Molecule

Electrolyser Manufacturing Facility- Morena, Madhya Pradesh

GH2 Solar's state-of-the-art Green Hydrogen Electrolyser Manufacturing Facility at Morena district, Madhya Pradesh is a landmark step in India's clean energy journey. Developed in a ₹400 crore joint venture with South Korea's Advanced Hydrogen Energy Solutions (AHES) Ltd, the facility brings world-class alkaline electrolyser technology to India; backed by government support and built for global scale.

Key Highlights:

• 105 MW initial annual electrolyser manufacturing capacity, with expansion to 500 MW by 2030
• ₹400 Crore Joint Venture with South Korea's AHES Ltd, bringing advanced alkaline electrolyser technology to India
• Government-Backed — one of only five companies selected under India's PLI scheme for both green hydrogen production and alkaline electrolyser manufacturing
• 300+ Direct Jobs in manufacturing, operations, and research — driving regional development and skill-building in Madhya Pradesh

V.O. Chidambaranar Port, Tamil Nadu

Green Hydrogen Demonstration Plant

Executing every phase from initial feasibility and architecture through to EPC and monitoring, we enforce total system uptime throughout. Incorporating a full Balance of Plant (BoP), covering power conditioning, gas handling, and automation, guarantees each site functions as a rugged, end-to-end energy hub. This technical rigour drives real-world industrial decarbonisation, giving ports and utility users scalable, practical routes toward net-zero. We focus on bridging gaps between renewable supply and industrial demand via precision engineering and site-specific customisation.

Key Highlights:

1. 10 Nm³/hr alkaline electrolyser system
2. Renewable power integration for green hydrogen production
3. Hydrogen purification, storage, and fuel cell integration
4. SCADA-enabled monitoring and long-term O&M support

NHPC Limited, Leh

Fuel Cell Microgrid Plant

Situated at 3,200 metres, this setup proves that hydrogen fuel cell technology survives Ladakh’s extreme climatic shifts. The hardware manages sub-zero temperatures to produce high-purity hydrogen, energising a 25 kW hydrogen fuel cell power generator. These high-altitude microgrids offer reliable, off-grid power for mission-critical sites when conventional grids fail. Combining a 20 Nm³/hr output with bespoke thermal management, this site proves that hydrogen is a hardy energy carrier for India’s remote border zones, particularly where standard grid expansion is geographically impossible.

Key Highlights:

1. 20 Nm³/hr hydrogen production at 99.9% purity
2. 30 bar compression and integrated gas storage system
3. 25 kW hydrogen fuel cell power generator for microgrid loads
4. Advanced thermal management for extreme climatic conditions
5. Pioneering clean energy innovation for off-grid power security

Commercial Hydrogen Project

Fuel Cell Plant

GH2 Solar deploys stationary fuel cell power systems across data centres as a silent, zero-emission alternative to legacy diesel backup. These modular architectures provide uninterrupted, primary power for mission-critical loads, ensuring high-uptime energy delivery for modern production hubs. Coupling these units with commercial solar panel installation creates self-sustaining energy loops that significantly reduce operational expenditure and carbon taxation risks. Every system is designed for strict ESG compliance, offering a lower maintenance lifecycle and improved energy security for industrial parks seeking true energy independence.

Key Highlights:

1. Integrated hydrogen production and site supply
2. Modular storage and fuel cell power generation systems
3. Intelligent load balancing and grid compatibility
4. Zero emissions at the point of use for urban sites
5. Ideal for green campuses and commercial solar panel installation hubs

KP Group

Green Hydrogen & Refueling Infrastructure

This strategic project links a 1 MW renewable facility with high-flow hydrogen refuelling stations to build foundational mobility corridors. Combining electrolysis with high-pressure storage, the site supports the immediate decarbonisation of captive heavy-duty logistics fleets. The facility accelerates the expansion of hydrogen vehicles in India adoption by providing the high-uptime infrastructure required for long-haul transport. SCADA-enabled monitoring plus integrated safety frameworks push performance as logistics operators swap traditional combustion fuels for a cleaner, hydrogen-led future. This rigorous oversight enables seamless operational scaling and upholds strict compliance with international pressure-vessel and gas-handling standards.

Key Highlights:

• 1 MW renewable-powered electrolyser plant
• High-pressure hydrogen compression and storage
• High-flow hydrogen fuel stations for mobility
• Integrated safety and real-time monitoring framework
• Scalable infrastructure model for national transport corridors

Green Ammonia Project

Pushing toward a 100,000 TPA capacity, this initiative marks a serious industrial shift for green ammonia production. Built via a 15-year strategic partnership, the site pairs multi-megawatt renewable power with synthesis loops for domestic and global off-take. Pricing indexed against global benchmarks ensures commercial competitiveness alongside low-carbon feedstock supply for international fertiliser and chemical sectors. This industrial scale-up necessitates rigorous integration of high-pressure storage plus specialised transport logistics to meet stringent global safety protocols. These technical requirements secure long-term viability for cross-border clean molecule trade.

Key Highlights:

• 100,000 TPA green ammonia in India production target
• Integrated renewable generation and synthesis loop
• Renewable energy coupling for global green certification
• Export-ready storage and logistics infrastructure
• Strategic entry into international green molecule markets