Montenegro’s transition to green energy is evolving from a conceptual policy into a significant financial undertaking, with an estimated investment requirement of approximately €1.7 billion by 2030. This figure was highlighted by Ivana Vojinović, director of the Centre for Climate Change at the University of Donja Gorica, emphasizing the need for tangible projects that align with goals such as increasing renewable energy sources, reducing coal dependency, and enhancing grid infrastructure.
The €1.7 billion figure represents a critical investment cycle for Montenegro, necessitating strategic decisions on public financing, development bank loans, EU grants, and private sector investments. The country must transition from broad declarations regarding its energy goals to implementing a structured pipeline of projects that can be financed and operationalized effectively.
Vojinović made these remarks during the conference titled “Montenegro on the path of green energy transition”, organized as part of the regional initiative “Empowering the Western Balkans through green industrial policies”, supported by the Open Society Foundations Western Balkans. The context of this transition extends beyond just energy; it encompasses industrial policy, EU integration, climate resilience, and regional competitiveness in response to Europe’s stricter carbon regulations.
Montenegro benefits from a strong renewable energy base, primarily driven by hydropower, which constitutes nearly two-thirds of its installed electricity generation capacity. While this historical advantage has enabled a relatively cleaner energy profile compared to other systems reliant on lignite, challenges such as climate variability and droughts pose risks to this reliance on hydropower.
To mitigate these risks, diversification into solar and wind energy is essential. Despite the country’s favorable solar irradiance, much of its potential remains untapped. Successful projects like Krnovo, Možura, and the new Gvozd development indicate that wind energy can be competitive when conditions are properly managed. However, careful selection of projects is crucial to ensure bankability, considering factors such as grid access and environmental constraints.
The investment requirements also extend beyond generation capacity. Vojinović pointed out the importance of battery storage, smart grids, and enhanced digital infrastructure as key components of the transition. A modern power system must include capabilities for grid flexibility to prevent congestion and price volatility associated with renewable energy sources.
Batteries are expected to play a vital role in future investments, particularly given Montenegro’s seasonal load profile influenced by tourism demands. Effective battery storage can help manage peak loads and stabilize the grid but requires regulatory clarity regarding revenue generation mechanisms.
A robust grid infrastructure is another critical element for accommodating a more decentralized generation mix. Montenegro’s transmission and distribution networks must evolve to support weather-dependent energy sources effectively. This involves not only upgrading existing lines but also establishing clear connection rules and management protocols.
The transition away from coal presents significant challenges, particularly for regions economically dependent on coal mining and thermal power plants like TE Pljevlja. Addressing job losses and economic shifts in these communities will be essential for gaining public support for the transition.
A comprehensive just-transition plan must be integrated into Montenegro’s overall energy strategy rather than treated as an afterthought. This plan should encompass retraining programs, economic replacement strategies for affected regions, and new infrastructure initiatives that create alternative economic opportunities.
The pressure to comply with EU regulations adds urgency to Montenegro’s transition efforts. Obligations under the Energy Community and broader EU climate frameworks require significant changes to market design and environmental compliance. The effectiveness of the transition will be evaluated based on the volume of renewable capacity installed alongside adherence to European standards.
The EU’s Carbon Border Adjustment Mechanism (CBAM) will increasingly influence Montenegro’s competitiveness in exporting electricity and energy-intensive goods to EU markets. Thus, cleaner electricity not only serves environmental goals but also enhances industrial competitiveness in a region where decarbonization efforts vary widely.
The financing landscape is central to achieving these ambitious goals. Currently reliant on EU support and international financial institutions, Montenegro faces a substantial gap between available domestic resources and required investments. The €1.7 billion will need to be sourced through a blend of financing options including EU grants, concessional loans, commercial bank lending, and private equity.
This financing mix will not materialize without clear project pipelines and stable regulatory frameworks that assure investors of predictable returns. Efficient use of energy can significantly contribute to meeting demand without necessitating new generation capacity. Enhancements in building efficiency across hotels, public institutions, and households represent valuable opportunities for reducing peak demand pressures.
The challenge lies in coordinating various aspects of the energy transition across generation technologies, grid improvements, storage solutions, and local economic development efforts. A fragmented approach could hinder progress towards a cohesive investment strategy necessary for realizing Montenegro’s €1.7 billion transition goal by 2030.
For investors, opportunities abound in areas such as wind and solar projects, battery storage solutions, smart grid services, and energy management technologies. Given its smaller scale, successful initiatives in Montenegro could have significant impacts on national performance metrics.
The government faces the task of ensuring that projects progress smoothly through permitting and financing processes while avoiding burdensome subsidy models that may not yield system-wide benefits. Future renewable support should prioritize projects that provide tangible value rather than merely focusing on installed capacity.
The €1.7 billion estimate serves as both a benchmark for ambition and an indication of the distance between current capabilities and future requirements. By 2030, Montenegro will be assessed based on its ability to leverage renewable resources effectively while enhancing energy security and competitiveness within the EU framework.
Montenegro possesses sufficient natural resources to make this transition feasible; however, it must establish the institutional mechanisms necessary to attract investment successfully.
