Company Overview
Toyota New Zealand — Hydrogen.
Toyota New Zealand is using passenger vehicles, heavy-transport partnerships, marine projects and stationary generators to demonstrate how Toyota fuel cell technology could contribute to New Zealand's wider low-emission energy mix.
A Multi-Technology Approach
Toyota New Zealand presents hydrogen as one part of a multi-powertrain strategy alongside hybrid, plug-in hybrid and battery-electric vehicles. That distinction is important: the company is not proposing fuel cells as the answer for every journey. It is exploring applications where rapid refuelling, range, high utilisation, energy storage or off-grid operation may make hydrogen useful.
Toyota's fuel cell systems combine stored hydrogen with oxygen to generate electricity, with water as the principal point-of-use output. Lifecycle emissions depend on how the hydrogen is produced and delivered. New Zealand trials have therefore sought to connect the technology with locally available low-emission hydrogen and practical business use.
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Toyota Mirai in New Zealand
Toyota Mirai in New Zealand
Toyota introduced the second-generation Mirai fuel cell electric sedan to New Zealand in 2022 through a shared corporate programme. The original Hydrogen Project allowed partner organisations to experience fuel cell vehicles in normal business travel and generated operating information on distance, drivers and avoided petrol use. Toyota's 2025 sustainability report says that project has ended, with tailored business leasing available for Auckland customers.
In August 2026, Ezi Car Rental placed three Mirai vehicles at Palmerston North Airport for eligible corporate customers. The vehicles are supported by the nearby Hiringa refuelling station, and Toyota states a rental operating range of about 250 kilometres. This is a practical way to let more organisations experience hydrogen mobility without buying a vehicle, although passenger FCEVs remain dependent on limited refuelling access.
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Heavy Transport
Heavy Transport
Toyota New Zealand is supporting TR Group and GBV Technology in the development of hydrogen fuel cell heavy trucks. Toyota announced the customer launch of the programme in March 2025, describing 50-tonne prime movers integrated by GBV and offered through TR Group under a fully maintained operating lease. The programme connects Toyota fuel cell technology with local engineering, commercial fleet support and the Hiringa refuelling network.
Heavy freight is a significant hydrogen application because long routes, payload and high daily utilisation can make charging a very large battery difficult. Fuel cells do not remove the need for batteries—the truck remains an electric vehicle—but they allow energy to be carried as compressed hydrogen and replenished relatively quickly. Commercial success still depends on vehicle reliability, fuel cost, station utilisation and verified lifecycle emissions.
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Marine Fuel Cells
Marine Fuel Cells
Toyota supplied prototype fuel cell technology for Emirates Team New Zealand's Chase Zero foiling chase boat. The project demonstrated fuel cell propulsion in a demanding marine environment and helped move the technology beyond road vehicles. Toyota has reported further fuel cell supply for other America's Cup chase boats.
Marine applications have their own constraints, including weight, space, ventilation, salt exposure, vessel rules and bunkering. Demonstration craft are valuable engineering platforms, but broader adoption requires repeatable certification, support and fuel access at ports.
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Stationary Hydrogen Power
Stationary Hydrogen Power
Toyota New Zealand has also introduced the EODev GEH2 hydrogen fuel cell generator, developed in Europe using Toyota fuel cells and assembled by Toyota Australia. It has been trialled in applications including ground-support equipment at Wellington Airport. Toyota identifies possible uses at off-grid sites, construction projects, confined environments, events and essential facilities needing low-noise or low-emission temporary and backup power.
A generator trial must be compared with grid connection, batteries, solar-plus-storage and efficient diesel alternatives. Fuel availability, run time, storage, ventilation, emergency planning and cost per delivered kilowatt-hour govern whether a fuel cell generator is practical.
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Why Toyota's Activity Matters
Why Toyota's Activity Matters
Toyota brings established fuel cell engineering, vehicle safety systems, trained technicians and a national automotive organisation to New Zealand's early hydrogen market. Its work across cars, trucks, boats and generators demonstrates that a fuel cell stack can be adapted to several applications. Just as importantly, the projects expose the non-vehicle requirements: fuel production, stations, training, leasing, maintenance, certification and customer confidence.
Infrastructure and Market Development
Infrastructure and Market Development
Toyota's New Zealand activity illustrates the coordination required to introduce a new fuel. Mirai demonstrations depend on a suitable station and low-emission hydrogen; heavy trucks depend on freight routes, fleet support and commercial fuel volumes; generators need safe storage and delivery at the operating site. Toyota can supply fuel cell technology, but project partners provide much of the surrounding infrastructure and market access.
This partnership model also allows technology to be tested without expecting one organisation to own the whole chain. Vehicle leasing can reduce the customer's initial capital commitment, rental can introduce new drivers to FCEVs, and a generator trial can test a real load before a longer-term decision. The results should still be measured against the practical alternative for each application, including energy use, cost, reliability and emissions.
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Questions for Prospective Users
Questions for Prospective Users
A business considering a Mirai or hydrogen-powered commercial vehicle should confirm where it can refuel, the usable range under its normal conditions, vehicle and fuel availability, lease or purchase terms, service support and its contingency when a station is unavailable. A stationary-power customer needs to define peak load, energy over the required run time, hydrogen inventory, delivery access, storage location, noise requirements and any need for uninterrupted transfer during an outage.
In every case, the hydrogen source is central to the environmental result. Fuel cell equipment has no carbon dioxide exhaust at the point of use, but the complete assessment includes hydrogen production, compression and transport. Toyota's projects are most informative when they publish actual utilisation and energy data that allows customers to compare the complete service with batteries, grid electricity, diesel and other options.
Contact
Contact Toyota New Zealand
- Company: Toyota New Zealand Limited
- Website: www.toyota.co.nz
- Email: customercare@toyota.co.nz
- Phone: 0800 TOYOTA (0800 869 682)
- Address: 29 Roberts Line, Kelvin Grove, Palmerston North 4414, New Zealand
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Using This Company Reference
Using This Company Reference
Toyota New Zealand and New Zealand Hydrogen are separate organisations. This independent summary is not a product endorsement or an official Toyota statement. Confirm availability, performance and commercial terms directly with Toyota and its project partners.