[Promising Sectors for Entering India ⑪] India's Hydrogen Energy Sector

National Green Hydrogen Mission and Opportunities for Korean Enterprise Cooperation

- National Green Hydrogen Mission and Opportunities for Korean Enterprise Cooperation - In the global energy market, Green Hydrogen (hydrogen produced by splitting water using renewable power like solar and wind, emitting zero carbon) has moved beyond a mere eco-friendly slogan to become a core long-term energy transition strategy for major nations and corporations. India is leveraging its world-record low renewable energy generation costs to emerge as a global green hydrogen production hub , while South Korea possesses advanced technological foundations for hydrogen transportation and utilization. This article explores why the Indian hydrogen energy market is drawing significant attention and examines potential collaboration avenues for Korean enterprises across eight key perspectives. 1. Why Hydrogen Now: The Energy Source Reshaping Industry Fundamentals Hydrogen is a flagship next-generation energy source for carbon reduction, emitting only water upon combustion. It is considered one of the most viable alternatives for hard-to-abate sectors (high-emission industries such as steel, petrochemicals, and maritime shipping) where electric vehicle batteries fall short. As of 2026, hydrogen’s value is surging beyond a simple fuel source—it is increasingly utilized as a reducing agent replacing coal in steel manufacturing and as a primary raw material for producing ammonia, the foundation of fertilizers. ♣ "Hasn't it been pushed aside by Electric Vehicles (EVs)?": Why Hydrogen Keeps Evolving While public attention in the eco-friendly mobility market has centered on passenger EVs, leading some to perceive hydrogen as stagnant, the two technologies address different needs. While EVs dominate the passenger car market due to charging infrastructure costs and storage/transportation limitations, hydrogen remains an unrivaled solution for heavy-duty, industrial sectors like steel, chemicals, power generation, shipping, rail, and heavy freight that cannot be easily electrified by batteries alone. 2. India's Hydrogen Ambitions: The National Green Hydrogen Mission (NGHM) Through its National Green Hydrogen Mission (NGHM), the Indian government aims to achieve an annual green hydrogen production capacity of 5 million metric tons by 2030. Key Strengths: Vast land availability, competitive labor costs , and world-leading low renewable power generation costs. Current Status: Major production clusters are taking shape around states like Gujarat and Tamil Nadu . Investments in related projects are also rapidly expanding into key coastal port regions including Odisha, Andhra Pradesh, Kandla, and Tuticorin . Local conglomerates such as Reliance are aggressively pursuing the localization of electrolyzers (equipment that splits water into hydrogen using electricity). 3. New Horizons in Tech Development: Liquefied Storage, Transport, and Co-Firing The technological focus in 2026 centers on maximizing transportation and utilization efficiency . Liquefied Hydrogen & Ammonia Transport: Core technologies include cooling gaseous hydrogen to -253°C to reduce its volume by 1/800th (liquefied hydrogen) or converting hydrogen into ammonia for transport. South Korean shipbuilders, including HD Korea Shipbuilding & Offshore Engineering, lead the Very Large Ammonia Carrier (VLAC) market, demonstrating top-tier global storage and transport expertise. Hydrogen Co-Firing Generation: This process retrofits existing coal or gas power plant turbines to burn hydrogen alongside conventional fuels . Because it repurposes existing infrastructure while immediately reducing carbon emissions, it is emerging as a practical interim solution for India's energy transition, given its high reliance on fossil-fuel power generation. ♣ South Korea's Large-Scale Demonstration Case (Yongin Semiconductor Cluster) To supply power and heat for the 'Yongin Semiconductor Mega Cluster,' South Korea is constructing an approximately 3GW LNG combined heat and power (CHP) plant. Following initial operations, these facilities plan to expand hydrogen co-firing and zero-carbon fuel usage over the long term. This model of integrating power generation with high-tech industrial complexes can serve as a valuable reference for India's heavy-power industrial landscape. 4. South Korea–India Cooperation Framework: Korean Tech × Indian Production Both nations possess highly complementary structures capable of offsetting each other's vulnerabilities. Country Key Strengths & Contributions South Korea Hydrogen fuel cell technology, EPC (Engineering, Procurement, Construction) capabilities, and hydrogen/ammonia carrier shipbuilding tech. India Potential for ultra-low-cost green hydrogen production and a massive domestic market. ★ The newly established Economic Security Dialogue — launched following recent bilateral summit meetings —can serve as a foundational pillar to expand energy supply chain cooperation. This goes beyond simple technology exchange, creating pathways to transport Indian-produced hydrogen via South Korean vessels for use in Korean industrial facilities. 5. Expanding Hydrogen-Linked Industries: Steel, Shipping, and Fertilizer Green Steel: Hydrogen-based Direct Reduced Iron (DRI) technology —which utilizes hydrogen instead of coal—is undergoing active demonstration research led by major Indian steelmakers like JSW Steel. Hydrogen Bunkering: Building infrastructure at ports to refuel hydrogen- and ammonia-powered vessels represents a promising area where Korean engineering capabilities can participate as India upgrades its strategic ports. Green Fertilizer: Producing fertilizer from ammonia extracted via green hydrogen rather than natural gas allows India to simultaneously boost agricultural competitiveness and increase fertilizer self-sufficiency. 6. Capturing Global Standards: The Strategic Importance of Government-Led Standardization Much like the early rivalries over EV charging standards, securing leadership in industry standards is critical for the hydrogen market. Establishing interoperability for port bunkering systems or safety protocols for cryogenic storage tanks requires coordinated policy efforts beyond individual corporate actions. If South Korea and India establish joint specifications through strategic policy and R&D collaboration, both nations will secure a advantageous foothold in leading the global hydrogen market. 7. Practical Logistics & Transportation Applications: Corridors and Railways Hydrogen mobility is likely to expand first in heavy-duty transport sectors—such as buses, trucks, trains, and port equipment —where routes are fixed and charging infrastructure can be strategically concentrated. Hydrogen Freight Corridors: A major logistics initiative involving the phased installation of hydrogen refueling stations along key freight arteries , such as the Delhi-Mumbai Industrial Corridor (DMIC). India's Hydrogen Train Trials: As part of its rail decarbonization strategy, Indian Railways is conducting trials and commercialization preparations for hydrogen-powered passenger trains (e.g., the Jind–Sonipat route) to replace diesel locomotives. This presents concrete opportunities for hydrogen fuel cell module supply and system integration. Integration with Autonomous Heavy-Duty Trucks: Long-term research is also exploring the pairing of hydrogen trucks—ideal for long-haul transport—with driverless technology to build an efficient logistics framework spanning India's expansive geography. 8. Niche Strategies for SMEs: Critical Components and Specialized Solutions While large conglomerates typically lead mega-plant construction, small and medium-sized enterprises (SMEs) have strong opportunities in high-value components and software that support the broader ecosystem. High-Value Consumables & Components: Specialized functional parts built to withstand extreme conditions, such as ultra-high-pressure fittings, hydrogen leak detection sensors, and cryogenic valves. Software & Engineering: Digital Twin-based management systems and real-time predictive maintenance solutions that model hydrogen processes in virtual environments. Safety Training Services: Specialized engineering and operational safety training programs designed for local Indian technical personnel operating hydrogen facilities. Closing Thoughts While the hydrogen energy industry holds strong long-term growth potential, the current production cost of green hydrogen remains higher than that of fossil-fuel-based hydrogen. Future market expansion will depend significantly on reductions in renewable energy prices and achieving economies of scale. Rather than expecting rapid short-term market expansion, it is essential to focus on the gradual widening of application areas through systematic technology validation and demonstration projects. In this context, India offers diverse real-world demonstration opportunities backed by affordable renewable energy and a massive domestic market, while South Korea brings strong technological competitiveness in fuel cells, plant engineering, shipbuilding, and logistics. Whether South Korea–India cooperation leads to tangible business outcomes will depend on policy support, economic feasibility, and global energy market conditions. However, if both countries systematically expand step-by-step collaboration built on their respective strengths and expertise, there is substantial potential to create meaningful opportunities within the future green hydrogen supply chain and related industrial ecosystems.