Poland Renewable Energy Market Size, Share and Growth Analysis Report - Forecast Trends and Outlook 2026-2030

Poland's renewable energy sector encompasses five primary technologies: onshore wind, solar photovoltaic, biomass, hydroelectric, and biogas. As of 2021, installed RES capacity across these sources stood at 15,524 MW and has expanded significantly in the years since, reaching roughly 42.87 GW by 2026 as the country phases down its historically coal-heavy generation mix. The market operates within the broader European renewable energy context, which generated USD 410.0 billion in revenue in 2025 and is growing at a comparable CAGR of 15.2%, reflecting continent-wide momentum toward decarbonization.

• •Installed RES capacity includes wind power, biomass, hydro, photovoltaics, and biogas across utility-scale, commercial, and distributed segments
• •Poland's electricity prices have spiked to as much as EUR 270/MWh, underscoring the economic urgency of shifting to domestically produced renewable energy
• •The market is embedded within the EU's broader green-energy transition, which as a region is growing at a 15.2% CAGR

European Union regulatory frameworks are the primary catalyst for Poland's renewable build-out. The EU Green Deal, the 2020 and 2030 climate packages, the EU Emissions Trading System (ETS), and the Fit for 55 legislative package collectively impose binding carbon-reduction targets that mandate rapid renewable deployment across member states including Poland. Domestic economics reinforce the policy push: carbon prices are projected to reach EUR 130 per tonne of CO2 by 2030, and the extreme volatility of fossil-fuel power costs, illustrated by peak prices of EUR 270/MWh, make renewable energy increasingly cost-competitive even without subsidy support.

• •EU Green Deal, Fit for 55, and 2030 climate targets impose legally binding renewable share and emissions-reduction obligations on Poland
• •EU ETS carbon prices are expected to reach EUR 130/t CO2 by 2030, systematically raising the operating cost of fossil-fuel generation
• •Soaring electricity prices and energy-security concerns following regional geopolitical disruptions have elevated renewables as a strategic national priority

The market spans onshore wind, solar PV, biomass combustion, run-of-river and impoundment hydro, and biogas anaerobic-digestion facilities, with onshore wind and solar PV representing the fastest-growing segments. Solar deployment includes both large ground-mounted utility arrays and smaller rooftop and commercial installations, with the latter proliferating rapidly under net-metering and prosumer-support schemes. Regionally, northern and western Poland offer stronger wind resources and host the majority of existing onshore wind farms, while southern and central regions see higher solar irradiation and have driven much of the recent distributed PV boom. Offshore wind in the Baltic Sea constitutes a significant near-term pipeline that is expected to materially add to national capacity in the latter half of the current decade.

• •Onshore wind and solar PV are the dominant and fastest-growing segments, with biomass and hydro representing established but slower-growing baseload-renewable sources
• •Distributed solar, including rooftop and small commercial systems, has expanded rapidly alongside utility-scale ground-mounted solar parks
• •Northern and western Poland hold the strongest wind resource potential, while offshore Baltic Sea wind is a key emerging frontier for large-scale capacity additions

Who are the notable companies in the industry?

## Competitive Landscape The competitive structure of Poland's renewable energy market is moderately concentrated, anchored by a mix of integrated utilities and specialist developers progressively diversifying from legacy coal and lignite into wind and solar. **PGE Polska Grupa Energetyczna SA** leads Poland's energy sector and focuses on renewable power generation, controlling substantial renewable capacity that materially influences market dynamics, with investment in diverse renewable sources supporting energy diversification and sustainability objectives. **Akuo Energy SAS** is engaged in developing renewable projects with a wide portfolio of energy solutions, investing in diverse renewable projects to enhance energy integration in Poland through innovative projects and partnerships. **Engie SA** advances various initiatives in the Polish energy market, developing hybrid energy solutions and pursuing strategic investments in wind and solar technologies to facilitate regional energy transition. **Dalkia Polska** provides sustainable energy services with a focus on efficiency in energy management, pursuing energy efficiency initiatives that reduce carbon footprint and broaden customer outreach. **SGS SA** underpins the sector with testing and certification solutions, providing comprehensive testing and verification services that ensure regulatory compliance and reinforce industry standards. **RWE Renewables Poland** and **Ørsted Poland** further extend the competitive field, adding offshore wind capability aligned with the Baltic growth corridor. The technology landscape remains bifurcated between solar PV and onshore wind, with biomass and hydro in supporting roles.

• •Large vertically integrated utilities dominate legacy generation but face increasing competition from independent renewable developers, IPPs, and community cooperatives
• •Onshore wind and solar PV are the principal technology routes, with biomass-to-energy and small-hydro representing secondary segments with distinct feedstock and permitting profiles
• •Project sizes range from kilowatt-scale rooftop PV to multi-hundred-megawatt wind and solar farms, reflecting a diverse competitive field across the project-development spectrum

What are the recent trends and outlook?

Poland's renewable energy market is expected to sustain its double-digit growth trajectory through 2031, with installed capacity nearly doubling from current levels as the country closes the gap to EU renewable energy and emissions targets. Key trends include accelerating corporate power-purchase-agreement activity, continued cost deflation in solar and wind technology, and growing interest in energy-storage co-location to manage grid intermittency. The offshore wind pipeline and ongoing repowering of aging onshore wind assets represent two major structural developments that could reshape the supply-side composition of the market over the coming decade.

• •Installed renewable capacity is forecast to reach approximately 85.34 GW by 2031, requiring sustained annual additions of roughly 6-8 GW per year
• •Offshore wind development in the Baltic Sea is expected to unlock large-scale capacity that is currently not yet reflected in near-term figures
• •Corporate renewable procurement through PPAs and the integration of battery storage with variable renewable generation are emerging as defining features of the market's next phase