COMPANY PROFILE / HYDROGEN ENERGY
Toyota Motor Corporation
A pioneer of passenger fuel cell cars, now widening hydrogen "use" and "production" with third-generation fuel cells for commercial vehicles and large electrolyzers
Toyota comes up in any discussion of hydrogen because it launched the Mirai fuel cell electric vehicle (FCEV) in 2014 and has since extended that fuel cell (FC) technology to trucks, buses and stationary power, and now to water electrolyzers. Consolidated sales revenues for FY2026 (year to March 2026) were ¥50,684.9 billion, but FCEV retail sales for the same year are printed as "1" in thousands (about 1,000 units, against 10,477 thousand Toyota and Lexus vehicles in total). In February 2025 the company announced its third-generation FC system for commercial use. In March 2026 it presented a 5 MW-class electrolysis system at its Honsha Plant, and in July 2026 it signed a binding agreement to join cellcentric, the fuel cell joint venture of Daimler Truck and the Volvo Group, as a one-third owner. This profile sets out, from the company's releases and results material, what Toyota has put into hydrogen, what it has achieved, and what it plans. The hydrogen engine is covered in its own sections.
- Toyota in 30 seconds, and where it stands in hydrogen
- The logo and how the name is written
- Where the company sits in the field
- Scale
- Resources committed to hydrogen
- What it has done so far
- What comes next
- What the company is aiming for in hydrogen
- Map of partnerships in hydrogen
- Technologies, products and services
- The risks this company carries
- Glossary, references and claim-to-source audit
1. Toyota in 30 seconds, and where it stands in hydrogen
Electrolyzers (secondary)Main method: polymer electrolyte fuel cells (PEFC)
Toyota's hydrogen business appears to be shifting its weight from selling passenger cars in volume to spreading FC systems and a hydrogen supply chain into commercial vehicles, stationary power and industry Our calculation. FY2026 FCEV retail sales are printed as "1" in thousands, yet the company says the third-generation FC system was developed for commercial use and names as targets for around 2030 75,000 FC units for commercial trucks and 3 GW of cumulative electrolysis business Not yet confirmed. Hydrogen-specific revenue, profit, headcount and investment are not disclosed.
2. The logo and how the name is written
A note on names: the legal entity is Toyota Motor Corporation, referred to in its releases simply as "Toyota". Its dedicated hydrogen and fuel cell organization is Hydrogen Factory (from 1 July 2023), and in North America the business goes by Toyota Hydrogen Solutions. A commercial-vehicle company, Commercial Japan Partnership Technologies (CJPT), is mentioned in the Isuzu release in connection with fuel cell light-duty trucks, but this article covers only what the company's own releases state. The logo image was taken from the company's official website (global.toyota).
Official website: https://global.toyota/en/3. Where the company sits in the field
Toyota says it works across the hydrogen chain of "producing, transporting, storing and using", but its revenue substance lies on the "using" side, in fuel cells Sourced. In 2024 it also entered the "producing" side by starting to co-develop a large-scale electrolysis system with Chiyoda Corporation. The "fuel cells & end use" category here covers FCEVs, FC trucks and FC generators, and also the hydrogen engine (combustion); Toyota's hydrogen engine is at present in development on race cars. For the differences between the methods, see our explainers on fuel cell vehicles and polymer electrolyte fuel cells, hydrogen engines, high-pressure hydrogen tanks, liquid hydrogen, and PEM electrolysis.
4. Scale
Toyota is one of the world's largest automakers, and hydrogen is only one part of it. The company as a whole is covered briefly Sourced.
| Item (¥ billion) | FY2025 | FY2026 | FY2027 company forecast |
|---|---|---|---|
| Consolidated sales revenues | 48,036.7 | 50,684.9 | 51,000.0 |
| Operating income | 4,795.5 | 3,766.2 | 3,000.0 |
| Net income attributable to Toyota | 4,765.0 | 3,848.0 | 3,000.0 |
| R&D activity-related spending | 1,326.4 | 1,522.8 | 1,600.0 |
| Capital expenditures (excluding leased vehicles, etc.) | 2,134.8 | 2,390.6 | 2,300.0 |
| Consolidated employees (end of period) | 383,853 | 390,927 | - |
FY2026 operating income fell by ¥1,029.3 billion (21.5%) from the prior year, and the company puts the effect of U.S. tariffs on operating income at -¥1,380.0 billion. As the company's footnote says, the R&D figure is spending related to R&D activities during the period and does not match R&D expenses on the consolidated income statement. The results material gives no separate figures for hydrogen revenue, profit or R&D.
| Retail sales (thousand units, Toyota and Lexus) | FY2025 | FY2026 | Change |
|---|---|---|---|
| HEV | 4,425 | 4,620 | 104.4% |
| PHEV | 161 | 175 | 108.6% |
| BEV | 145 | 243 | 168.4% |
| FCEV | 1 | 1 | 81.5% |
| Toyota and Lexus, total | 10,274 | 10,477 | 102.0% |
The FCEV figure is rounded to the nearest thousand, so the exact count cannot be read from the results material. As a guide, it is under 0.1% of the 10,477 thousand units Our calculation.
5. Resources committed to hydrogen
Headcount and spending limited to hydrogen are not disclosed. The table shows what the company's releases confirm.
| Resource | What primary sources confirm | Category |
|---|---|---|
| People | Hydrogen Factory was established on 1 July 2023, bringing together people and organizations for fuel cell and hydrogen products from the Hydrogen Business Area (CV Company), Europe, China, Toyota System Supply and the Business Development Division under a single leader. Headcount is not disclosed | Sourced / headcount not disclosed |
| Money (R&D and capex) | Company-wide R&D activity-related spending was ¥1,522.8 billion and capital expenditures ¥2,390.6 billion in FY2026. The amounts for hydrogen are not disclosed. The company was selected for METI's Support Program for Building GX Supply Chains, but the release does not state an amount | Sourced / hydrogen share not disclosed |
| Outside investments, acquisitions, joint ventures, disposals | An agreement to join cellcentric (the Daimler Truck and Volvo Group fuel cell joint venture) as a one-third owner (27 July 2026; completion subject to regulatory approvals, expected around the end of 2026 or start of 2027). No amount is stated. Also joint development of the third-generation FC system with BMW (2024), a light-duty FC truck with Isuzu (2026), electrolysis systems with Chiyoda Corporation (2024), and partner names for fuel cell plants in Beijing and Sichuan, China (listed in the March 2026 slides without detail) | Sourced / amounts not found |
| Universities, research institutes, public funding | METI's Support Program for Building GX Supply Chains (selected 18 December 2024). For the Aichi Steel project, certification for price-gap support under the Hydrogen Society Promotion Act (the scheme supports the gap for up to 15 years, as described by Toyota Tsusho). Supply of FC systems to IVECO under EMPOWER, a Horizon Europe project funded by the EU. Cooperation with the Tokyo Metropolitan Government and Aichi Prefecture on commercial FC vehicles. No named university collaboration was found | Sourced / universities not found |
Status of major projects
| Project | Location | Scale | Stage | Date | Source |
|---|---|---|---|---|---|
| 5 MW electrolysis system at the Honsha Plant | Toyota City, Aichi (Hydrogen Park at the Honsha Plant) | 5.0 MW; 96 kg/h of hydrogen (company figure) | Introduced for verification and development, per the company; mass production targeted for 2029 | Slides of 17 March 2026 | References 8, 9, 10 |
| Onsite hydrogen at Aichi Steel's Chita Plant | Tokai, Aichi | About 1,600 t/year; 15 MW-scale in Toyota's slide | Plan (price-gap support certified). Joint company to be set up in March 2027; operation targeted around 2030 | 30 September 2025 | References 8, 11 |
| Tri-gen at the Port of Long Beach | California, U.S. | 2.3 MW of electricity; up to 1,200 kg/day of hydrogen | Operating (opened) | 2 May 2024 | Reference 18 |
| Class 8 fuel cell trucks (North America) | U.S. | Number of trucks not stated | Plan (own logistics fleet by early 2027); Hyroad collaboration starting in 2026 | 5 May 2026 | Reference 16 |
| FC systems for Scania | Europe | 40 heavy-duty vehicles | Plan (first trucks expected to operate in Q1 2027) | 14 September 2026 | Reference 15 |
| Joining cellcentric | Germany, Sweden, Japan | One-third ownership | Signed, not complete (awaiting regulatory approvals) | 27 July 2026 | Reference 13 |
In its March 2026 slides Toyota says "our core strength is cells" and shows a chart of the fuel cell's cell-cost breakdown. Toyota's own share is a part; the rest comes largely from suppliers, mostly Japanese companies. The chart lists the names AGC, Cataler, Gore, Sumitomo Riko, Toray, Toyota Boshoku, Toyobo and Nippon Steel Chemical & Material (the slide does not say what each supplies) Sourced. A polymer electrolyte cell is generally built from a fluorinated ion-exchange membrane, a platinum-based catalyst, gas diffusion layers and metal or carbon separators (see our explainers on fuel cell vehicles and polymer electrolyte fuel cells, and on platinum-group metals and catalysts). The cost and durability of Toyota's fuel cells therefore depend heavily on who makes the membrane, catalyst, diffusion layer and separator. Which supplier provides which part cannot be confirmed from primary sources Not yet confirmed.
6. What it has done so far
| When | What happened | Meaning |
|---|---|---|
| December 2011 | Agreement with BMW on mid- to long-term cooperation in environmental technology (including fuel cells) | The base for the later joint work on the third-generation FC |
| 2014 | Launched the Mirai FCEV. About 28,000 sold cumulatively in 30+ countries and territories (as of February 2025) | A pioneer of mass-produced FCEVs (company statement) |
| 2019 | Began supplying FC systems for buses, rail and stationary generators. By February 2025: 2,700+ units to 100+ customers | The start of sales beyond passenger cars |
| Spring 2023 | Began a water electrolysis demonstration at DENSO Fukushima (0.4 MW, 8 kg/h) | The first electrolysis demonstration (company slides) |
| 1 July 2023 | Established the dedicated Hydrogen Factory (announced 31 May) | Unified development and production for hydrogen |
| 5 February 2024 | Basic agreement with Chiyoda Corporation on co-developing a large-scale electrolysis system | Entry into the "producing" side |
| 2 May 2024 | Opened the Tri-gen system with FuelCell Energy at the Port of Long Beach | Biogas-based co-production of hydrogen, electricity and water |
| 5 September 2024 | Strengthened the agreement with BMW to co-develop the third-generation FC system | FC for another maker's passenger FCEV |
| 18 December 2024 | Production plan for fuel cells and water electrolysis systems selected for METI's Support Program for Building GX Supply Chains | Public support for domestic production |
| 14 February 2025 | Announced the third-generation FC system | Better durability, fuel efficiency and cost for commercial use |
| 30 September 2025 | The onsite hydrogen plan at Aichi Steel's Chita Plant was certified for price-gap support under the Hydrogen Society Promotion Act | Creating industrial hydrogen demand |
| 17 March 2026 | Presented the 5 MW-class electrolysis system (stated to be introduced at the Honsha Plant). Memorandum of understanding on cellcentric on 31 March | A step toward mass-producing electrolysis |
| 15 April 2026 | Announced joint development of a light-duty FC truck with Isuzu | Commercial FC vehicles in Japan |
| 27 July 2026 | Signed the binding agreement to join cellcentric | Securing production scale for heavy-duty FC (before completion) |
7. What comes next
The primary sources also state the following plans Not yet confirmed.
- Light-duty FC truck with Isuzu: production targeted for FY2027, based on Isuzu's ELF EV battery-electric light-duty truck
- Third-generation FC (300 kW) for 40 Scania vehicles: first trucks expected to operate in Q1 2027. IVECO's S-eWay Fuel Cell (design targets of more than 900 km range and more than 25,000 operating hours) starts validation in Q4 2026
- A fuel cell Hilux entered in the Dakar Rally's Future Mission 1000 category in 2027, and the Hilux Fuel Cell launch in 2028 (targets: range above 400 km and towing up to 2.5 tonnes)
- BMW plans its first series-production FCEV in 2028
- North America: Class 8 fuel cell trucks in Toyota's own logistics fleet by early 2027; a definitive agreement with Air Liquide, with fueling at the California parts center planned to begin in 2026
- Hydrogen engine: the company describes its race development as aimed at future production vehicles, with no launch timing given
Revenue, profit, headcount, R&D and capital spending limited to hydrogen / the amount invested in cellcentric / the amount of METI's GX supply-chain support / figures for FC cost and the supplier of each cell part / the absolute durability (hours) of the third-generation FC / any launch plan for the hydrogen engine / names of university collaborations. None of these appears in the company's releases or results material.
8. What the company is aiming for in hydrogen
This table separates what the company says directly from what we read into it. An Inference is our own interpretation of primary-source material.
| What can be read | Primary-source basis | Category |
|---|---|---|
| It pursues hydrogen across "producing, transporting, storing and using" | Several releases describe its efforts with these four verbs, and present electrolyzers, lower hydrogen-station maintenance costs and FC vehicle deployment side by side | Sourced |
| It sees commercial vehicles (trucks, buses, taxis) as the entry point for hydrogen demand | The March 2026 slides say to lead hydrogen adoption through commercialized mobility and to build sustained demand by connecting key regions along arterial routes; the third-generation FC is described as developed for commercial use | Sourced (company's account) |
| The weight of passenger FCEVs is getting smaller | FY2026 FCEV retail sales are printed as 1 thousand. The explanation of the third-generation FC centers on commercial vehicles | Inference |
| It regards the cost of hydrogen as the biggest issue | The March 2026 slides say that cost remains the key challenge, and mention lower station maintenance costs and standardized electrolysis systems | Sourced (company's view) |
| It also uses electrolyzers as a way to create its own hydrogen demand | A 5 MW-class unit is installed at its Honsha Plant, and electrolysis stacks are planned for the Aichi Steel project | Inference |
| It is trying to secure production scale for heavy-duty FC together with others | It explains the purpose of joining cellcentric as strengthening technological lead, industrial scale and competitiveness | Sourced (purpose) / Inference (securing scale) |
The reading that passenger FCEVs are getting lighter in weight rests on sales volumes and where development is focused. FY2026 FCEV retail sales are printed as 1 thousand, an order of magnitude below BEVs (243 thousand) and HEVs (4,620 thousand) Sourced. The release on the third-generation FC says it was designed for the particular needs of the commercial sector, and the targets for around 2030 are also for commercial trucks. However, the primary sources give no future unit plan for a Mirai successor or other passenger FCEVs, so it cannot be said that Toyota is leaving passenger FCEVs Not yet confirmed. The FC supply to BMW and the 110 kW passenger-car version show that involvement in passenger vehicles continues.
9. Map of partnerships in hydrogen
The partners fall into four groups: vehicle makers (BMW, Isuzu, Scania, IVECO), hydrogen production and equipment (Chiyoda Corporation, FuelCell Energy), consolidation of the FC business (cellcentric), and industrial gas and energy (Air Liquide and the companies in the Aichi Steel project) Sourced. The cellcentric agreement is not yet complete; once it is, the company says Toyota, Daimler Truck and the Volvo Group will each hold one third. The releases also state that Daimler Truck, the Volvo Group and Toyota will continue to compete independently in other areas.
10. Technologies, products and services
This section lists Toyota's hydrogen-related products and activities Sourced. All performance figures are the company's stated values, such as improvements against its previous generation, so we do not rank them against other makers' products.
| Category | What the official materials say | Note |
|---|---|---|
| FCEVs (Mirai, Crown FCEV) | Mirai launched in 2014. Crown FCEV taxis have begun operating in Tokyo and are to expand to Aichi (March 2026 slides) | Passenger volumes are small |
| Third-generation FC system | Up to 2x durability, 1.2x fuel efficiency and 2x output at the same size against the previous generation (company's stated values). Maximum output: 110 kW (passenger), 150 kW (general-purpose), 300 kW (large commercial vehicles) | The hours and conditions behind "diesel-equivalent" durability are not given in the release |
| FC modules and stationary FC generators | 3,500 FC modules sold to 100+ companies (March 2026). In North America, stationary FC generators are certified to ANSI/CSA FC 1 and FC 6. A 1 MW PEM fuel cell power system is installed at NREL | Designed for use in rail, buses, ships and generators too |
| Water electrolysis system | 5 MW class (96 kg/h, 750 m2 site). Against DENSO Fukushima, the company states 12x the hydrogen output for the same electrolyzer volume, 50% fewer stack replacements and remote operation and maintenance. Plans: 5 MW (100 kg/h) for Japan and 20 MW (400 kg/h) for overseas | The electrolysis type (PEM or other) is not stated in the primary sources; described as a stack using fuel cell technology |
| Hydrogen engine | Developed on the liquid hydrogen GR Corolla H2 concept. Announced as the first race car with a superconducting-motor liquid hydrogen pump (June 2026). Tank capacity rose from 220 L (final race of 2025) to a maximum of 300 L | No launch timing given |
| Hydrogen stations | Efforts to cut operating costs, such as halving the maintenance frequency of an 82 MPa compressor from twice to once a year | Company effort; results are partial |
Toyota says it builds water electrolysis stacks using its fuel cell production technology and mass-production know-how (Chiyoda Corporation release) Sourced. Fuel cell cells and electrolysis cells have a similar structure: a thin electrolyte membrane and electrodes sandwiched between plates with flow channels and stacked. The electrolysis side, however, is exposed to high potentials and oxygen evolution, so electrode catalysts and corrosion protection of the metal plates exposed to water and oxygen need different designs from a fuel cell (see our explainers on PEM water electrolysis and on electrolyzer stacks and materials). The membrane and catalyst types and the durability of Toyota's electrolysis stacks are not given in the primary sources Not yet confirmed.
11. The risks this company carries
| Risk | Detail | Category |
|---|---|---|
| Slow demand build-up | FCEV retail sales were printed as 1 thousand in FY2026, 81.5% of the prior year. FC vehicle volumes are hard to grow until hydrogen demand and supply chains develop (the company itself says cost remains the key challenge) | Sourced / Inference |
| Hydrogen price | The company's slides tie progress to the government target (¥30/Nm3 by 2030, CIF basis) and work on cutting station operating costs. Price-gap support is a scheme with a fixed period | Sourced |
| A joint venture not yet complete | Joining cellcentric is conditional on regulatory approvals, with completion expected around the end of 2026 or start of 2027. The plan could change if approvals are not obtained | Sourced / Inference |
| Scaling up electrolysis | The 5 MW class is at the stage of an introduced unit for verification, with mass production targeted for 2029. Performance and cost still have to be shown in commercial operation | Sourced / Not yet confirmed |
| Group earnings environment | FY2026 operating income fell 21.5%. U.S. tariffs had an effect of -¥1,380.0 billion. The FY2027 company forecast for operating income is ¥3,000 billion | Sourced |
| Position of the hydrogen engine | It is in development on race cars, with no launch plan stated | Sourced |
| Limited visibility | Revenue, costs and headcount for hydrogen are not disclosed, so the scale of the hydrogen business is hard to verify from outside | Not yet confirmed |
12. Glossary
- FCEV (fuel cell electric vehicle)
- A vehicle that turns hydrogen into electricity in a fuel cell to drive. Its only tailpipe emission is water.
- PEFC (polymer electrolyte fuel cell)
- A fuel cell using a solid polymer membrane as the electrolyte. The mainstream type for FCEVs, with platinum-based catalysts.
- FC module / FC system
- A fuel cell stack combined with auxiliaries such as air and hydrogen supply. Fitted to trucks and generators.
- Water electrolysis
- Splitting water into hydrogen and oxygen with electricity. With renewable power it gives low-carbon hydrogen.
- MW and kg/h
- The input power of an electrolyzer and its hourly hydrogen output. The conversion between them depends on efficiency and operating conditions.
- Hydrogen Society Promotion Act price-gap support
- A Japanese scheme that supports the gap between the price of low-carbon hydrogen and existing fuels for up to 15 years (as described by Toyota Tsusho).
- cellcentric
- A joint venture of Daimler Truck and the Volvo Group, founded in 2021, for fuel cell systems for heavy-duty vehicles.
- GX supply-chain support
- A METI program supporting domestic production bases for equipment needed for decarbonization, such as fuel cells and electrolyzers.
13. References
- Toyota Motor Corporation FINANCIAL SUMMARY FY2026 (1 April 2025 to 31 March 2026; results announced 8 May 2026). Consolidated sales revenues, operating income and net income, headcount, R&D activity-related spending, capital expenditures, and the effect of U.S. tariffs. https://global.toyota/pages/global_toyota/ir/financial-results/2026_4q_summary_en.pdf
- Toyota Motor Corporation FY2026 Financial Results (results presentation, 8 May 2026). Retail unit sales by powertrain, including FCEVs. https://global.toyota/pages/global_toyota/ir/financial-results/2026_4q_presentation_en.pdf
- Toyota Motor Corporation Toyota Develops New Fuel Cell System (14 February 2025). Improvements in the third-generation fuel cell system, cumulative Mirai sales, and fuel cell system supply to outside customers. https://global.toyota/en/newsroom/corporate/42218558.html
- Toyota Motor Corporation Toyota Motor Corporation and BMW Group Strengthen Collaboration Towards the Advancement of a Hydrogen Society (5 September 2024). Joint development of the third-generation fuel cell system with BMW. https://global.toyota/en/newsroom/corporate/41463649.html
- Toyota Motor Corporation Chiyoda Corporation and Toyota Jointly Developing Large-scale Electrolysis System (5 February 2024). Basic agreement with Chiyoda Corporation on a large-scale electrolysis system. https://global.toyota/en/newsroom/corporate/40388622.html
- Toyota Motor Corporation Toyota's Fuel Cell and Water Electrolysis System Production Plan Certified as a METI Support Program for Building GX Supply Chains (18 December 2024). Selection for the Ministry of Economy, Trade and Industry (METI) support program for GX supply chains, and the company's targets for around 2030. https://global.toyota/en/newsroom/corporate/41982299.html
- Toyota Motor Corporation TMC Announces Changes to Organizational Structure and Senior Professionals/Senior Management (31 May 2023). Creation of the dedicated Hydrogen Factory organization (effective 1 July). https://global.toyota/en/newsroom/corporate/39254426.html
- Toyota Motor Corporation 5 MW Electrolysis Systems Launch Event (presentation slides, 17 March 2026). Specifications of the 5 MW-class electrolysis system and the 15 MW-scale plan with Aichi Steel. https://global.toyota/pages/news/images/2026/03/10/1330/20260310_01_01_en.pdf
- Toyota Motor Corporation Now Is the Time to Stand Together (presentation slides by the president of Hydrogen Factory, 17 March 2026). Cumulative fuel cell vehicle and module numbers, outputs of the third-generation system, the electrolysis production target, and the fuel cell cell-supply structure. https://global.toyota/pages/news/images/2026/03/10/1330/20260310_01_02_en.pdf
- Toyota Motor Corporation Toyota to Exhibit at the 25th H2 & FC EXPO (10 March 2026). Statement on the introduction of a large-scale water electrolysis system at the Honsha Plant. https://global.toyota/en/newsroom/corporate/44083622.html
- Toyota Tsusho Toyota Tsusho, Eurus Energy, and Iwatani Consider Starting Onsite Low-Carbon Hydrogen Production and Supply Project at Aichi Steel (30 September 2025). The onsite hydrogen plan at Aichi Steel's Chita Plant and its certification under the Hydrogen Society Promotion Act price-gap support. https://www.toyota-tsusho.com/english/press/detail/250930_006697.html
- Toyota Motor Corporation Toyota Motor Corporation aims to join Daimler Truck and Volvo Group as equal shareholder in the fuel cell joint venture cellcentric (31 March 2026). Non-binding memorandum of understanding on joining cellcentric. https://global.toyota/en/newsroom/corporate/44152536.html
- Toyota Motor Corporation Toyota, Volvo Group and Daimler Truck AG sign binding agreement for Toyota to join cellcentric as equal shareholder (27 July 2026). Binding agreement to join cellcentric; completion is subject to regulatory approvals. https://global.toyota/en/newsroom/corporate/44689337.html
- Toyota Motor Corporation Isuzu and Toyota to Jointly Develop Japan's First Mass-produced Light-duty Fuel Cell Electric Truck (15 April 2026). Joint development of a light-duty fuel cell truck with Isuzu (production targeted for FY2027). https://global.toyota/en/newsroom/corporate/44232994.html
- Toyota Motor Europe Toyota expands hydrogen fuel cell technology for heavy-duty transport (14 September 2026, IAA Transportation 2026). Fuel cell system supply to Scania and IVECO and the plan for the Hilux Fuel Cell. https://newsroom.toyota.eu/toyota-expands-hydrogen-fuel-cell-technology-for-heavy-duty-transport/
- Toyota Motor North America Toyota Advances Hydrogen Ecosystem with Class 8 Truck Deployments, Certified Stationary Power, and Plans for New Infrastructure (5 May 2026). Plans for Class 8 fuel cell trucks in North America, the Air Liquide fuel supply agreement, and certification of stationary fuel cell generators. https://pressroom.toyota.com/toyota-advances-hydrogen-ecosystem-with-class-8-truck-deployments-certified-stationary-power-and-plans-for-new-infrastructure/
- Toyota Motor North America Toyota Provides Technology Roadmap at the 2025 Hydrogen and Fuel Cell Seminar (13 March 2025). North American hydrogen headquarters, stationary fuel cells and the 1 MW installation at NREL. https://pressroom.toyota.com/toyota-provides-technology-roadmap-at-the-2025-hydrogen-and-fuel-cell-seminar/
- Toyota Motor North America FuelCell Energy and Toyota Motor North America Celebrate Launch of World's First 'Tri-gen' Production System at the Port of Long Beach (2 May 2024). Opening of the Tri-gen system at the Port of Long Beach. https://pressroom.toyota.com/fuelcell-energy-and-toyota-motor-north-america-celebrate-launch-of-worlds-first-tri-gen-production-system-at-the-port-of-long-beach/
- Toyota Motor Corporation Hydrogen-Powered GR Corolla Takes on World-First Challenge at Super Taikyu Fuji 24 Hours Race (5 June 2026). The company's description of hydrogen-engine development with the liquid hydrogen GR Corolla. https://global.toyota/en/newsroom/corporate/44458612.html
- Toyota Motor Corporation Official website (global.toyota; source of the logo image). Source of the logo image (globaltoyota_logo.svg). https://global.toyota/en/
14. Claim-to-source audit
| Claim in the text | Category | Source |
|---|---|---|
| Legal name, head office (Toyota City, Aichi) and the founding year of 1937 stated by the company | Sourced | Reference 3 https://global.toyota/en/newsroom/corporate/42218558.html |
| FY2026 consolidated sales revenues of ¥50,684.9 billion, operating income of ¥3,766.2 billion and net income attributable to Toyota of ¥3,848.0 billion | Sourced | Reference 1 https://global.toyota/pages/global_toyota/ir/financial-results/2026_4q_summary_en.pdf |
| 390,927 consolidated employees (end of March 2026); R&D activity-related spending of ¥1,522.8 billion; capital expenditures of ¥2,390.6 billion (excluding leased vehicles) | Sourced | Reference 1 https://global.toyota/pages/global_toyota/ir/financial-results/2026_4q_summary_en.pdf |
| U.S. tariffs reduced FY2026 operating income by ¥1,380.0 billion | Sourced | Reference 1 https://global.toyota/pages/global_toyota/ir/financial-results/2026_4q_summary_en.pdf |
| About 1 thousand FCEV retail sales (as printed, in thousands) and 81.5% of the prior year; 10,477 thousand Toyota and Lexus vehicles in total | Sourced | Reference 2 https://global.toyota/pages/global_toyota/ir/financial-results/2026_4q_presentation_en.pdf |
| Cumulative Mirai sales of about 28,000 (Mirai launched in 2014; 30+ countries and territories). FC systems supplied to outside customers since 2019: 2,700+ units, 100+ customers | Sourced | Reference 3 https://global.toyota/en/newsroom/corporate/42218558.html |
| 28,700 fuel cell vehicles produced cumulatively, 3,500 FC modules (100+ companies), 200 FC light-duty trucks in Japan (slide, March 2026) | Sourced | Reference 9 https://global.toyota/pages/news/images/2026/03/10/1330/20260310_01_02_en.pdf |
| Third-generation FC system: up to 2x durability, 1.2x fuel efficiency, significant cost reduction; introduction in Japan, Europe, North America and China "after 2026 at the earliest" | Sourced | Toyota's stated values against the previous generation; conditions and test methods are not given in the release. Reference 3 https://global.toyota/en/newsroom/corporate/42218558.html |
| Maximum output of the third-generation system: 110 kW (passenger), 150 kW (general-purpose), 300 kW (large commercial vehicles) | Sourced | Toyota's stated values (slide). Reference 9 https://global.toyota/pages/news/images/2026/03/10/1330/20260310_01_02_en.pdf |
| Hydrogen Factory announced 31 May 2023 and established on 1 July 2023 | Sourced | Reference 7 https://global.toyota/en/newsroom/corporate/39254426.html |
| Joint development of the third-generation FC system with BMW; BMW plans a series FCEV in 2028 | Not yet confirmed | Company plan. Reference 4 https://global.toyota/en/newsroom/corporate/41463649.html |
| Basic agreement with Chiyoda Corporation on large-scale electrolysis (5 February 2024); 5 MW-class unit of about 100 kg/h | Sourced | Reference 5 https://global.toyota/en/newsroom/corporate/40388622.html |
| Honsha Plant 5 MW system: 5.0 MW, 96 kg/h of hydrogen, 750 m2 site; compared with DENSO Fukushima (0.4 MW, 8 kg/h) | Sourced | Toyota's stated values; detailed conditions are not given in the slide. Reference 8 https://global.toyota/pages/news/images/2026/03/10/1330/20260310_01_01_en.pdf |
| Mass production of electrolysis systems to begin in 2029; 5 MW (100 kg/h) for Japan and 20 MW (400 kg/h) for overseas | Not yet confirmed | Company target. Reference 9 https://global.toyota/pages/news/images/2026/03/10/1330/20260310_01_02_en.pdf |
| Targets for around 2030: 75,000 FC units for commercial trucks and 3 GW cumulative electrolysis business | Not yet confirmed | Company target. Reference 6 https://global.toyota/en/newsroom/corporate/41982299.html |
| Selection for METI's Support Program for Building GX Supply Chains (18 December 2024); the amount is not stated in the release | Sourced | Reference 6 https://global.toyota/en/newsroom/corporate/41982299.html |
| Onsite hydrogen plan at Aichi Steel's Chita Plant: price-gap support certification under the Hydrogen Society Promotion Act, about 1,600 tonnes a year, operation targeted around 2030 | Not yet confirmed | The certification is a fact; operation is a plan. Reference 11 https://www.toyota-tsusho.com/english/press/detail/250930_006697.html |
| The Aichi Steel project is 15 MW-scale, 2030 (approved in 2025 under the Hydrogen Society Promotion Act) | Not yet confirmed | Company plan. Reference 8 https://global.toyota/pages/news/images/2026/03/10/1330/20260310_01_01_en.pdf |
| Plan to join cellcentric as a one-third owner: memorandum of understanding (31 March 2026) and binding agreement (27 July 2026); completion expected around the end of 2026 or start of 2027 and subject to regulatory approvals | Not yet confirmed | Signed but not completed. Reference 12 https://global.toyota/en/newsroom/corporate/44152536.html Reference 13 https://global.toyota/en/newsroom/corporate/44689337.html |
| Light-duty FC truck with Isuzu (production targeted for FY2027) | Not yet confirmed | Company plan. Reference 14 https://global.toyota/en/newsroom/corporate/44232994.html |
| 40 vehicles for Scania (first trucks expected to operate in Q1 2027), IVECO validation from Q4 2026, and the Hilux Fuel Cell launch planned for 2028 | Not yet confirmed | Company plan. Reference 15 https://newsroom.toyota.eu/toyota-expands-hydrogen-fuel-cell-technology-for-heavy-duty-transport/ |
| North America: Class 8 fuel cell trucks in its logistics fleet by early 2027, collaboration with Hyroad, a definitive agreement with Air Liquide, and ANSI/CSA FC 1 and FC 6 certification of stationary FC generators | Sourced | The deployment is a company plan. Reference 16 https://pressroom.toyota.com/toyota-advances-hydrogen-ecosystem-with-class-8-truck-deployments-certified-stationary-power-and-plans-for-new-infrastructure/ |
| Tri-gen at the Port of Long Beach: 2.3 MW of electricity and up to 1,200 kg/day of hydrogen (opened 2 May 2024) | Sourced | Reference 18 https://pressroom.toyota.com/fuelcell-energy-and-toyota-motor-north-america-celebrate-launch-of-worlds-first-tri-gen-production-system-at-the-port-of-long-beach/ |
| A 1 MW PEM fuel cell power generation system using Toyota fuel cells at NREL | Sourced | Reference 17 https://pressroom.toyota.com/toyota-provides-technology-roadmap-at-the-2025-hydrogen-and-fuel-cell-seminar/ |
| Hydrogen-engine development with the liquid hydrogen GR Corolla is described as aimed at future production vehicles; no launch timing is given | Sourced | Reference 19 https://global.toyota/en/newsroom/corporate/44458612.html |
| Fuel cell cell supply structure (some in-house; the rest mostly from Japanese suppliers) | Sourced | From a chart in the slides; no percentages are shown. Reference 9 https://global.toyota/pages/news/images/2026/03/10/1330/20260310_01_02_en.pdf |
| Hydrogen-specific revenue, headcount, R&D, capital spending and the amount invested in cellcentric | Not yet confirmed | Not found for this article in the company's releases or results. We do not claim that none exist. |
| The classification (fuel cells & end use primary, electrolyzers secondary) and the example companies | Our calculation | Our own classification. |
| Reading that Toyota's weight is shifting from passenger FCEVs to commercial, stationary and industrial uses | Inference | Our own reading of FCEV sales (Reference 2) and the development policy for the third-generation system (References 3 and 9). |
| Reading that electrolyzers are a means of creating Toyota's own hydrogen demand | Inference | Our own reading of the Honsha Plant and Aichi Steel projects (References 8 and 11). |
| Reading that joining cellcentric is a way to secure production scale | Inference | Our own reading of the stated purpose in References 12 and 13. |
Last updated: 5 October 2026 / Troy Technical
The figures in this article are based on Toyota Motor Corporation's results material and official releases, and on official releases of the companies named. Market estimates from research firms and press-reported figures are not used. Product performance figures are the company's stated values under differing conditions and are not a ranking. Items marked "Inference" are our own readings of primary-source material, not statements by the company. This article is not advice on handling hydrogen.