The Great Hydrogen Challenge: Accelerating India’s hydrogen deep-tech innovators

The Energy Leap Great Hydrogen Challenge (GHC), a rolling national initiative to identify, fund, and de-risk breakthrough technologies, aims to strengthen India’s hydrogen ecosystem by supporting such technologies.

India is entering a pivotal decade for clean hydrogen adoption. Amid rising carbon prices and accelerating industrial decarbonisation, clean hydrogen is gaining strategic importance as a lower-carbon, cost-resilient alternative to fossil-based feedstocks and fuels.

GHC invites innovators developing materials, components, and processes vital to large-scale hydrogen deployment. More importantly, Energy Leap invites actors to de-risk their tech commercialisation journey, including strategic investors, venture investors, and research labs, to partner on this challenge. 

Apply to the Great Hydrogen Challenge

Carbon pricing now covers 28% of global emissions, driving compliance costs across heavy industry and accelerating demand for low-carbon alternatives. Hydrogen is entering rapid growth, yet clean production remains under 1%. The next 5–7 years will determine which technologies and players define the emerging clean-hydrogen economy.

80+

clean hydrogen start-ups

100+

MSMEs building components and subsystems

Growing market

driven by industrial demand, exports, and climate goals

The Great Hydrogen Challenge (GHC) is a rolling national initiative that identifies, funds, and accelerates breakthrough clean hydrogen technologies ready for validation and scale-up.

Start-ups, and university/R&D innovations preparing to spin out

4–7

Up to ₹0.5 crore (non-dilutive) + milestone-based rewards from partners

18–24 months of technical guidance, pilot facilitation, and market access

The challenge focuses on material, component, and process innovations in the following areas:

  • Upstream: Solar cells, battery cells, electrolyser cells, electrodes, membranes (for purifiers, electrolysers), catalysts 
  • Midstream: Hydrogen storage materials, catalysts for PtX (green ammonia, green methanol, e-SAF) synthesis/cracking
  • Downstream and Safety: H2 (nozzles, heat exchangers), industrial H2 burners, safety sensors (digital, bio-solutions, textiles, etc.), diagnostics systems/predictive maintenance
  • Up to ₹0.5 crore non-dilutive funding, milestone-based support from partners 
  • 18 months of curated assistance through rolling cohorts
  • Pilot opportunities with leading corporates and public-sector partners
  • Access to technical mentors, market insights, and investor networks
  • National visibility through the Energy Leap platform
  • Phase 1 (0–3 months): Scouting, shortlisting, and due diligence
  • Phase 2 (3–12 months): Shortlisting and support – derisking and validation
  • Phase 3 (12–18 months): Scale-up via industrial partnerships and investor connects
  • Access curated clean hydrogen and renewable energy innovation pipelines
  • Receive innovation assessments and market insights
  • Leverage catalytic capital to de-risk early-stage investment

About the Author
Zara Khan

Zara Khan

Marketing Business Partner, Xynteo