Southeast Europe’s renewable energy landscape is undergoing a transformation marked by rapid capacity additions, shifting investment patterns and a pronounced increase in Chinese industrial engagement. Over the past decade the region has worked to move away from legacy fossil fuel dependence, improve energy security and integrate into broader European power markets. In this transition phase, Chinese manufacturers, developers and financiers have emerged as significant players in the wind and solar segments, shaping technology adoption, influencing cost trajectories and altering long-term competitive dynamics within the power sector. This development raises strategic questions for national energy policy, industrial competitiveness and regional electricity pricing as countries from Serbia to Bosnia and Herzegovina, North Macedonia, Montenegro and beyond build capacity at an accelerated pace.
Chinese involvement manifests in several ways. At the most visible level, suppliers of wind turbines and photovoltaic modules from China dominate the hardware market across Southeast Europe, having secured the majority of recent equipment tenders on the back of manufacturing scale, competitive pricing and structural supply chain advantages. In Serbia, for example, one of the region’s flagship wind projects — the Vetrozelena wind park near Pančevo — is being constructed with 48 wind turbines supplied by Dongfang Wind Power, a subsidiary of PowerChina, with a total installed capacity of 300 megawatts (MW) and a project value approaching €495 million. This project is on track to become one of the largest onshore wind facilities in Eastern Europe once completed and represents a clear instance of Chinese supply chain leadership directly tied to a strategic national renewable project.
Beyond equipment supply, Chinese corporate entities and state-linked industrial conglomerates have signalled intentions to invest more broadly in Southeast Europe’s renewable development portfolios. Announcements at regional energy forums have suggested that Chinese firms are prepared to invest up to €2 billion in combined wind, solar and green hydrogen projects in Serbia alone — a portfolio scale that would meaningfully shift capital flows in the country’s clean energy sector and position China as one of the largest non-European investors in this space.
To understand whether China is “overtaking” wind and solar in Southeast Europe, it is necessary to dissect the underlying mechanisms and quantify both current impacts and future potentials. This analysis explores the scale of capacity additions with Chinese participation, how Chinese supply chain dynamics influence cost and deployment rates, the implications for electricity generation output and pricing in national power markets, and how the presence of Chinese investment and industrial off-take relates to broader economic trends including industrial demand for energy.
Expansion of wind and solar capacity: Current and forecast outputs
Over the past five years, Southeast Europe has pursued an aggressive renewables build-out with several countries setting ambitious capacity targets. Serbia, for example, has set an overall renewables target equivalent to at least 1,500 MW of new installed capacity by 2030 across wind, solar and small hydropower. Bosnia and Herzegovina’s entity-level energy strategies envisage total solar capacity exceeding 800 MW by 2030, while North Macedonia seeks to exceed 500 MW of combined wind and solar capacity by the same year.
Chinese manufacturers have been central in delivering the hardware for a material share of this deployment. In the solar segment, Chinese photovoltaic producers supply upwards of 70% of panels installed in the region’s utility-scale projects, a figure consistent with their global manufacturing share and reflective of competitive price points that local tendering authorities find difficult to match. In Serbia alone, planned solar parks in Vojvodina and southern regions are expected to total 600 MW of capacity by 2030, and because most large component tenders are won by Chinese OEMs the installed panels and inverters are overwhelmingly of Chinese origin.
On wind, the Vetrozelena project alone — at 300 MW — will contribute an estimated 750-900 gigawatt-hours (GWh)of annual electricity generation once online, based on typical capacity factors for the region. If this output were treated as a proportion of Serbia’s total electricity consumption — roughly 34 terawatt-hours (TWh) per year — the Vetrozelena project alone would contribute 2–3% of national consumption. Within the broader region, wind farms with Chinese turbines in development or planning stages in Bosnia and Montenegro could add an additional 500–700 MW of capacity by 2030, with aggregate annual generation in the range of 1.2–1.5 TWh.
In the solar domain, the increase in capacity between 2024 and 2030 across Southeast Europe is projected to exceed 3,000 MW cumulatively, with annual output from these projects approaching 3.6–4.2 TWh under typical operating conditions. Chinese panel dominance means that much of this generation capacity will be supported by equipment originating from Chinese OEMs, further entrenching China’s role in the region’s renewable base. When combined with wind output, the aggregated renewable generation from wind and solar could represent 10–14% of total electricity consumption in several SEE countries by the end of the decade, a material shift from levels in 2020 when wind and solar accounted for less than 5% of consumption in many of these markets.
These forecasted generation figures are instructive because they indicate not just installed capacity but actual energy production that enters national grids, displacing fossil fuel generation and shaping market price formation. As more wind and solar come online, the merit order in national power markets — the sequence in which generation sources are dispatched — increasingly places renewables at the front, driving down spot market prices during periods of high renewable output. This dynamic is already observable in countries with high solar penetration where midday electricity prices dip significantly due to abundant solar supply.
China’s role as OEM supplier, financier and developer
Chinese involvement in Southeast Europe’s wind and solar sectors can be categorized along three vectors: OEM supply, financial participation, and development leadership.
In the OEM dimension, China’s dominance is a structural feature of the global wind and solar industries. Chinese manufacturers benefit from large production scales that have driven down per-unit costs. This has translated into lower capital expenditure requirements for renewable plant developers in Southeast Europe relative to procurement from European or North American suppliers. For solar panels, Chinese producers’ cost advantage is reflected in module price points that are often 20–30% lower than competing non-Chinese alternatives in comparable quality categories, which significantly affects overall project economics given that module costs can constitute 30–40% of total solar project CAPEX. In the wind segment, Chinese manufacturers such as Dongfang, Goldwind and Mingyang have increasingly secured orders where competitive pricing and local partner arrangements make them favored suppliers.
Beyond equipment supply, Chinese commercial banks and state-linked financial institutions have signalled interest in providing capital to renewable projects, either through joint ventures, project finance facilities, or equity investments. The reported €2 billion pipeline of potential investment in Serbia’s wind, solar and hydrogen projects is illustrative of this trend, though final investment decisions depend on regulatory clarity, tariff structures, and return on capital assurances. Chinese financial involvement often offers favorable financing terms relative to purely commercial Western alternatives, including longer tenors and bundled financing including equipment credit lines.
In some cases Chinese entities are also acting as lead project developers, particularly where they partner with local companies. This developer role extends beyond hardware supply to encompass project management, site development, grid connection coordination and in some cases off-take arrangements with utilities or large industrial consumers. This integrated participation increases Chinese influence over the project life cycle from inception to operation.
However, it is important to temper assertions that China is “taking over” these energy sectors. In many Southeast European markets, regulatory frameworks, local development norms and financing norms still involve European and local investors as co-participants. Multilateral development banks from Europe remain active financiers of renewable projects, and in some tenders European OEMs or joint ventures with Chinese partners have competed successfully. Nevertheless, the scale and pace of Chinese participation are significant enough that Chinese components and corporate presence will continue to shape the sector’s evolution.
Impact on power markets and electricity pricing
The integration of large scale wind and solar capacity has already begun to influence national electricity markets in Southeast Europe, and Chinese-linked projects are a substantial part of this shift. Renewable generation’s influence on market pricing operates through the merit order effect, where low marginal cost generation from wind and solar displaces more expensive fossil fuel generation in electricity spot markets. This tends to depress wholesale prices during periods of high renewable output, which benefits consumers in terms of lower energy costs but can challenge the economics of traditional thermal generators.
In Serbia, for example, the planned addition of 900–1,000 MW of combined wind and solar capacity by 2030 could reduce annual electricity market clearing prices by an estimated €5–8 per megawatt-hour (MWh) relative to a scenario without these renewables, based on market modelling of supply curves. This decline reflects renewables pushing gas-fired and coal-fired generation further down the dispatch order. For industrial consumers whose energy costs are a significant portion of operating expenditure — particularly energy-intensive sectors such as metals, chemicals and heavy manufacturing — such price reductions can improve competitiveness and attract additional investment.
In Bosnia and Herzegovina and North Macedonia, where electricity markets are smaller and more tightly coupled to cross-border balancing markets, the injection of renewable output also contributes to price convergence with regional hubs. During peak solar and wind output periods, hourly prices can align more closely with broader Central European market prices, reducing isolated price premiums that previously existed due to limited low-cost generation alternatives.
It is also noteworthy that increased renewable production supported by Chinese equipment enhances grid stability challenges as well as opportunities. High penetrations of variable wind and solar power require investment in grid flexibility, storage solutions and demand response mechanisms. Some Chinese investors are also active in energy storage technologies and hydrogen value chain development, which could play a role in managing these variability concerns. For instance, pairing solar projects with battery storage facilities — with Chinese-manufactured storage systems — allows for smoother integration into the grid and better alignment with peak demand periods.
Interaction with industrial demand and Chinese owned energy intensive firms
Another dimension of Chinese influence emerges from the relationship between renewable capacity additions and industrial demand patterns, particularly where Chinese-owned industrial enterprises are significant local employers and energy consumers. In Serbia’s automotive parts sector, for example, Chinese manufacturers have established several plants that require stable, competitively priced electricity. The availability of low-cost renewable power from locally situated wind and solar facilities can reduce operating costs for these large industrial consumers, reinforcing the logic of local renewables deployment.
This multiplier effect — where Chinese industrial presence in downstream sectors increases local electricity demand, and locally sourced renewables enhance supply affordability — creates a feedback loop that supports further investment. When industrial off-takers see reliable green power as a competitive advantage, they are more inclined to enter long-term power purchase agreements (PPAs) with renewable generators. Chinese project developers have increasingly negotiated such PPAs with industry, locking in long-term contracts that underwrite project finance and stabilize revenue streams.
At a macroeconomic level, the interplay between renewable capacity growth and industrial demand can have notable effects on trade balances and energy import dependency. As countries displace fossil fuel generation with domestically produced renewables, exposure to imported natural gas and coal — often priced in hard currency — diminishes. This contributes to improved external balances and enhances sovereign energy security. For Southeast European economies with large import bills for fossil fuels, the economic benefit is measurable in reduced energy expenditure outflows and improved fiscal stability.
Considerations and risks
Despite the clear contributions of Chinese involvement to renewable expansion, there are considerations and risks that policymakers and market participants must navigate. One major theme is regulatory autonomy and energy policy coherence. Ensuring that renewable energy expansion aligns with national grid plans, tariff structures, and market reform trajectories requires deft regulatory oversight. Chinese project financing, while attractive for cost reasons, often comes with expectations about returns and contract stability that must be balanced against local sovereign objectives.
Another concern relates to local industrial participation in the renewable value chain. While Chinese OEMs dominate panel and turbine supply, ensuring that local firms benefit from installation, maintenance, operation and associated service opportunities is critical to broader economic impact. Without deliberate industrial policy measures, there is a risk that the economic benefits of renewable expansion — in terms of jobs, technology spillovers and supply chain development — accrue primarily to foreign firms.
Energy storage and grid integration represent another frontier where strategic decisions will determine longer term outcomes. As variable renewable penetration rises toward 20–25% of national electricity generation in some countries, investment in storage and flexibility solutions — including pumped hydro and battery systems — must keep pace to maintain system reliability. Chinese firms are active globally in these adjacent segments, but careful evaluation of technology standards, interoperability and long-term maintenance is essential.
Finally, electricity market design itself must evolve to reflect the realities of high renewable generation. Market rules that reward flexibility, incentivize storage and promote transparent pricing signals will be central to capturing the full value of expanded capacity. As Chinese-linked projects enter these markets, the regulatory frameworks must accommodate evolving competitive dynamics while safeguarding consumer interests.
Outlook through 2035
Looking ahead to 2035, the continued expansion of wind and solar capacity — with a substantial share of Chinese-origin equipment and capital participation — is likely to solidify Southeast Europe’s transition away from fossil fuels. Forecast scenarios developed by independent energy institutes suggest cumulative installed wind and solar capacity across the region reaching 12–15 gigawatts (GW) by 2035, with annual generation exceeding 20 terawatt-hours (TWh). Under these scenarios, the renewable share of electricity consumption could rise to 30% or more in countries like Serbia and Bosnia and Herzegovina, and even higher in North Macedonia and Montenegro.
Chinese OEMs are expected to continue supplying a significant portion of the components for this growth, reinforcing cost advantages and enabling faster deployment. Parallel advancements in energy storage — potentially supported by Chinese component supply and financing — could add another 3–5 GW of flexibility resources, improving grid stability and enabling higher renewable penetration.
From an economic standpoint, the region stands to benefit from lower wholesale electricity prices on average, reduced exposure to volatile fossil fuel import costs, and improved attractiveness to energy-intensive industrial investment. Chinese industrial players that align consumption with local renewable generation will likely find operating cost advantages relative to competitors in regions with higher energy prices.
At the same time, European Union accession dynamics, evolving energy market regulations and increasing focus on local manufacturing content are shaping how Chinese participation evolves. Southeast European countries will need to balance immediate deployment efficiency with long-term strategic industry development, ensuring that renewable expansion contributes not just to energy security but to broader economic resilience.
Chinese engagement in Southeast Europe’s wind and solar sectors is a defining feature of the region’s energy transition. Through a combination of OEM supply dominance, potential financial backing and integrated project involvement, Chinese firms are reshaping how renewable capacity is built, financed and integrated into national power markets. Quantitative forecasts indicate significant generation output from this capacity, exerting downward pressure on market prices and enhancing system sustainability. At the same time, careful policy design and market reforms are essential to maximize economic benefits, manage risks, and ensure that expanded renewable energy infrastructure delivers long-term prosperity for Southeast Europe’s citizens and industries.
By virtu.energy
