Serbia''s Energy Transition: Hydropower, Renewables, and Economic
Serbia is accelerating its energy transition with hydropower, wind, and solar, driving 3.5–4.5% GDP growth by 2027 while cutting coal reliance.
Serbia is accelerating its energy transition with hydropower, wind, and solar, driving 3.5–4.5% GDP growth by 2027 while cutting coal reliance.
Serbia plans to achieve 45% renewable energy sources (RES) for electricity production by 2030, and 73% by 2040. The country also aims to expand wind and solar power with a target of 3.5 GW by
By catalyzing renewable energy investments, championing decarbonization efforts, and fostering sustainable practices, Serbia is paving the way for a more equitable and environmentally
Discover key milestones from the RES Serbia 2025 conference, including new solar and wind projects, green hydrogen initiatives, and rising international investment.
Serbia recorded a strong surge in wind and solar power last year, with combined capacity rising 45% to 1.14 GW, according to the Ministry of Mining and Energy. This growth is expected to
Renewable energy is expected to make up 29% of Serbia''s total domestic primary energy production in 2025, which is a slight decline compared to 2024. Within this, solid biomass will
Serbia''s renewable sector in 2025 is described as being at an “inflection point”, with rapid capacity expansion and increasing private investment.
Serbia aims to increase the share of renewable energy to 45 percent by 2030, as outlined in the country''s Integrated National Energy and Climate Plan. Hydropower remains the
Serbia''s 2024 integrated national energy and climate plan sets ambitious targets for renewable energy sources, aiming for a 33.6% share of renewables in gross final energy
The possibility of becoming a prosumer will be facilitated by the new renewable energy sources bill adopted in early 2021, making net-metering possible and adding a fast-track for implementing small
PDF version includes complete article with source references. Suitable for printing and offline reading.