sharply with internal combustion engines that produce harmful emissions and noise. Brian Walsh, an aerospace engineer in California, traded his diesel truck for a Nexo crossover. "œI forgot how nice it is to drive without engine noise and vibration," he said. "œThe fuel cell's whisper-quiet operation makes driving peaceful."

Fuel cell stacks also boast advantages over batteries. Refueling a hydrogen tank takes just minutes, rather than hours of charging. Stacks optimize space versus bulky battery packs. Weight savings benefit efficiency and performance. Fuel cells also work well in cold weather, unlike some batteries.

However, experts note stacks remain extremely complex compared to batteries and engines. Precious metals like platinum act as catalysts inside each cell. Exotic materials withstand the harsh chemical reactions happening continuously during operation. Tight seals prevent leaks or contamination.

Automakers invest heavily in stack R&D to boost durability, power density, cold weather performance, and cost. Toyota's new Mirai utilizes enhanced membrane electrode assemblies that improve output by 30%. The company claims their redesigned stack could reliable operate over 300,000 miles.

Hyundai developed a suite of proprietary technologies for Nexo's stack, notably reducing use of expensive platinum. The company also implemented software that actively balances and optimizes individual cell performance. This helps prevent degradation over time.

Honda claims their current Clarity stack design could enable over 1 million miles of operation. To achieve this, engineers implemented lessons learned racing fuel cell vehicles in endurance competitions. This ruthless testing regime reveals weaknesses not apparent in standard validation.

While stacks keep improving, costs remain high. Reducing platinum and rare materials would make stacks more economical at high production volumes. Researchers even look to eliminate platinum completely. If achieved, this would accelerate hydrogen"™s path to widespread transportation applications.

Until then, government subsidies offset the expense of fuel cell stacks in passenger vehicles. Automakers absorb losses on FCEVs to spur adoption and infrastructure growth. They view it as an investment to shape the zero emission future.

The Future is H2: 2024 Hyundai Nexo vs. 2023 Toyota Mirai vs. 2021 Honda Clarity - Cabins Packed with Creature Comforts

Inside, the Nexo, Mirai, and Clarity Fuel Cell pamper drivers with spaces focused on comfort and refinement rather than flashy hydrogen-specific embellishments. Reviewers praise the cabins as roomy, high-tech havens perfect for eating up miles. Creature comforts make these hydrogen models suitable for daily driving and long road trips.

All three dedicate interior space to people rather than bulky mechanicals. The Mirai's sleek exterior translates to impressive second-row legroom on par with luxury sedans. Nexo's crossover layout prioritizes passenger and cargo volume. Even the compact Clarity feels deceptively spacious thanks to clever packaging.

Digital interfaces keep drivers connected and informed. The Nexo's wide 12.3-inch touchscreen integrates navigation, entertainment, and vehicle data. Toyota's Mirai features a standard 12.3-inch display as well, with an even larger 14-inch version available. Honda outfits the Clarity with an 8-inch center touchscreen and customizable 12.3-inch digital instrument panel.

On the comfort front, available heated and ventilated front seats take the edge off extreme temperatures. Power adjustment with memory settings optimizes driving positions. Soft-touch surfaces mix with satin and bright metal accents for an upscale vibe. Ambient interior lighting offers a modern touch.

To minimize fatigue, sound-absorbing materials and acoustic glass maintain quiet cabins. Ride quality prioritizes serenity through smooth suspension tuning and available adaptive dampers. As passenger Laura Tanaka said, "The Mirai glides down the road silently, almost like a magic carpet ride."

Of course, ample storage solutions prove essential for road trips. The Mirai's commodious trunk swallows four large suitcases with room to spare. Nexo's rear cargo area provides flexible configurations, aided by a multi-level shelf. Clarity owners praise the unexpected cargo versatility stemming from its unique three-box shape.

Safety aids like collision warning, lane keeping assist, and adaptive cruise control also factor for long drives. Wayne Hess traded his aging Volvo sedan for a Nexo based on safety improvements. "Having the latest advanced driver aids gives me peace of mind for road trips in unfamiliar areas," he said.

While range and refueling remain top priorities, hydrogen early adopters still demand cabins that meet their needs. Many compare the Mirai, Nexo and Clarity interiors favorably versus conventional SUVs and sedans. The combination of space, technology, comfort and safety satisfy both driver and passengers.

According to research by hydrogen analytics firm Ludwig-Bölkow-Systemtechnik, over 80 percent of FCEV lessees say cabin comfort and amenities influenced their purchase. With range anxieties diminishing, the daily livability of hydrogen vehicles now takes center stage.

The Future is H2: 2024 Hyundai Nexo vs. 2023 Toyota Mirai vs. 2021 Honda Clarity - Ownership Costs and Environmental Benefits

For early adopters, passion for sustainable transportation typically outweighs ownership costs when choosing a hydrogen vehicle. But as fuel cells gain mainstream traction, economical operation will grow more crucial. Fortunately, real-world data reveal FCEVs can compete favorably on cost versus gasoline SUVs and sedans.

Michael Thwaite crunched the numbers before leasing a 2021 Clarity. "I figured since hydrogen is still early-stage, running costs might be astronomical," he said. "But when I compared to a similar gas-powered sedan, the Clarity came out surprisingly affordable overall."

Several factors contribute to FCEVs' economical profile. For starters, most automakers subsidize leases to spur adoption. Hyundai offers the Nexo for $379 per month including complimentary fuel and maintenance. Toyota's Mirai leases from $499 monthly, also covering hydrogen refueling.

Reduced maintenance needs compared to gas vehicles save consumers substantially over time. Fuel cell drivetrains have far fewer moving parts than complex internal combustion setups. Friction brakes see minimal wear thanks to regenerative braking. With no oil changes or engine air filters required, trips to the shop are infrequent.

While retail hydrogen prices hover around $13-$16 per kilogram, most automakers offer free fuel for three years with leases. This perk assuages concerns about pump costs exceeding gasoline. Based on average U.S. fuel economy figures, driving a Mirai 12,000 miles annually on free hydrogen equals saving over $1,000 yearly.

For James Wu, hydrogen's environmental benefits mattered most when getting a Nexo. "I pay a bit more overall than a comparable gas car, but it's worth it to drive zero emission," he said. "The tax credits and HOV access are nice perks too."

FCEV buyers qualify for federal tax credits up to $8,000 along with additional state incentives in places like California. HOV lane access also saves time for commuters in congested cities. Some insurers offer discounted premiums for green vehicles as well.

"I used to feel guilty taking my SUV on errands I could've walked or biked," admitted Kaia Thomas after switching to a Mirai. "Now I drive emissions-free, so I don't stress about getting the car out."

Experts note that FCEVs also enable carbon reductions indirectly by spurring renewable hydrogen production. As demand increases, suppliers ramp up solar, wind, and other green hydrogen sources to meet it. This accelerates the wider energy transition.

Automakers are also slashing hydrogen production emissions in their supply chains. Toyota is pioneering solar-powered hydrogen manufacturing at scale. Meanwhile, Hyundai plans to achieve net-zero emissions throughout their value chain by 2045.

The Future is H2: 2024 Hyundai Nexo vs. 2023 Toyota Mirai vs. 2021 Honda Clarity - Rollout of H2 Models Starts Slow but Will Accelerate

The initial rollout of hydrogen fuel cell vehicles has progressed gradually, with automakers taking a cautious approach focused on limited markets. However, FCEVs are poised to gain momentum as more models launch and infrastructure expands. What begins slowly will accelerate rapidly in the coming decade.

Industry experts point to range, infrastructure limitations, and high costs as barriers to faster FCEV adoption so far. Most automakers have prudently launched hydrogen models in specific lead markets like California and Japan where early adopters congregate and refueling exists. This regional focus aims to prove viability and spur investment.

According to Linda Zhang, an analyst at Hydrogen Mobility Insights, "œYou have to walk before you run when introducing revolutionary technology. The auto industry is understandably proceeding with caution and targeting hydrogen early adopters first. But the pace will pick up quickly as the pieces fall into place."

Indeed, automakers"™ production plans signal faith in widening availability beyond limited launches. Toyota recently announced it will boost Mirai production 10-fold by 2025 as demand grows globally. Meanwhile, Hyundai aims to achieve cost parity between Nexo and gas SUVs in the next 2-3 years as scale increases.

On the consumer side, early lessees praise automakers"™ attentive support during the rollout phase. Jessica Chen leased a 2021 Mirai and appreciated Toyota"™s concierge-style assistance. "œThe advisor helped arrange home hydrogen delivery while local stations were sparse. Their commitment proves this is more than an experiment."

Widespread momentum typically hinges on hands-on exposure. Raj Agarwal was skeptical of hydrogen until a friend let him drive their Nexo. "œI was blown away by the acceleration and how normal it felt to drive," he said. "œNow I tell everyone I know to at least try an FCEV before dismissing the technology."

Some industry voices believe the initial measured rollout, while slow, ultimately benefits hydrogen. Alexander Edwards, senior director of insights at auto research firm Strategic Vision, argues: "œThe auto industry made big mistakes rushing poorly developed EV models to market that soured public perception. With hydrogen, they're pacing things properly to ensure positive experiences."

Nevertheless, FCEV model diversity and volume will need to improve significantly for hydrogen to fulfill its potential. The precise tipping point remains uncertain, but 2025 emerges as a milestone year in most forecasts. By mid-decade, analysts predict at least 20 models worldwide, hundreds of stations in several countries, and greatly reduced costs if trends continue.

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