Zero-Emission Buses and Coaches: Battery-Electric vs Hydrogen, Global Manufacturers and Market Outlook

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Zero-Emission Buses and Coaches: The Complete 2026 Guide to Battery-Electric and Hydrogen Fleets

Tim Harper | February 2026

Zero-emission buses and coaches have definitively crossed from demonstration to deployment. In Europe, hydrogen bus registrations jumped 82% in 2024 to 378 units, then exploded to 279 units in just the first half of 2025 – a 426% surge. Meanwhile, battery-electric bus registrations hit 5,315 units in H1 2025, up 41% year-on-year, with zero-emission buses now commanding 25-30% of the total European bus market. The United States saw 1,334 zero-emission buses registered in 2024, with ZEBs hitting 10% of new bus registrations in Q1 2024.

This comprehensive guide examines the global landscape of zero-emission bus and coach manufacturers, deployment statistics, technology pathways, and the emerging hydrogen coach segment. It connects to the wider transport decarbonisation analysis on this site, including Zero-Emission HGV TCO: Hidden Costs Battery vs Hydrogen Trucks, Top European Hydrogen Truck Manufacturers 2025, and Hydrogen Trucks vs Electric HGVs.

Table of Contents

1. Battery-Electric Buses: Market Leaders and Deployment

Battery-electric buses currently dominate global zero-emission bus deployment, accounting for roughly 95% of new zero-emission bus registrations in Europe and similar shares in North America and Asia-Pacific. The technology has matured rapidly over the past five years, with range, reliability and total cost of ownership now competitive with diesel on many urban and suburban routes.

1.1 Europe

Solaris (Poland) is Europe’s leading zero-emission bus manufacturer across both battery-electric and hydrogen platforms. In 2024, Solaris sold 1,525 buses in total, of which 705 were zero-emission (battery and hydrogen combined), meaning 83% of its sales were alternative or zero-emission drivetrains. Solaris also delivered 180 trolleybuses in 2024, showing the continued relevance of overhead-wire systems in specific corridors. The company’s dominance extends across both BEV and hydrogen segments, positioning it as the clear European leader in public transport decarbonisation.

Ebusco (Netherlands) focuses exclusively on lightweight battery-electric city buses and has carved out a strong position in Benelux and Nordic tenders. The company’s emphasis on reduced weight and modular battery packs has made it a frequent choice for operators prioritising energy efficiency and range optimisation.

CaetanoBus (Portugal) operates under a strategic partnership with Toyota, with both companies co-branding the e.City Gold battery-electric bus and the H2.City Gold hydrogen bus. Toyota became a direct shareholder in CaetanoBus in December 2020, and the co-branding strategy launched in July 2021 reflects Toyota’s commitment to expanding zero-emission mobility beyond passenger cars. The e.City Gold BEV platform is widely deployed across European cities, while the hydrogen variant targets longer-range and higher-utilisation routes.

Van Hool (Belgium) historically supplied both battery-electric and hydrogen buses, including a longstanding hydrogen bus programme in Belgium and North America. However, Van Hool filed for bankruptcy in 2024, leading Belgian operator De Lijn to retire its five Van Hool hydrogen buses and dismantle its Antwerp hydrogen refuelling station. The collapse of Van Hool has created a significant gap in the European hydrogen bus supply chain, particularly for operators who had built maintenance and training around Van Hool platforms.

1.2 United Kingdom & Ireland

Alexander Dennis (ADL, UK) is the UK’s leading bus manufacturer and is rapidly electrifying its product range. In July 2024, ADL secured a 244-unit order from Stagecoach comprising 180 Enviro400EV double-deckers, 54 Enviro200EV single-deckers and 10 Enviro100EV small buses, with deliveries running through 2025-26 under ZEBRA2 funding. This represents one of the largest single zero-emission bus orders in UK history and underlines ADL’s dominance in the UK market as diesel bans approach.

Wrightbus (Northern Ireland) produces both battery-electric and hydrogen fuel cell double-deckers. In February 2025, Wrightbus unveiled its Gen 2.0 StreetDeck Hydroliner hydrogen double-decker, claiming 20% fuel cost savings, 30% maintenance savings, 5% more passenger capacity, 8-minute refuelling and 300+ mile range compared to the Gen 1.0 model. This positions Wrightbus as a key player in the UK’s dual-technology ZEB strategy, supplying BEVs for depot-based city routes and hydrogen buses for longer inter-urban and rural services.

1.3 North America

NFI Group / New Flyer (Canada/USA) is North America’s largest transit bus manufacturer and the dominant battery-electric bus supplier. New Flyer has secured major contracts including up to 1,420 electric buses for New York MTA over five years, alongside ongoing deliveries to transit agencies across the US and Canada. The bankruptcy of Proterra and the acquisition of its assets by Phoenix Motor has further consolidated New Flyer’s market position.

Proterra emerged from bankruptcy in 2024 with new ownership, and in January 2026 launched the ZX5 electric bus featuring 738 kWh of battery capacity – the highest energy storage of any transit bus in North America. Proterra’s ZX5 targets long-range and high-duty-cycle routes that previously required diesel or hybrid buses.

Gillig (USA) has expanded its zero-emission portfolio to include both battery-electric and hydrogen fuel cell buses, working with Ballard Power Systems for its FCEB offering. Gillig’s dual-technology approach mirrors the European pattern of BEVs for urban routes and hydrogen for longer-range or grid-constrained applications.

Lion Electric (Canada) is a pure-play electric bus and truck manufacturer. In 2024, Daimler and Traton together held about 33% of US zero-emission bus registrations, with Lion among the remaining players competing for market share in a rapidly growing segment.

1.4 Asia-Pacific and Latin America

BYD (China) is one of the world’s largest electric bus manufacturers and a major global exporter. In Latin America, BYD leads the market with 2,606 units (43% market share) out of around 5,900 electric buses in operation across 41 cities in 12 countries as of July 2024. BYD’s success is built on strategic partnerships with operators and local governments, particularly in Colombia (Bogotá), Chile and Brazil. In Bogotá, BYD secured a 2019 order for 379 electric buses, creating one of the largest electric bus fleets outside China.

Yutong (China) is another Chinese electric bus giant with massive scale. In 2024, Yutong sold 46,918 buses globally (+28.5% year-on-year), with 14,000 export units (+37.7%), revenue of RMB 37.2 billion (~€4.7bn, +37.6%), and profit of RMB 2.2bn (+160%). Yutong now operates 16 localised factories worldwide, including a new KD (knocked-down) factory in Qatar, and holds about 70% of the electric bus market in Mexico.

Foton (China) ranks second in Latin America with 1,404 electric buses, with 1,380 deployed in Chile alone. Santiago, Chile operates the largest electric bus fleet in Latin America with 2,480 units, more than half supplied by Foton (1,338 units, 54% share), with BYD providing 791 and Yutong delivering 214 units as of August 2024.

1.5 Market dynamics and deployment figures

In Europe, battery-electric bus registrations reached 5,315 units in H1 2025, up 41% on H1 2024. Zero-emission buses (BEV + hydrogen) now hold 25-30% of the total European bus market, up from 21% in 2023. The EU has mandated that 90% of new city bus sales must be zero-emission by 2030, rising to 100% by 2035, creating a hard regulatory backstop that is accelerating OEM investment and operator procurement.

In the United States, 1,334 zero-emission buses were registered in 2024, representing about 7% of new bus registrations, with ZEBs exceeding 10% of new registrations in Q1 2024. As of July 2024, 7,028 full-size zero-emission buses were in service in the US (+14% year-on-year), comprising 6,453 BEV and 575 FCEB. Federal Transit Administration funding awarded in 2024 totalled nearly $1.5 billion, supporting approximately 1,200 buses.

In Canada, the ZEB fleet grew from 255 to about 393 units between mid-2024 and mid-2025 (+54%), but the forward pipeline of pending procurements fell by roughly 30%, raising questions about funding continuity and momentum.

2. Hydrogen Fuel Cell Buses: The High-Utilisation Solution

Hydrogen fuel cell buses target duty cycles where battery-electric buses face constraints: high daily mileage, hilly topographies, cold climates, or grid capacity bottlenecks. They follow the same logic as the hydrogen trucks discussed in Fuel Cell, Hydrogen Combustion, and Dual-Fuel Pathways for Heavy Goods Transport and the comparative analysis in Hydrogen vs Battery-Electric by 2030: keep energy storage light, refuelling fast, and operations as close to diesel replacement as possible.

2.1 European manufacturers and market leadership

Solaris (Poland) is the undisputed European market leader in hydrogen buses. In 2024, Solaris delivered 245 Urbino hydrogen buses, and by year-end had supplied 425 fuel cell buses in Europe, corresponding to roughly 69% market share in the hydrogen bus segment. In H1 2025 alone, Solaris delivered 163 hydrogen buses, maintaining its dominance. Major recent orders include 130 units for Bologna and Ferrara in Italy and 84 buses for Cologne, Germany by 2025, making Cologne’s RVK fleet Europe’s largest hydrogen bus deployment at approximately 160 units.

CaetanoBus (Portugal, with Toyota) supplies the H2.City Gold hydrogen bus using Toyota fuel cell stacks, hydrogen tanks and key components. The H2.City Gold has a range of around 400km and can be refuelled in under 9 minutes. Toyota and Caetano launched co-branding in July 2021, with both Caetano and Toyota logos appearing on the vehicles to leverage Toyota’s visual recognition and fuel cell credibility in European markets.

Wrightbus (Northern Ireland, UK) unveiled its StreetDeck Hydroliner Gen 2.0 in February 2025, claiming it is a true “like-for-like replacement for diesel” with 20% fuel cost savings, 30% maintenance cost savings, 5% more passenger capacity than Gen 1.0, 8-minute refuelling, and a range exceeding 300 miles. Wrightbus has become synonymous with hydrogen buses in the UK public debate, supplying fleets to operators in London, Birmingham, Aberdeen and beyond.

Safra (France) and Rampini (Italy) supply niche hydrogen bus fleets in the French and Italian markets, supporting early adopters with small but visible deployments that build local operational experience ahead of wider rollouts.

Daimler Buses (Germany) is extending its eCitaro family with a fuel cell range extender configuration, building on the same platform logic it applies to the GenH2 hydrogen truck programme covered in the European hydrogen truck manufacturers overview.

2.2 Asia-Pacific hydrogen bus ecosystem

Toyota (Japan) supplies fuel cell stacks for buses and partners with CaetanoBus in Europe, leveraging Mirai automotive fuel cell technology into heavy-duty bus platforms. Toyota announced its partnership with Caetano in September 2018, delivering the first fuel cell stack integration in October 2019.

Hyundai (South Korea) is a leading hydrogen heavy-duty vehicle OEM. Its XCIENT fuel cell truck fleet has surpassed 20 million km of operation in Europe, building a strong technological and reliability case for hydrogen fuel cells in demanding commercial applications. This experience directly supports Hyundai’s parallel hydrogen bus activities in Asia and potential European exports.

Weichai, Foton, Yutong, Higer (China) produce hydrogen buses at scale for the domestic Chinese market and increasingly for export. Asia-Pacific held over 90% of global fuel cell electric bus market value in 2023, driven by strong manufacturing capacity, policy-driven deployment targets and air-quality mandates in major Chinese, South Korean and Japanese cities.

2.3 Deployment statistics and fleet growth

In Europe, 378 fuel cell buses over 8 tonnes were registered in 2024, an 82% increase on 2023. Then in H1 2025, 279 hydrogen buses were registered – a 426% jump on H1 2024 – indicating that the market has entered a rapid acceleration phase.

Germany leads Europe with about 429 hydrogen buses in operation, followed by the UK at around 140, Poland at 81 and Spain at 76. In H1 2025, Germany accounted for 197 new FCEB registrations (70.6% of European hydrogen bus deployments), underscoring its position as the continent’s hydrogen bus leader. Cologne’s RVK fleet, approaching 160 units by end-2025, is Europe’s largest hydrogen bus fleet.

Hydrogen buses still represent only about 4.6% of the European zero-emission bus market, meaning battery-electric buses account for roughly 95% of new ZEB registrations. However, the 426% growth rate in H1 2025 suggests hydrogen buses are finding their niche and scaling rapidly from a low base.

2.4 Operational realities and challenges

While deployment figures show strong growth, operational challenges remain. In February 2025, Belgian operator De Lijn permanently retired its five Van Hool hydrogen buses and dismantled its Antwerp hydrogen refuelling station, citing the bankruptcy of Van Hool, loss of technical support, and higher operational costs over the vehicles’ lifetime. Flemish Mobility Minister Annick De Ridder confirmed that “from an operational and financial perspective, hydrogen is currently not a viable option for public transport in Belgium,” with De Lijn focusing exclusively on battery-electric buses going forward.

Similarly, in early 2025, Polish operator MPK Poznan temporarily withdrew all Solaris Urbino 12 hydrogen buses from service due to system malfunctions, with Solaris highlighting poor hydrogen quality from supplier Orlen as the likely cause. The buses returned to service once fuel quality issues were resolved, but the incident underscores the operational dependency on hydrogen supply quality and infrastructure reliability.

These challenges mirror the wider hydrogen infrastructure and supply-chain issues discussed in The State of UK Hydrogen: A Global Opportunity at Risk and Hydrogen Trucks UK Policy Failure: Why HyHAUL Collapsed.

3. Hydrogen Coaches: The Missing Piece

Hydrogen coaches represent the most visible gap in the zero-emission mobility landscape. City buses are electrifying rapidly, hydrogen buses are scaling for high-utilisation routes, but long-distance touring coaches remain almost entirely diesel. Early projects are now emerging, often involving the same OEMs and technology partners active in hydrogen trucks and buses.

3.1 European hydrogen coach projects

Daimler Buses / Setra (Germany) has developed a hydrogen coach demonstrator based on a Setra S 517 HD, converted from diesel to a fuel cell electric powertrain. The “H₂ Coach” was unveiled in February 2026 after two years of development by FEV. It uses a 300kW Cellcentric fuel cell stack (the same joint venture supplying Daimler’s GenH2 truck), 46kg of hydrogen capacity, a 320kW central motor, and claims a range exceeding 800km. The H₂ Coach is described as a “technology carrier” for future long-distance coach applications rather than a series production vehicle, mirroring Daimler’s approach to the GenH2 truck explored in the European hydrogen truck manufacturers analysis.

FlixBus HyFleet project (Europe-wide) was launched in July 2024 by FlixBus, Freudenberg Fuel Cell e-Power Systems and ZF, aiming to build Europe’s first hydrogen long-distance buses for the FlixBus intercity network. The project targets a minimum range of 450km on a single refuelling, directly addressing the duty cycle where diesel coaches currently dominate. HyFleet is backed by over €150 million in funding and aims to prove the commercial viability of hydrogen for long-distance coach operations.

Future coach candidates (Solaris, Caetano, Van Hool) – OEMs such as Solaris, Caetano and (prior to bankruptcy) Van Hool already operate hydrogen city and regional buses and are well positioned to extend their fuel cell platforms into full-specification touring coaches as stack power, hydrogen storage density and refuelling infrastructure mature.

3.2 Global hydrogen coach development

BLK Auto / Hyzon Motors (Australia) has delivered what is described as Australia’s first hydrogen coach, targeting “back-to-base” depot operations with on-site or delivered hydrogen. This model aligns with the hydrogen supply strategies discussed in the Hydrogen Internal Combustion Engine Guide, where local hydrogen production or delivery avoids the need for widespread public refuelling infrastructure.

Yutong, Foton, Higer (China) are developing hydrogen coaches and coach-like intercity buses for the domestic Chinese market, with some models targeting export markets. These appear in global hydrogen bus market reports as early hydrogen coach platforms, though many remain domestic-focused or in demonstration phases.

3.3 Why hydrogen coaches matter for decarbonisation

Hydrogen coaches address the use cases that most closely resemble long-haul HGV operations: long daily ranges (often 400-800km), high payload requirements, limited time for refuelling (target: sub-15 minutes), and a need to preserve luggage and passenger space that would otherwise be consumed by large battery packs. The same payload, infrastructure and operational logic that challenges “battery everywhere” thinking in trucks – as explored in the zero-emission HGV TCO analysis – applies directly to intercity and touring coaches.

Coaches also face specific challenges around route flexibility, seasonal demand peaks, and the need to operate across borders without extensive charging or refuelling infrastructure. Hydrogen coaches using the same refuelling stations as hydrogen trucks create potential for shared infrastructure investment, reducing the per-vehicle cost barrier that has slowed coach decarbonisation.

4. Battery-Electric vs Hydrogen: Use Case Alignment

The pattern emerging across Europe, North America and Asia-Pacific is not “battery vs hydrogen” but “battery and hydrogen,” with each technology optimised for different duty cycles and operational constraints.

Battery-electric buses excel in:

  • Urban and suburban routes with predictable mileage (typically <250km per day)
  • Depot-based operations with overnight charging
  • Routes with opportunity charging at terminuses or layover points
  • Flat or gently rolling topography
  • Temperate climates where heating and cooling loads are moderate
  • Locations with available grid capacity or where grid upgrades are feasible

Hydrogen fuel cell buses excel in:

  • High daily mileage routes (>300km per day)
  • Hilly or mountainous topography requiring sustained high power output
  • Cold climates where battery performance degrades significantly
  • Operations requiring fast turnaround times incompatible with charging windows
  • Locations where grid capacity is constrained or grid reinforcement is prohibitively expensive
  • Mixed urban/interurban routes where range unpredictability is high

This alignment mirrors the truck sector analysis in Hydrogen Trucks vs Electric HGVs and the multi-technology pathway outlined in the hydrogen heavy goods transport overview.

Europe is transitioning to zero-emission buses faster than any other region, driven by hard regulatory mandates, air-quality targets and substantial public funding. The EU Clean Vehicles Directive requires that 90% of new city bus sales be zero-emission by 2030, rising to 100% by 2035. The UK government launched a consultation in 2022 on ending the sale of new non-zero emission buses, proposing that from 2030 at earliest, new non-ZEBs will be prevented from operating on local bus services in England.

In H1 2025, zero-emission buses accounted for 25-30% of total European bus market share, up from 21% in 2023. S&P Global Mobility notes that zero-emission buses are reshaping EU bus production, with OEMs retooling factories and supply chains around BEV and hydrogen platforms.

Funding mechanisms include the UK’s ZEBRA (Zero Emission Bus Regional Areas) scheme, which provided £270m in 2021 and £58m in Phase 2 (2023), Transport Scotland’s ScotZEB Challenge Fund, and the Bus Service Operators Grant (BSOG) ZEB uplift of £0.22/km in England for zero-emission buses holding Zemo Partnership ZEB accreditation.

The United States is scaling zero-emission bus deployment through substantial Federal Transit Administration (FTA) funding. In 2024, the FTA awarded nearly $1.5 billion supporting approximately 1,200 zero-emission buses. The Infrastructure Investment and Jobs Act (IIJA) amended the Low or No Emission Program (49 U.S.C. § 5339(c)) to require any application for zero-emission vehicles to include a Zero-Emission Fleet Transition Plan, forcing agencies to plan long-term rather than pursue one-off pilot procurements.

Major transit agencies are committing to full fleet electrification: New York MTA aims for a fully zero-emission bus fleet by 2040, Washington DC’s WMATA has committed to 100% zero-emission buses by 2045, and Transport for London (outside the US but often cited as a comparison) has set a goal of a fully zero-emission fleet by 2034.

Canada’s ZEB fleet grew 54% between mid-2024 and mid-2025, but the forward pipeline fell 30%, creating concern about policy continuity and provincial funding gaps.

Asia-Pacific, particularly China, operates the world’s largest electric bus fleet and manufactures the majority of global electric bus production. Asia-Pacific held over 90% of global fuel cell electric bus market value in 2023, with China leading through policy-driven deployment in major cities targeting air-quality improvements.

Latin America has emerged as a major export market for Chinese electric bus OEMs. As of July 2024, around 5,900 electric buses operate across 41 cities in 12 Latin American countries, with BYD leading at 2,606 units (43% share), Foton at 1,404 units (24% share) and Yutong at 840 units (14% share). Santiago, Chile has 2,480 operational electric buses, making it the largest electric bus fleet in Latin America and one of the largest outside China. Colombia’s Bogotá operates 1,590 electric buses (97% BYD), and Mexico has 694 units (70% Yutong).

This export dynamic creates a two-tier market: Chinese OEMs dominate Latin America, Asia-Pacific and increasingly Africa through competitive pricing and integrated financing packages, while European and North American OEMs focus on domestic and premium export markets with higher regulatory and quality requirements.

6. The Operator and Policymaker Playbook

For operators, the practical steps to zero-emission bus deployment are now well established:

  1. Start with route and duty-cycle analysis. Map daily mileage, topography, peak power requirements, layover times and seasonal variations for each route. Use this data to identify which routes are natural candidates for BEV (predictable, <250km, depot charging viable) and which may require hydrogen (high mileage, unpredictable demand, grid constraints).
  2. Engage your Distribution Network Operator (DNO) or utility early. Grid connection timelines can be 18-36 months in constrained urban areas. Identify peak power requirements, explore smart charging and vehicle-to-grid (V2G) opportunities, and secure green tariffs or power purchase agreements (PPAs) to maximise well-to-wheel carbon savings.
  3. Pilot before you scale. Procure 5-10 buses of each shortlisted technology, operate them on representative routes for 12-18 months, and collect real operational data on energy consumption, range, reliability, maintenance costs and driver/passenger feedback. Use this data to refine your fleet transition plan and secure board or council approval for larger orders.
  4. Plan for workforce transition. Battery-electric and hydrogen buses require different maintenance skills than diesel. Identify skill gaps, secure training from OEMs or third-party providers, and avoid displacing existing workers. The Infrastructure Investment and Jobs Act in the US explicitly requires Zero-Emission Fleet Transition Plans to examine workforce impacts and retraining needs.
  5. Secure long-term hydrogen supply (for FCEB fleets). Hydrogen bus TCO is highly sensitive to hydrogen price and availability. Lock in long-term supply contracts, explore on-site electrolysis where grid capacity and renewable electricity are available, or partner with industrial hydrogen users to share infrastructure costs. The collapse of HyHAUL in the UK, discussed in Hydrogen Trucks UK Policy Failure, illustrates the operational risk of hydrogen supply uncertainty.
  6. Leverage available funding. In the UK, use ZEBRA and BSOG ZEB uplift. In the US, target FTA Low-No and 5339 grants. In Europe, access national and EU funding streams tied to the Clean Vehicles Directive. Ensure vehicles hold Zemo Partnership ZEB accreditation (UK) or equivalent certifications to qualify for funding.

For policymakers, the lessons from the past five years are clear:

  • Mandates work, but only with funding. The EU’s 90% ZEB mandate by 2030 is driving rapid OEM investment and operator procurement, but it requires sustained capital grant funding and operational support (e.g., BSOG uplift) to avoid bankrupting smaller operators.
  • Avoid technology lock-in. A “battery-or-bust” policy risks repeating the mistakes explored in the HGV TCO analysis – higher systemic costs, grid bottlenecks and stranded assets. Support both BEV and hydrogen pathways and let duty-cycle economics drive technology choice.
  • Invest in hydrogen supply infrastructure where it makes sense. Co-locate hydrogen refuelling for buses, trucks, refuse vehicles and eventually coaches to drive down per-kg hydrogen costs and per-vehicle infrastructure capex. The UK’s failure to do this contributed to the HyHAUL collapse.
  • Prioritise equity in ZEB deployment. Ensure zero-emission buses serve disadvantaged communities early, not last. In the US, FTA guidance encourages agencies to assign ZEBs to routes serving environmental justice communities to deliver air-quality and noise benefits where they are most needed.

Zero-emission buses and coaches have moved decisively from pilots to deployment, with battery-electric buses scaling rapidly for urban routes and hydrogen buses finding their niche in high-utilisation, long-range and grid-constrained applications. Hydrogen coaches remain in early demonstration but are poised to fill the final gap in the decarbonisation puzzle. For operators and policymakers, the playbook is now clear: start with duty-cycle analysis, match technology to use case, secure funding and supply chains, and use today’s deployments to build the operational experience and workforce skills needed for tomorrow’s fully decarbonised fleets.

For more on how this fits into the wider road transport decarbonisation story, see the Road Transport category and the curated Hydrogen hub on this site.

Sources
[1] Certificates Hub https://www.zemo.org.uk/work-with-us/buses-coaches/low-emission-buses/certificates-hub.htm
[2] Zero Emission Bus Guide – Zemo Partnershipwww.zemo.org.uk › work-with-us › buses-coaches › zero-emission-bus-gu… https://www.zemo.org.uk/work-with-us/buses-coaches/low-emission-buses/zero-emission-bus-guide.htm
[3] Zero Emission https://www.zemo.org.uk/assets/reports/ZEMO_ZERO_EMISSION_BUS_GUIDE_2022_ONLINE_VERSION.pdf
[4] [Withdrawn] Zero emission buses: local authority toolkit https://www.gov.uk/government/publications/zero-emission-buses-local-authority-toolkit/zero-emission-buses-local-authority-toolkit
[5] What is a Zero Emissions Bus? https://www.baesystems.com/en-us/definition/what-is-a-zero-emissions-bus
[6] Zero Emission Bus Certificates | Zemo Partnership https://www.zemo.org.uk/work-with-us/buses-coaches/low-emission-buses/zero-emission-bus-certificates.htm
[7] Transitioning to Zero-Emissions Bus Operations https://www.transportation.gov/sites/dot.gov/files/2023-06/OSTX-Momentum-ZEB-Toolkit-May2023.pdf
[8] Ending the sale of new, non-zero emission buses, coaches … https://www.gov.uk/government/consultations/ending-the-sale-of-new-non-zero-emission-buses-coaches-and-minibuses
[9] Zero-Emission Fleet Transition Plan | FTA https://www.transit.dot.gov/funding/grants/zero-emission-fleet-transition-plan
[10] Hydrogen Internal Combustion Engine (H2ICE): Ultimate 2025 Guide https://timharper.net/hydrogen-internal-combustion-engine-guide/
[11] Toyota co-brands Caetano hydrogen fuel cell bus https://mag.toyota.co.uk/hydrogen-fuel-cell-bus/
[12] Flemish public transportation company De Lijn to deploy 36 new e … https://www.belganewsagency.eu/flemish-public-transportation-company-de-lijn-to-deploy-36-new-e-buses-this-year
[13] Electric Buses in Latin America: BYD, Foton, Yutong Lead Market with … https://www.glbtrad.com/news/industry-news/190.html
[14] Toyota Co-brands Zero-emission Buses with CaetanoBus – Toyota Media Site https://media.toyota.co.uk/toyota-co-brands-zero-emission-buses-with-caetanobus/
[15] Belgium order for 60 e-buses from Van Hool and VDL https://www.busworldeurope.org/news/belgium-order-60-e-buses-van-hool-and-vdl
[16] 5900 e-buses are in operation in Latin America, with BYD … https://www.sustainable-bus.com/news/electric-buses-latin-america-5900-zebra/
[17] CaetanoBus SA launches first hydrogen bus with Toyota … https://newsroom.toyota.eu/caetanobus-sa-launches-first-hydrogen-bus-with-toyota-fuel-cell-technology/
[18] H2-View News: Belgian transport operator retires hydrogen buses … https://h2eg.com/h2-view-news-belgian-transport-operator-retires-hydrogen-buses-focuses-on-electrification/
[19] BYD to Deliver Latin America’s Largest Electric Bus Fleet—379 Buses https://en.byd.com/news/byd-to-deliver-latin-americas-largest-electric-bus-fleet-379-buses/
[20] Toyota to supply its hydrogen technology to Caetanobus … https://global.toyota/en/newsroom/corporate/24694710.html
[21] Van Hool fuel cell buses launched on Brussels’ roads (with Worthington cylindres) https://www.sustainable-bus.com/fuel-cell-bus/brussels-hydrogen-buses-worthington-industries/
[22] BYD electric buses lead in Latin America, although Yutong … https://strategicenergy.eu/byd-electric-buses-lead-in-latin-america-although-yutong-and-foton-are-not-far-behind/
[23] Toyota https://caetanobus.pt/en/toyota/
[24] Belgium, De Lijn ends hydrogen bus operations, electrification … https://www.sustainable-bus.com/fuel-cell-bus/de-lijn-hydrogen-bus-stop/
[25] BYD Helps Launch Latin America’s First Electric Bus Corridor https://en.byd.com/news/byd-helps-to-launch-latin-americas-first-100-electric-bus-corridor/

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