Skip to main content
Return to Resources
South Korea Commences Construction on World’s Largest 108 MW Hydrogen Fuel Cell Power Plant
Industry News

South Korea Commences Construction on World’s Largest 108 MW Hydrogen Fuel Cell Power Plant

AuthorFrancois Pierrel
Published
Est. Read3 min read

South Korea has officially begun construction on the Gyeongju Gangdong Hydrogen Fuel Cell Power Plant, poised to become the world's largest facility of its kind. The ambitious 108-megawatt (MW) project, located in Gyeongju, North Gyeongsang province, represents a significant step in the nation's energy transition and is expected to power approximately 270,000 four-person households annually upon its completion in March 2028.

A Landmark Investment in Hydrogen Infrastructure

The Gyeongju Gangdong Hydrogen Fuel Cell Power Plant project, with an estimated investment of 819.1 billion won (approximately $580.7 million USD), is a collaborative effort between public and private sectors. Local companies ESD Holdings and Gangdong Energy are spearheading the development, with support from the government's Regional Activation Investment Fund. Construction officially commenced in September 2025, marking a critical milestone in South Korea's pursuit of a cleaner and more stable energy future.

Addressing Regional Energy Needs and Boosting the Economy

The primary objective of the new 108 MW plant is to provide a stable, baseload electricity supply, particularly to industrial complexes in the East Coast industrial belt, including Pohang Yeongil Bay and Blue Valley. These industrial hubs have faced power deficits, hindering growth and investment. The plant's consistent energy output is anticipated to alleviate these shortages and attract further industrial development.

Beyond energy provision, the project is projected to deliver substantial economic benefits to the region. It is expected to create approximately 1,200 jobs during its construction and operational phases and generate an estimated 73.3 billion won in corporate tax revenues. North Gyeongsang provincial governor Lee Cheol-woo emphasized the plant's role in linking energy policy with advanced industry investment, calling energy “the rice of future industries.”

Technology and Environmental Impact

The Gyeongju Gangdong plant will utilize hydrogen fuel cell technology, generating electricity by combining hydrogen with oxygen in an electrochemical reaction. While the facility will initially use “grey hydrogen” produced on-site from natural gas, fuel cell operations themselves do not emit greenhouse gases. This contrasts with conventional power generation methods that produce carbon dioxide, aligning with South Korea's broader goals for a green energy transition.

This new plant will surpass the existing 79 MW Shin Incheon Vision Dream hydrogen fuel-cell power plant, also in South Korea, as the world's largest. This continuous scaling up of hydrogen power infrastructure underscores the nation's commitment to becoming a leader in hydrogen-based energy solutions.

South Korea's Broader Hydrogen Vision

The construction of the Gyeongju plant is a key component of South Korea's comprehensive strategy to accelerate its renewable energy efforts and bolster its hydrogen economy. The nation has been actively investing in hydrogen infrastructure, with projects like the world's largest liquefied hydrogen plant in Incheon, which began operations in May 2024, capable of producing 30,000 tons of liquefied hydrogen annually. Companies like Hanwha Energy have also been pioneers, completing the world's first hydrogen fuel cell power plant utilizing byproduct hydrogen from petrochemical sites in 2020.

This landmark initiative in Gyeongju is expected to serve as a blueprint for future hydrogen power projects across the country, solidifying South Korea's position at the forefront of the global clean energy landscape.

// RELATED_READING

Industry News

Next-Gen Turbines: Boosting Efficiency in Nuclear Power

Nuclear power, a cornerstone of low-carbon energy, is undergoing a technological evolution. Next-generation turbines are emerging as a key component in enhancing the efficiency and overall performance of nuclear power plants. These advancements promise to extract more power from the same amount of nuclear fuel, leading to significant economic and environmental benefits. The Role of …

Industry News

Abandoned Oil Wells Could Find New Life as Energy Storage Sites, Research Suggests

Discover how repurposing abandoned oil and gas wells for gravity and thermal energy storage turns costly environmental liabilities into clean energy assets.

Industry News

Northvolt’s Demise Deals a Blow to Europe’s Battery Dreams

The recent bankruptcy of Northvolt, once hailed as Europe’s best hope for establishing a strong domestic battery industry, has sent shockwaves across the continent, casting a shadow over its ambitious electric vehicle (EV) and clean energy goals. The Swedish company’s collapse highlights the significant challenges facing European manufacturers in their quest to compete with dominant …

Industry News

Robot Dogs Deployed to Decommission Sellafield Nuclear Plant After Successful Trials

See how an AI robot dog with autonomous navigation and edge AI is transforming nuclear decommissioning at the UK's Sellafield legacy plant.

Industry News

China’s Wind Power Dominance Continues Amidst Patchy Domestic Demand

Discover how China dominates the global wind energy landscape, from massive offshore deepwater installations to innovative rural small wind power solutions.

Industry News

Tidal and Wave Energy Surge Forward: EU Funding, AI R&D, and UK’s CfD Scheme Catalyze Project Development

Tidal and wave energy are experiencing a significant boost, fueled by European Union (EU) funding initiatives, advancements in Artificial Intelligence (AI) research and development (R&D), and the United Kingdom’s (UK) Contracts for Difference (CfD) scheme. These factors are collectively driving the development and deployment of tidal and wave energy projects, marking a crucial step towards …