State-owned power utility ERS has formally taken the first step in the environmental approval process for its planned Hrgud wind farm by submitting documentation for a preliminary environmental assessment. The proposed facility is expected to have an installed capacity of 60 MW and is planned for the municipality of Berkovici, where it would be among […]
By 2030, Serbia will be defined by the decisions it makes today about electricity, industrial policy and renewable energy. Two futures exist in parallel. In the first, Serbia becomes the leading nearshore manufacturing hub for Central and Western Europe, powered by renewable electricity, robust engineering talent and advanced fabrication capabilities. In the second, Serbia fails
Europe’s industrial landscape is undergoing a fundamental transformation: decarbonisation is no longer a voluntary exercise, and renewable electricity sourcing has become a procurement prerequisite. Serbia, as a major nearshoring destination, must align with this shift. As serbia-business.eu and serbia-energy.eu both highlight, European manufacturers increasingly require their suppliers to prove renewable electricity usage through long-term PPAs (Power Purchase Agreements) or
The shutdown of Pljevlja transforms Montenegro’s internal energy balance, but its implications extend beyond national borders. In the interconnected Balkan power system, every addition or removal of a major unit reshapes flows, congestion points, trade patterns and price correlations. Montenegro’s transition to a predominantly hydro-wind profile introduces a new dynamic into a region already balancing
Private wind producers in Montenegro: From peripheral players to system-defining actors Read More »
Montenegro’s power system is undergoing a quiet reordering of influence. Where state hydro once dominated unchallenged and Pljevlja provided the stable backbone, private wind producers are emerging as system-defining actors. They are reshaping generation patterns, altering the economics of supply, influencing price formation and pushing Montenegro into deeper integration with regional markets. The first generation
Balancing costs in Montenegro’s post-coal power system Read More »
As Montenegro steps into a future without Pljevlja’s coal-fired stability, the cost of balancing becomes the defining economic metric of its power system. Balancing is never a simple technicality; it is the financial manifestation of volatility. When wind ramps up quickly or collapses within minutes, when hydrology restrains reservoir operations, when cross-border flows tighten and
Montenegro finds itself at a key inflection point. The only coal-fired thermal power plant in the country, Yugoslav Thermal Power Plant Pljevlja (TPP Pljevlja), with an installed capacity of about 225 MW, has for decades been the backbone of domestic generation and is now scheduled for gradual shutdown. (OECD) Its decommissioning raises fundamental questions about
Full wind–solar–baseload system model for Serbia (2030 / 2040 outlook) Read More »
By 2030 Serbia’s electricity system enters a structural transition where the dominance of coal is eroded not only by environmental policy but by its growing incompatibility with high penetration of intermittent renewable generation. The system model that emerges during this decade is characterised by a widening operational gap: solar and wind increase their share of
Wind and solar vs. baseload and balancing in Serbia: A system under tension Read More »
Serbia’s energy system is entering a structural contradiction: it is simultaneously adding large volumes of intermittent renewable generation while still relying on an ageing baseload fleet designed for a different century’s operating principles. The clash between wind and solar variability on one side and the inertia-heavy, slow-ramping baseload infrastructure on the other defines every technical,
Hydropower has always occupied a privileged position in South-East Europe’s electricity systems. Before solar and wind entered the mix, hydro served simultaneously as baseload, mid-merit and balancing capacity. It delivered firm energy during wet seasons, provided dispatchable flexibility for system operators and anchored frequency stability across weak and heavily fragmented Balkan grids. Yet as the
