Poland Renewable Energy Hydrogen Production Industrial Plant Development Feasibility Study with Energy Market Outlook

Executive Viability Abstract

This feasibility study evaluates the development of a 50MW Green Hydrogen production facility in Poland, leveraging the country's expanding renewable energy sector (offshore wind and solar) and industrial demand. The project aligns with the Polish Hydrogen Strategy 2030 and EU RED III directives, focusing on decarbonizing heavy industry and heavy-duty transport. Key drivers include the transition from grey to green hydrogen in the chemical and fertilizer sectors, supported by EU subsidies and the Hydrogen Bank mechanism.

## Market Analysis Poland is currently one of the top five hydrogen producers globally, though primarily 'grey' hydrogen from fossil fuels. The market is shifting toward green hydrogen to meet EU carbon neutrality targets. Demand is projected to grow significantly in the Upper Silesian industrial region and the Baltic coast. Competitive advantages include proximity to the planned 'Hydrogen Valleys' and access to the growing offshore wind capacity in the Baltic Sea. ## Technical Feasibility The project proposes a 50MW PEM (Proton Exchange Membrane) electrolyzer system. This technology is selected for its responsiveness to the fluctuations of renewable energy inputs. Power will be sourced via Power Purchase Agreements (PPAs) from local wind farms and on-site solar arrays. Water treatment facilities will be integrated to ensure high-purity feedstock. ## Financial Projections The total Capex is estimated at €85 million, covering electrolysis units, compression, storage, and grid connection. Revenue is modeled on a sale price of €6-€8 per kg of Green Hydrogen, supplemented by the sale of oxygen and heat as industrial by-products. Financial viability relies heavily on the 'Innovation Fund' and national grants for decarbonization. ## Risk Assessment Primary risks include regulatory delays in offshore wind deployment, volatility in electricity prices, and technological evolution leading to early asset obsolescence. Mitigation involves long-term fixed-price energy contracts and modular plant design for future upgrades.