The renewable energy landscape in Southeast Europe is experiencing significant changes as countries in the region strive to reduce their reliance on fossil fuels and enhance energy security. With ambitious targets set for renewable capacity, the role of Chinese manufacturers and investors has become increasingly prominent, particularly in the wind and solar sectors. This shift raises important questions regarding national energy strategies, market dynamics, and the broader implications for regional electricity pricing.
Chinese companies have established a strong presence in Southeast Europe’s renewable energy markets, particularly through their dominance in the supply of wind turbines and solar panels. For instance, the Vetrozelena wind park near Pančevo in Serbia is being developed with 48 turbines from Dongfang Wind Power, part of PowerChina, boasting a total capacity of 300 megawatts (MW) and an estimated project cost of €495 million. This project exemplifies China’s strategic involvement in key renewable initiatives across the region.
Moreover, Chinese firms are signaling intentions to invest significantly in Southeast Europe’s renewable projects. Reports indicate that investments could reach up to €2 billion for wind, solar, and green hydrogen developments in Serbia alone. Such capital influx would position China as a leading non-European investor in the region’s clean energy landscape.
The rapid expansion of renewable capacity is evident across several Southeast European nations. Serbia aims to achieve at least 1,500 MW of new installed capacity by 2030, while Bosnia and Herzegovina targets over 800 MW of solar capacity by the same year. North Macedonia is also pursuing a goal of exceeding 500 MW from combined wind and solar sources.
Chinese photovoltaic manufacturers supply approximately 70% of panels used in utility-scale projects within the region, reflecting their global manufacturing advantage. In Serbia specifically, planned solar parks are expected to contribute an additional 600 MW of capacity by 2030, predominantly featuring Chinese components.
The Vetrozelena project’s anticipated output will generate between 750–900 gigawatt-hours (GWh) annually, representing about 2–3% of Serbia’s total electricity consumption. Additionally, ongoing wind projects in Bosnia and Montenegro could add another 500–700 MW, contributing an estimated annual generation of 1.2–1.5 TWh.
The cumulative increase in solar capacity across Southeast Europe is projected to exceed 3,000 MW by 2030, with annual outputs potentially reaching between 3.6–4.2 TWh. When combined with wind generation, renewables may account for 10–14% of total electricity consumption by the end of the decade—a significant rise from under 5% in 2020.
This growth trajectory is influencing electricity market dynamics through the merit order effect, where low-cost renewable generation displaces higher-cost fossil fuel sources. In Serbia, adding up to 1,000 MW of new capacity could lower market clearing prices by approximately €5–8 per megawatt-hour (MWh), enhancing competitiveness for energy-intensive industries.
The interaction between renewable energy growth and industrial demand is also notable. Chinese-owned enterprises in sectors like automotive parts benefit from stable and competitively priced electricity sourced from local renewables. This relationship fosters a feedback loop that encourages further investment into both renewables and local industry.
The influx of Chinese capital into Southeast Europe’s renewable sector presents both opportunities and challenges for policymakers. While regulatory frameworks must adapt to accommodate this rapid expansion, ensuring local participation in the renewable value chain remains critical for maximizing economic benefits. Without targeted policies, there is a risk that foreign firms may capture most economic gains from this transition.
The outlook toward 2035 suggests that cumulative installed wind and solar capacity could reach between 12–15 gigawatts (GW), generating over 20 terawatt-hours (TWh). As countries work towards these targets, balancing immediate deployment needs with long-term industrial development will be essential for achieving sustainable energy security.
Southeast Europe’s increasing reliance on Chinese technology and investment marks a pivotal moment in its energy transition. As these dynamics unfold, careful policy design will be crucial to ensure that the benefits of expanded renewable infrastructure contribute positively to regional economies while maintaining regulatory integrity.
