Australia Hydrogen Mobility and Fuel Cells Market Size, Share, Growth and Forecast, 2025-2035

Heavy fleets and backup power anchor early zero-emission use

The Australia hydrogen mobility and fuel cells market was valued at USD 26.5 million in 2025 and is projected to increase from USD 32.3 million in 2026 to USD 230.3 million by 2035, registering a CAGR of 24.37% during 2026–2035. Demand comes from freight, waste and bus operators that trial zero-emission heavy vehicles on fixed routes, utilities and telecommunications companies that need clean backup power at remote sites, and mining operators that test alternatives to diesel equipment. New South Wales and the Australian Capital Territory held the largest regional share, 33.7% in 2025, because Sydney, Port Kembla and Canberra host early refueling sites and government fleets. Queensland is the fastest-growing region at 24.98% a year, as truck trials and dealer networks expand across the state. In turn, a federal production tax credit of A$2 per kilogram from 2027-28 improves the outlook for lower-cost renewable fuel at depots.

Which vehicles, systems and fuel sales does the estimate cover?

The estimate measures the value of zero-emission vehicles and powertrains, stationary and portable power systems, refueling equipment and services, transport fuel sales and engineering services linked to hydrogen used in Australia. It covers prime movers, rigid trucks, buses, waste trucks, light vehicles, mining equipment, tower backup generators and portable generators. Values include assets bought outright, leased from providers and owned through joint ventures.

The estimate excludes hydrogen made for ammonia, refining or export, large electrolyzer plants that do not supply transport or power users, and battery-electric vehicles. The value chain runs from fuel producers and equipment makers through vehicle importers, local body builders and integrators, refueling operators and service teams to fleet owners, utilities, miners and telecommunications operators across every state and territory.

Vehicle supply leads while transport fuel sales grow fastest

Why does vehicle and powertrain supply lead value?

Based on value chain stage, the market is categorized into vehicle and powertrain supply, stationary system supply, refuelling equipment and services, transport hydrogen sales and engineering and commercial development. Vehicle and Powertrain Supply led with a 41.0% share of 2025 value, because prime movers, buses and powertrains carry high unit prices. Transport Hydrogen Sales grows fastest at 25.66% a year, as larger fleets buy fuel every day.

How does road fleet propulsion dominate applications?

Based on application, the market is categorized into road fleet propulsion, off-road vehicle propulsion, stationary backup power and portable prime power. Road Fleet Propulsion led with a 58.0% share of 2025 value, because trucks, buses and waste vehicles form most deployments. Off-Road Vehicle Propulsion grows fastest at 25.77% a year, as miners test zero-emission haulage and support equipment at remote sites.

Why do freight operators lead end-user demand?

Based on end user, the market is categorized into freight fleet operators, passenger transport operators, mining and construction operators, telecommunications operators and government and research fleets. Freight Fleet Operators led with a 30.0% share of 2025 value, because logistics companies run heavy vehicles on fixed depot routes. Mining and Construction Operators grow fastest at 25.60% a year, as remote mine sites seek diesel alternatives.

How does renewable fuel lead the energy source mix?

Based on energy source, the market is categorized into renewable electrolytic hydrogen, fossil-derived hydrogen with carbon capture, unabated fossil-derived hydrogen and mixed-origin merchant hydrogen. Renewable Electrolytic Hydrogen led with a 46.0% share of 2025 value, because depot projects pair vehicles with on-site electrolysis. Renewable Electrolytic Hydrogen grows fastest at 26.05% a year, as production tax credits lower supply costs.

Fleet orders, backup power and local builds lift demand

How does captive fleet procurement lift vehicle demand?

Captive fleet procurement lifts vehicle demand, because operators that return to one depot every night can share a single refueling site. Toll Group, ComfortDelGro, Cleanaway and Barwon Water bought vehicles for the Geelong hub with a A$34 million grant from the renewable energy agency, according to Viva Energy. Pure Hydrogen received a purchase order from Toll in January 2025 for two 70-ton prime movers, with delivery scheduled for late 2025. Coregas also added a heavy truck in November 2025 to carry industrial and medical cylinders. As a result, freight fleet operators hold a 30.0% share of 2025 value, as depot-based zero-emission trucks move from trials into service.

Why does stationary power commercialization widen use?

Stationary power commercialization widens use, because generators can replace diesel backup at sites that lose grid supply during storms. Energys and Telstra deployed five backup generators at mobile towers in Victoria, according to H2 View. The sites at Neerim North, Chum Creek, Christmas Hills, Coldstream and Kinglake were chosen for their vulnerability to storm damage. The pilot was co-funded by the Victorian Government, and Energys manufactures the generators with a largely local supply chain. The same state fund also contributed A$1 million to the Geelong refueling hub in 2025, which shows broad state support for clean backup and transport power. In turn, telecommunications operators add steady demand for tower power systems, and Victoria grows at 24.38% a year as storm-exposed sites replace diesel backup units.

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How does local integration capability support fleet orders?

Local integration capability supports fleet orders, because Australian builders can adapt imported stacks to local vehicle rules and duty cycles. Volgren launched its first locally built bus in October 2024 using Wrightbus technology, with a second bus already in production. Pure Hydrogen handed Barwon Water the first fully registered, type-approved prime mover in Australia during fiscal 2025. Heidelberg Materials ordered a 30-ton concrete agitator in March 2025 fitted with a 200 kW Ballard stack and a 58 kWh battery. As a result, vehicle and powertrain supply keeps a 41.0% share of 2025 value, as local builders deliver zero-emission buses and trucks.

Why does federal production support improve fuel economics?

Federal production support improves fuel economics, because cheaper renewable supply narrows the cost gap with diesel. The production tax incentive pays A$2 per kilogram from 2027-28 to 2039-40, and the law received assent on Feb. 14, 2025, according to the International Energy Agency. The national strategy of September 2024 set clean production targets of 0.5 million metric tons a year by 2030 and 15 million metric tons by 2050. Operational clean production capacity reached 697 metric tons a year in December 2024, up more than 52% on 2023, according to Geoscience Australia. In turn, renewable electrolytic supply grows at 26.05% a year.

Shared depots, imported trucks and mine sites widen use

How is the shift to shared refueling hubs changing supply?

The shift to shared refueling hubs is changing supply, because one station can serve several fleets and lower the cost of each kilogram. The Geelong hub opened on June 13, 2025, with a 2.5 MW electrolyzer that can produce 1,000 kg a day. Its fast-fill system can dispense 300 kg in under two hours and refuel at least 10 trucks in a row. Coregas opened its Port Kembla station in 2023 as the first site in Australia built for heavy transport. As a result, refuelling equipment and services gain value, as each new hub needs an electrolyzer, compressors and dispensers.

Why is the rise of imported heavy trucks reshaping trials?

The rise of imported heavy trucks is reshaping trials, because proven models shorten the time fleets need to test zero-emission freight. Hyundai showed its XCIENT truck at the Brisbane Truck Show in May 2025 ahead of fleet trials, according to Hyundai Motor Company Australia. The truck uses 180 kW of stack output, carries 31 kg of fuel in 350-bar storage tanks and refuels in about 8 to 20 minutes. The model has operated in 13 countries and covered more than 100,000 km in New Zealand trials since 2021. In turn, road fleet propulsion holds a 58.0% share of 2025 value, as fleets compare imported trucks on local routes.

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Can mine sites open a larger off-road opportunity?

Mine sites open a larger off-road opportunity, because remote operations burn large volumes of diesel and often have space for on-site solar and electrolysis. The Christmas Creek mobility project in Western Australia produces 193 metric tons a year, the largest operating clean production project in the country. Pure Hydrogen signed a dealer agreement in September 2025 covering Western Australia and Queensland, two states with large mining fleets. Western Australia also recorded the fastest state population growth at 2.1% in the year to March 2026, which adds workers and regional freight demand. As a result, off-road vehicle propulsion grows at 25.77% a year, the fastest application rate.

Is there room for light commercial vehicles to scale?

Light commercial vehicles have room to scale, because utility and fleet buyers want long range and quick refueling for regional work. In August 2026, Toyota confirmed its commitment to a hydrogen HiLux by 2028, alongside diesel and battery-electric versions. Its Altona site in Melbourne can produce up to 80 kg of fuel a day with an on-site electrolyzer. Toyota also plans relocatable refuelers with partners such as Viva Energy and Hyundai, which would bring fuel to fleet locations. Viva Energy's Geelong hub already shows the model, refueling at least 10 trucks in a row. In turn, Victoria, home to the Altona site, holds a 23.0% share of 2025 value, and its fleets could move into work vehicles once supply points spread.

Sparse stations, high costs and project delays slow uptake

How does sparse refueling access limit fleet adoption?

Sparse refueling access limits fleet adoption, because operators cannot run vehicles far beyond the few stations that exist. Toyota described public infrastructure as pretty much non-existent in August 2026, with Hyundai's head office station the only site in Sydney. As a result, most fleets stay on short depot routes. Providers respond with relocatable refuelers and shared hubs that serve several operators at once, which spreads station costs across more vehicles.

Why do high vehicle costs depend on grant funding?

High vehicle costs depend on grant funding, because zero-emission heavy vehicles still cost far more than diesel models. Scott Lovatt Transport signed for two prime movers in August 2025, but the sale depends on securing government grants. In turn, order books move with funding rounds rather than steady demand. Suppliers respond with leasing, service bundles and joint ownership that spread capital costs over the full working life of each vehicle.

How does a shrinking project pipeline slow supply growth?

A shrinking project pipeline slows supply growth, because fewer production projects mean fewer low-cost fuel sources for fleets. The number of tracked projects fell from 104 in 2023 to 90 in 2024. As a result, some operators wait for clearer fuel prices before ordering vehicles. Developers respond by tying smaller electrolyzers to specific fleets and backup power users that guarantee demand, which lowers the risk of building supply ahead of vehicles.

Why does battery-electric competition narrow some uses?

Battery-electric competition narrows some uses, because battery trucks and buses now cover many urban routes at lower energy cost. Volgren's zero-emission portfolio of more than 150 buses includes both battery and fuel cell models. In turn, operators choose fuel cells mainly for long routes, heavy loads and remote sites. Suppliers respond by targeting duty cycles where range, payload and refueling time matter most, such as regional freight and mining haulage.

New South Wales leads while Queensland grows fastest

Why do New South Wales and the ACT hold the largest share?

New South Wales and the Australian Capital Territory held a 33.7% share of 2025 value and grow at 24.08% a year, because they host early stations and fleets. Coregas runs a heavy-vehicle station at Port Kembla, while Hyundai operates a station at its Sydney head office. The two jurisdictions had about 9.16 million residents at March 31, 2026, the largest combined population. Scott Lovatt Transport also ordered prime movers in the state in 2025.

How does Victoria anchor depot-based deployments?

Victoria held a 23.0% share of 2025 value and grows at 24.38% a year, because the Geelong hub, the Toyota Altona site and tower backup projects concentrate early deployments. The Geelong station opened in June 2025 to serve Toll, ComfortDelGro, Cleanaway and Barwon Water vehicles. Energys and Telstra also run five backup generators at regional Victorian towers. The state added about 109,500 residents in the year to March 2026.

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Why is Queensland the fastest-growing region?

Queensland held a 19.0% share of 2025 value and grows fastest at 24.98% a year, because truck trials, dealer networks and mining fleets expand across the state. Hyundai launched its XCIENT truck in Brisbane in May 2025 ahead of fleet trials. Pure Hydrogen also signed a dealer agreement covering Queensland in September 2025. The state added about 90,100 residents in the year to March 2026, a growth rate of 1.6%.

How does Western Australia build off-road demand?

Western Australia held a 16.0% share of 2025 value and grows at 24.78% a year, because mining operators test zero-emission haulage at remote sites. The Christmas Creek mobility project produces 193 metric tons a year, the largest operating clean production project in Australia. The state also had the fastest population growth at 2.1% in the year to March 2026.

What drives demand in the southern and northern jurisdictions?

South Australia, Tasmania and the Northern Territory held an 8.3% share of 2025 value and grow at 23.18% a year, because waste and municipal fleets lead early use. Pure Hydrogen delivered a rear-loading waste truck in February 2025 for work with the City of West Torrens in Adelaide. These smaller markets depend on single-asset deployments until more stations open.

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Station openings, truck debuts and tax credits in 2024-2026

Electrolysis, 350-bar storage and modular stacks evolve

• On-site electrolysis makes fuel from water and renewable power at the depot, which removes trucked supply and lowers delivered costs over time.
• High-pressure storage holds 31 kg or more on heavy trucks at 350 bar, which gives ranges of up to 400 km on regional routes.
• Hybrid stack and battery systems pair a 200 kW stack with a battery pack, which handles peak loads on agitators and prime movers.
• Relocatable refuelers move fuel to fleet locations on demand, which lets operators start trials before permanent stations open.

Vehicle makers and local integrators compete for fleets

Competition is led by global vehicle makers that import proven models, alongside local integrators that adapt imported stacks to Australian rules and duty cycles. Hyundai Motor Company Australia brought its XCIENT truck to Brisbane in May 2025, and Coregas put one into daily service in November 2025. Toyota Australia runs an electrolyzer at Altona and plans a hydrogen HiLux by 2028. Pure Hydrogen builds prime movers, agitators and waste trucks, several with Ballard stacks, for Toll, Barwon Water, Heidelberg Materials and Solo. Volgren builds buses with Wrightbus technology, while Energys supplies tower backup generators to Telstra. Rivals compete on vehicle range, refueling access, service support, local approvals and the ability to bundle fuel, maintenance and financing for fleet buyers.

Companies profiled and their roles in this market

Credence Research view on Australian zero-emission fleets

Credence Research's view is that Australian zero-emission fleet value will grow quickly from a small base because depot-based fleets, tower backup and mining trials keep adding assets. Vehicle supply remains the largest part of the market, while fuel sales gain share as fleets scale up. Production tax credits from 2027-28 should lower fuel costs, although sparse stations and grant-dependent orders slow uptake. Suppliers that bundle vehicles, fuel and service around shared hubs should gain share fastest.

How the Australian deployment value estimate was built

The report uses 2025 as the base year on a calendar basis, and market values come from the Credence Research model. That model combines government energy resource data, international policy records, population statistics, company releases on vehicle orders and station openings, and trade press on fleet trials. Segment splits and regional growth rates are Credence Research estimates, while regional shares follow the client-defined split. Sources used are public reports, official statistics, company releases and trade press, and no interviews or surveys were used.

Fleet scale-up and tax credits carry growth to 2035

Deployment value is expected to reach USD 230.3 million by 2035, a 24.37% CAGR during 2026–2035, as fleets, miners and tower operators add zero-emission assets. Growth should stay strong through 2028 while depot hubs open and production tax credits begin. After that, fuel sales, off-road equipment and light commercial vehicles will carry more growth as supply points spread. Slower station building would delay orders, while cheaper renewable fuel would speed them. Suppliers with shared hubs and service networks are expected to gain the most.

Note: The depth of individual sections depends on data availability for this market. Volume, capacity, trade and other unit-based metrics are included where applicable.