India Green Hydrogen Hubs Could Spread Beyond the Coast

NEW DELHI — A comprehensive research study released by WRI India on Friday reveals that India's planned green hydrogen hubs could expand far beyond coastal regions into interior states. Evaluating multiple resource and consumption scenarios, the findings highlight that while coastal states currently lead initial developments due to port access and seaport infrastructure, interior regions possessing strong transmission networks and renewable potential are emerging as viable contenders. As the central government accelerates its National Green Hydrogen Mission to achieve ambitious decarbonization targets, this geographical diversification could redefine industrial clean energy investments across the country.

Evaluating Resource and Consumption Drivers

The WRI India assessment emphasizes that selecting optimal sites for green hydrogen hubs depends heavily on two primary criteria: resource availability and local hydrogen demand. In the resource scenario, renewable energy generation accounts for over 55 percent of the weighted criteria, followed by water availability and robust power transmission infrastructure. Conversely, the consumption scenario prioritizes industrial off-takers such as oil refineries, fertilizer plants, and steel manufacturers, which represent the vast majority of current domestic hydrogen consumption.

While western and southern coastal corridors—led by Gujarat and Maharashtra—currently dominate the readiness rankings due to existing port logistics and high industrial demand, interior states are proving competitive. Regions with expansive solar and wind capacity, alongside robust power transmission grid coverage, demonstrate significant potential for inland hydrogen manufacturing, provided water resource management is effectively addressed.

Strategic Implications for Industry and Investors

The potential expansion of green hydrogen hubs beyond coastal borders carries substantial practical implications for energy investors, heavy industries, and regional economies. Industrial consumers seeking to comply with national decarbonization mandates can benefit from decentralized production networks that reduce long-distance transport costs for compressed gases and green ammonia. Furthermore, establishing production facilities closer to inland manufacturing clusters helps minimize logistical bottlenecks.

For policymakers and utility planners, inland expansion requires targeted investments in water infrastructure and dedicated pipeline networks. States that successfully upgrade their transmission grid stability and secure reliable water supplies can attract substantial capital expenditure under the government's clean energy incentive schemes, creating specialized technical employment and strengthening regional energy security.

Official Sources and Research Findings

Data and insights regarding the geographical evolution of green hydrogen infrastructure were detailed in the official research study published by WRI India in September 2026. The evaluation framework builds upon implementation metrics outlined by the Ministry of New and Renewable Energy (MNRE) under the National Green Hydrogen Mission, which targets an annual domestic production capacity of 5 million metric tonnes by 2030.

According to the WRI India study, "Proximity to renewable energy sources and hydrogen consumers are the two most important factors in deciding where green hydrogen hubs should be located." Researchers explicitly noted that while coastal regions hold early operational advantages, secondary states with strong transmission networks are well-positioned for future project scaling.

Why It Matters

Transitioning hard-to-abate industrial sectors away from fossil fuels is a critical component of India's long-term climate commitments. Expanding green hydrogen production hubs beyond coastal enclaves ensures that inland manufacturing hubs—including major steel and fertilizer plants—gain direct access to affordable, clean energy inputs. This broader geographic footprint minimizes supply chain vulnerabilities, dampens production costs, and accelerates the nationwide transition toward a low-carbon economy.

Key Facts at a Glance

• A WRI India study published in September 2026 indicates that green hydrogen hubs could expand beyond coastal regions into interior states.

• The National Green Hydrogen Mission targets 5 million metric tonnes of annual green hydrogen production by 2030.

• Renewable energy generation and water availability account for the highest weighting factors in determining optimal hub locations.

• Gujarat and Maharashtra lead current rankings, while interior states with strong power transmission networks demonstrate growing future potential.

Frequently Asked Questions

Why might green hydrogen hubs expand beyond coastal regions in India? Research indicates that strong power transmission networks and abundant renewable energy generation in interior states make them viable locations for future green hydrogen production.

What are the primary factors determining green hydrogen hub locations? Hub siting is primarily determined by renewable energy availability, water access, power transmission infrastructure, and proximity to major industrial hydrogen consumers.

Which states currently lead in green hydrogen hub readiness? Coastal states such as Gujarat and Maharashtra currently lead rankings due to established industrial demand, port access, and robust renewable energy infrastructure.

What is the overarching goal of the National Green Hydrogen Mission? The mission aims to establish a self-sustaining domestic green hydrogen ecosystem, achieving an annual production capacity of 5 million metric tonnes by 2030.

Source: WRI India Research Study; Ministry of New and Renewable Energy (MNRE); National Green Hydrogen Mission Framework.