Curious about who’s leading the hydrogen revolution in India? With clean energy demand soaring, choosing the right hydrogen fuel cell manufacturer can make all the difference—whether you’re running a green startup or planning large-scale adoption. The good news? Several Indian factories are pioneering in quality and innovation. But which ones truly stand out? Read on as we compare the top players, so you can confidently fuel your ambitions with the best in the business!

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Top 60 Hydrogen Fuel Cell Companies in India (2025) | ensun

6 Top Fuel Cells Companies in India · May 2025 | F6S

Product Details:
Innovative fuel cell and advanced energy storage technologies, including Aluminum Air (Al Air) Fuel Cells by Log9 Materials, a Hydrogen Fuel Cell powered Electric Motorcycle by ATLAST MOTOGEN, and smart, sustainable EV charging solutions by EVRE.

Technical Parameters:
– Log9 Materials offers rapid charging battery packs for EVs with longer life
– ATLAST’s Fuel Cell powered Electric Motorcycle (FCEM) utilizes a hydrogen fuel
– EVRE deploys patented technology for cost-optimized manufacturing of EV

Application Scenarios:
– Electric vehicles (EVs), particularly two-wheelers, using hydrogen fuel cell
– Energy storage solutions for clean energy applications and grid integration
– Deployment of large-scale, logical, and affordable EV charging networks in

Pros:
– Log9 Materials: Superior technology across materials and fabrication levels,
– ATLAST Motogen: Hydrogen-powered zero-emission mobility that combines electric
– EVRE: Patented, cost-effective charging infrastructure making EV charging more

Cons:
– ATLAST Motogen: Adoption of hydrogen fuel cell vehicles may be limited by the
– High initial costs or the need for advanced manufacturing capabilities may

Green Hydrogen Stocks in India 2025: Top Energy Shares on NSE

Top 20 Hydrogen Generation Companies in India and Their Key Projects

Product Details:
Green hydrogen production sites, plants, and related infrastructure including hydrogen refueling stations, electrolyzer manufacturing, hydrogen-based energy storage, and supply of green hydrogen.

Technical Parameters:
– Green Energy Giga Complex capable of 100 GW renewable energy to support
– 10 MW pilot green hydrogen plant (GAIL)
– Use of solid oxide electrolyzer technology (Bloom Energy)
– Projects targeting reduction of 2,700 metric tons of CO₂ emissions annually

Application Scenarios:
– Production and integration of green hydrogen for use in refineries (IOCL, BPCL,
– Supply of hydrogen for ammonia and chemical manufacturing (Tata Chemicals)
– Hydrogen-powered mobility projects (NTPC)
– Industrial use with solar-integrated hydrogen production (Oriana Power, Waaree

Pros:
– Large-scale projects with significant renewable energy integration for hydrogen
– Focus on decarbonization of energy, transport, and chemicals sectors
– Strong government support and financial incentives via National Green Hydrogen
– Adoption of advanced technologies such as electrolyzers and hydrogen storage

Cons:
– High upfront investment requirements for plant setup and infrastructure
– Many projects still in pilot or early development stages
– Technical and logistical challenges in infrastructure integration and scale-up
– Dependence on renewable energy availability for sustained green hydrogen output

Five Indian companies leading the green hydrogen revolution

Product Details:
The company is involved in green hydrogen production, providing end-to-end solutions such as electrolyzers, hydrogen fuel, and integration with renewable energy sources for hydrogen-generating systems.

Technical Parameters:
– Utilizes electrolysis powered by renewable sources (like solar and wind) to
– Develops large-scale green hydrogen plants and scalable electrolyzer systems
– Integration capabilities with existing industrial and energy infrastructure

Application Scenarios:
– Industrial fuel replacement in sectors such as steel and fertilizers
– Energy storage and grid balancing
– Fuel for transportation, including heavy mobility and commercial vehicles
– Feedstock or raw material for refineries and chemical plants

Pros:
– Enables reduction of carbon emissions and supports environmental sustainability
– Helps industries and transport sectors transition to cleaner fuel options
– Leverages Indian renewable energy expertise for lower green hydrogen production
– Scalable solutions for both captive and commercial applications

Cons:
– High initial investment and capital expenditure for hydrogen infrastructure
– Green hydrogen production is currently costlier than conventional hydrogen or

FCT Energy – Leading the Charge for Clean Energy

Product Details:
FCT Energy offers technology, products, and fuel services focused on clean, efficient energy solutions. Their offerings power diverse applications including defence & security, industry, hydrogen power solutions, adventure & leisure, and infrastructure/net zero buildings.

Application Scenarios:
– Defence and security sector (empowering defence with sustainable energy)
– Industrial sector (driving green energy across key sectors)
– Hydrogen power solutions for various needs
– Outdoor adventure and leisure (eco-friendly power for outdoor scenarios)
– Net zero buildings and rural electrification (alternate energy for

Pros:
– Clean and sustainable energy focus
– Solutions cater to a wide range of applications and industries
– Emphasis on advanced, reliable, and efficient power systems

Cons:
– No detailed technical parameters or specifications provided on the page
– Lack of explicit information about pricing or comparative drawbacks

Hydrogen Fuel Cell Manufacturers in India – investorpaths.com

Product Details:
Indian companies are engaged in the research, development, and demonstration of hydrogen fuel cell technology, including fuel cell-based vehicles, power generation systems, energy storage solutions, and industrial hydrogen applications.

Application Scenarios:
– Automobiles (fuel cell SUVs, sedans, transport vehicles)
– Industrial power generation and backup systems
– Clean energy generation and storage for industrial operations
– Integration into renewable energy mix for enhanced energy storage

Pros:
– Supports clean energy transition and reduces emissions
– Suitable for diverse applications including transport and power backup
– Attracts active investment by major corporations and government incentives

Cons:
– Technology is still in its early infancy/development stage
– Full-scale commercial deployment and proven viability not yet achieved

Home – IH2A

Product Details:
IH2A offers development plans, roadmaps, and advocacy for green hydrogen equipment manufacturing, national hydrogen hubs, electrolyser manufacturing, hydrogen storage and transport infrastructure, and decarbonization solutions for sectors such as steel and heavy industry. Their services focus on facilitating public-private partnerships, proposing government policies and incentives, and building domestic supply chains for hydrogen.

Technical Parameters:
– Target of 5 million metric tonnes (MMT) of green hydrogen production capacity
– Estimated addressable market for Indian-manufactured hydrogen equipment: USD
– Proposed 150 MW electrolyser plant for the Kochi Green Hydrogen Hub.
– Planned creation of five large National Green Hydrogen Hubs/Corporations worth

Application Scenarios:
– Green hydrogen production plants and industrial clusters.
– Hydrogen storage and transportation infrastructure for industrial and
– Decarbonization of steel, metals, mining, and cement sectors.
– Development of hydrogen hubs in states such as Gujarat, Karnataka, Maharashtra,

Pros:
– Enables large-scale investment opportunities and infrastructure development for
– Focuses on creating public-private partnerships to reduce costs and spur
– Supports national climate and net-zero targets, aligning with global
– Comprehensive approach spans production, storage, transport, and end-use

Cons:
– Heavy reliance on government incentives and funding mechanisms for early-stage
– Requires significant build-out of renewable energy capacity and new
– Dependency on standardization and regulatory harmonization to ensure
– Potential high upfront capital costs for establishing manufacturing and hub

Top 10 Hydrogen fuel cell manufacturers in india in the World 2025

Product Details:
Hydrogen and direct methanol fuel cells, including PEM, Solid Oxide, DMFC, ultra-high purity hydrogen separators, automotive grade fuel cell stacks, and related components for energy storage, transportation, stationary, and industrial applications.

Technical Parameters:
– Power output range: 1-370 kW (up to 500hp in PEM stacks)
– Efficiency: 40-60% for hydrogen fuel cells; electrolysis efficiency and high
– Solid Oxide and Direct Methanol Fuel Cell technologies
– Electrocatalyst and gas diffusion/electrode layers for enhanced performance and

Application Scenarios:
– Transportation: vehicles, buses, electric vehicles, rail systems
– Stationary power generation and backup for off-grid or critical infrastructure
– Industrial use: manufacturing LEDs, power devices, H2 power plants,
– Defence, portable/outdoor power, and collaborative fuel cell technology

Pros:
– Environmentally friendly and low emissions
– High efficiency and sustainability
– High purity hydrogen output and modular clean fuel cell power generation
– Innovative technologies and customizable, reliable power in remote environments

Cons:
– High production and initial investment costs
– Limited infrastructure and availability in some regions
– Technology still in infancy and high development costs
– Limited performance metric/pricing information and potential regulatory

Best Green Hydrogen Stocks in India 2025 – Groww

Product Details:
Companies produce and supply green hydrogen through various methods, focusing on renewable energy-based hydrogen production and allied equipment manufacturing. Their offerings include electrolyzers, hydrogen plants, and integrated solutions for green hydrogen generation.

Technical Parameters:
– Use of renewable energy sources like solar and wind for hydrogen production
– Manufacturing of proton exchange membrane (PEM) and alkaline electrolyzers
– Equipment capability for large-scale hydrogen production

Application Scenarios:
– Decarbonization of industrial processes such as ammonia, fertilizers, and
– Green transportation (fuel cell vehicles, buses, trucks)
– Power generation and grid stabilization
– Export of green hydrogen as fuel

Pros:
– Reduction of carbon emissions in key industrial processes
– Support for clean energy transition and sustainability
– Integration with renewable energy sources to produce zero-carbon hydrogen

Cons:
– High initial capital expenditure for green hydrogen infrastructure
– Limited commercial-scale adoption in India as of now

Comparison Table

Frequently Asked Questions (FAQs)

What should I consider when choosing a hydrogen fuel cell manufacturer in India?

Focus on the company’s experience, production capacity, quality certifications (like ISO), track record, pricing, and customer reviews. It’s also important to evaluate their technical support and after-sales service.

How do I know if a manufacturer produces high-quality hydrogen fuel cells?

Look for manufacturers with international quality certifications and proven case studies. Ask for sample products, performance data, and client references. Reputable companies are transparent about their testing processes and product reliability.

Can I visit the factory before making a deal?

Yes, most reputable manufacturers in India welcome factory visits. This helps you assess their production capabilities, quality control measures, and working environment firsthand. Arranging a visit also demonstrates the manufacturer’s openness and credibility.

What is the typical lead time for bulk hydrogen fuel cell orders in India?

Lead times can vary based on order quantity and customization, but typically range from 2 to 8 weeks. Confirm timelines with the supplier beforehand and include delivery schedules in your contract for clarity.

Do Indian hydrogen fuel cell manufacturers offer customization options?

Many leading manufacturers in India offer customization based on your specific requirements, such as power output, size, or integration features. Discuss your needs early and work closely with their technical team to ensure the best fit for your application.