Energy costs are volatile, and carbon footprints are high; we fix this with reliable clean energy solutions in India that offer long-term price and supply stability.

Grey uses gas, and blue uses carbon capture, but green hydrogen is different. It relies on electrolysis powered entirely by renewables for zero-emission fuel.

We focus strictly on the green variety. As a green hydrogen developer, our mission is to deliver 100% clean energy that genuinely helps meet climate targets.

The system fits right into your existing setup, providing a self-sustaining loop of renewable power and hydrogen fuel without disrupting your workflow.

Not always. Most of our solutions work in tandem with your current grid to lower dependence on fossil fuels and slash industrial decarbonisation costs.

It’s safer and cheaper. Producing it where you use it removes the danger of high-pressure transport and makes you a self-reliant green hydrogen manufacturer.

Green hydrogen is produced by splitting water into hydrogen and oxygen through electrolysis powered entirely by renewable energy, primarily solar power. GH2 Solar designs, engineers, and operates integrated green hydrogen plants where solar energy powers advanced alkaline electrolysers, enabling large-scale green hydrogen production with zero carbon emissions.

GH2 Solar provides end-to-end Engineering, Procurement & Construction (EPC) services for green hydrogen projects, including feasibility studies, FEED, detailed engineering, equipment procurement, civil and mechanical construction, commissioning, and handover. We support refineries, fertiliser manufacturers, city gas distributors, mobility hubs, and industrial consumers looking to adopt green hydrogen production at scale.

Under the BOO model, GH2 Solar finances, develops, owns, and operates the green hydrogen plant on behalf of the off-taker, who purchases hydrogen at an agreed price per kilogram under a long-term offtake agreement. This approach eliminates upfront capital expenditure, transfers technical and operational responsibility to GH2 Solar, and provides long-term price certainty, typically over a period of 15 to 25 years.

Our project portfolio ranges from pilot-scale facilities with 0.5–2 MW electrolyser capacity to utility-scale green hydrogen plants exceeding 50 MW. Plant sizing is customised based on hydrogen demand, land availability, grid connectivity, renewable energy resources, and long-term operational requirements.

GH2 Solar focuses on hard-to-abate industries, including refineries, fertiliser manufacturing, city gas distribution companies, steel and cement producers, captive power users adopting fuel cells, and commercial vehicle operators transitioning to hydrogen-based mobility solutions. Our green hydrogen solutions help organisations reduce emissions while supporting industrial decarbonisation goals.

Yes. Our EPC scope includes hydrogen compression systems, high-pressure storage, tube trailers, pipeline evacuation infrastructure, and dispensing stations. GH2 Solar designs and delivers the complete hydrogen value chain, from electrolysis and storage to transportation and end-use applications.

GH2 Solar works with project finance lenders, green bonds, development finance institutions (DFIs), and government-backed funding programmes. We also support projects aligned with the National Green Hydrogen Mission, including opportunities available under the SIGHT Scheme and other applicable incentive and subsidy programmes that enhance project viability and long-term bankability.

GH2 Solar follows internationally recognised certification frameworks, including CertifHy and relevant ISO standards, while aligning with India's Green Hydrogen Standard. Every kilogram of hydrogen produced is traceable to verified renewable electricity generation, helping organisations meet ESG commitments, sustainability goals, and regulatory reporting requirements.

GH2 Solar develops ground-mounted utility-scale solar farms, rooftop and carport solar installations, and hybrid solar-BESS-hydrogen systems. Our solar projects are designed primarily as dedicated renewable energy sources for on-site hydrogen production, while also supporting commercial and industrial (C&I) consumers with reliable clean power generation.

Yes. Alongside our integrated green hydrogen projects, GH2 Solar provides turnkey solar EPC services for commercial and industrial clients, developers, and utilities. Our scope includes site assessment, shadow analysis, module and inverter selection, structural design, grid interconnection, operations and maintenance, and long-term performance monitoring.

GH2 Solar primarily specifies high-efficiency bifacial mono-PERC and TOPCon modules, which offer superior energy yield over a project's lifecycle. Module selection is based on site irradiation, land availability, project economics, and performance requirements. We remain technology-agnostic and source from Tier-1 manufacturers to meet bankability and reliability standards.

Our team manages the complete grid integration process, including load flow studies, short-circuit analysis, protection coordination, CEA, DISCOM and STU interconnection applications, and commissioning of grid-tied inverters and metering systems. For captive and off-grid projects, we design systems with suitable storage and control architecture to ensure reliable operation.

We offer contractual performance guarantees that include minimum annual energy generation on a P90 basis, plant availability of typically 98% or higher, and module degradation commitments. Performance is monitored through advanced SCADA and CMMS platforms, supported by regular energy audits against contractual benchmarks.

GH2 Solar's solar EPC expertise can support projects aligned with government initiatives such as the PM-KUSUM Scheme, subject to project eligibility and regulatory requirements. Our team assists clients in evaluating technical feasibility, compliance requirements, and available subsidy opportunities to improve project economics.

GH2 Solar works with Proton Exchange Membrane (PEM) fuel cells for distributed power and mobility applications, as well as Solid Oxide Fuel Cells (SOFC) for industrial combined heat and power applications. Our integration capabilities support the broader green hydrogen ecosystem being accelerated through initiatives such as the SIGHT Scheme.

Yes. GH2 Solar designs integrated renewable energy systems where solar-powered electrolysers produce green hydrogen that can be stored and later converted back into electricity through fuel cells during periods of low solar generation. This enables reliable and dispatchable renewable power while maximising the value of green hydrogen assets developed under programmes such as the SIGHT Scheme.

PEM fuel cell systems typically achieve electrical efficiencies between 50% and 60% on a lower heating value (LHV) basis. When waste heat recovery is incorporated, overall system efficiency can increase to between 80% and 85%, helping industries maximise the return on investment from green hydrogen infrastructure and available clean energy subsidy programmes.

GH2 Solar recommends fuel cell deployment for data centres, telecom infrastructure, industrial campuses, hydrogen-powered material handling fleets, hospitals, and commercial complexes seeking reliable 24/7 clean energy solutions. Fuel cells play an important role in supporting industrial decarbonisation and the long-term objectives of India's green hydrogen mission and the SIGHT Scheme.

Alkaline electrolysers offer proven longevity of over 20 years, lower capital costs per MW, and do not require platinum group metal (PGM) catalysts, making them highly cost-effective at scale. For large-scale green hydrogen production in India, alkaline technology continues to deliver one of the most competitive levelised costs of hydrogen, particularly when paired with renewable energy systems supported by initiatives such as the SIGHT Scheme.

GH2 Solar is developing domestic alkaline electrolyser manufacturing capabilities aligned with the National Green Hydrogen Mission and India's localisation goals. Supported by advanced technology and the broader manufacturing ecosystem encouraged by the PLI Scheme, our electrolysers utilise advanced diaphragm materials and bipolar plate designs that improve efficiency while reducing auxiliary power consumption.

Our alkaline electrolyser systems are engineered with a wide operating range and intelligent power electronics to efficiently manage fluctuations in solar generation. This enables stable hydrogen production, improved stack life, and better utilisation of renewable energy assets developed under programmes such as the SIGHT Scheme.

GH2 Solar offers comprehensive operations and maintenance services covering preventive maintenance, remote performance monitoring, spare parts management, and planned stack replacement programmes. Our long-term service approach helps customers maximise asset performance, improve operational reliability, and protect investments made through government-supported clean energy initiatives and available subsidy programmes.

Alkaline electrolysers use a potassium hydroxide (KOH) electrolyte solution that requires specialised handling and safety procedures. GH2 Solar designs all installations in compliance with applicable PESO, PNGRB, and local safety regulations, incorporating hydrogen detection systems, ventilation controls, spill containment measures, and emergency shutdown protocols as standard practice.

GH2 Solar is committed to a zero-harm workplace culture. Our HSSE policy ensures that health, safety, security, and environmental protection remain integral to every project phase, from design through decommissioning. We apply the same standards across all projects, including those developed under the SIGHT Scheme, without compromising safety for schedule or cost objectives.

GH2 Solar's operations and project delivery systems are aligned with ISO 45001 (Occupational Health & Safety), ISO 14001 (Environmental Management), and ISO 9001 (Quality Management). We maintain site-specific HSSE plans, emergency response procedures, and incident investigation protocols across all EPC and O&M projects, ensuring compliance with industry and regulatory requirements.

Hydrogen is a flammable, colourless, and odourless gas that requires specialised safety controls. GH2 Solar designs hydrogen facilities in compliance with OISD-179, PESO regulations, and IEC 60079 standards. Our facilities incorporate continuous hydrogen detection systems, ATEX-rated electrical equipment, explosion-proof ventilation, and trained emergency response teams to ensure safe operations.

GH2 Solar conducts environmental impact assessments (EIA) wherever applicable and implements site-specific environmental management plans. Our commitments include zero liquid discharge (ZLD) practices, responsible KOH handling and recycling, biodiversity protection, reduced land disturbance, and transparent ESG reporting. These measures support the sustainability objectives of India's clean energy transition and projects supported through programmes such as the SIGHT Scheme.

Yes. All contractors and subcontractors undergo a pre-qualification safety assessment before mobilisation. Regular safety audits, toolbox talks, permit-to-work systems, and behaviour-based safety observations form a core part of our HSSE programme. This ensures that all personnel maintain the same safety standards across every GH2 Solar project.

GH2 Solar hires across engineering disciplines, including mechanical, electrical, chemical, instrumentation and control, project management, procurement and supply chain, HSSE, business development, finance, and corporate communications. As we expand our clean energy and manufacturing operations, including projects supported by the PLI Scheme and SIGHT Scheme, we also recruit for production, quality assurance, and research and development roles.

Open positions are listed on our Careers page, where candidates can apply directly by submitting their CV and a brief cover note. Applicants may also share speculative applications for future opportunities as GH2 Solar continues to grow across India's renewable energy, hydrogen, and advanced manufacturing sectors.

Yes. GH2 Solar offers structured internship programmes for engineering and management students across project and corporate functions. We also run Graduate Trainee programmes that provide exposure to project delivery, hydrogen technologies, renewable energy systems, and manufacturing operations that support India's clean energy ambitions.

GH2 Solar is a purpose-driven organisation focused on advancing India's clean energy transition. Our culture encourages ownership, collaboration, innovation, and continuous learning, creating opportunities for professionals to contribute to high-impact projects across renewable energy, hydrogen infrastructure, and sustainable industrial development.

We invest heavily in employee development through technical training, project management certifications, HSSE programmes, leadership development initiatives, and industry knowledge-sharing opportunities. Our learning framework helps employees build expertise in emerging sectors such as green hydrogen, electrolysers, battery storage, and renewable energy technologies.

GH2 Solar's primary operations are based in India, and we recruit predominantly from the domestic talent market. For specialised positions related to electrolyser manufacturing, advanced system integration, and global project delivery, we also engage international talent and experienced professionals supporting initiatives such as the PLI Scheme and India's growing green hydrogen ecosystem.