Within the present political and economic situation, Romania finds itself in a unique position, having the Black Sea as a major perk, which can speed up the switching process to renewable energy. The Black Sea has massive potential for generating wind power – according to a study released by the World Bank, Romania can set up wind farms with a capacity of up to 72.000 MW.
Both offshore and onshore wind, as well as solar energy have strategic importance for Romania’s energy system: by 2030, as part of the National Energy and Climate Plan, Romania aims to deploy an additional wind energy capacity of 2.302 MW and a solar energy capacity of 3.692 MW.
Hydropower also plays a very important role in Romania’s energy mix, representing around 30% of national electricity generation mix. In the long-term, modernizing existing power plants would ensure a constant share of production coming from a renewable source. Given that an important part of the hydropower generation assets is approaching the end of the first lifecycle, a complex refurbishment program needs to be implemented in order for hydropower to remain a central pillar for national electricity generation.
Nuclear power has received increased attention in light of EU’s green taxonomy, being labeled as sustainable energy by the European Comission. Whether this is an intermediate step of the green transition or nor, nuclear is definitely on Romania’s agenda. Considering Nuclearelectrica constantly has a share of nearly 20% in the electricity generation mix, the refurbishment of Cernavoda NPP Unit 1 by 2030, as well as the construction of future nuclear Units 3 and 4 show that nuclear still represents a solid opportunity in diversifying and possibly reaching energy independence.
Moreover, the construction of a small modular nuclear reactor (SMR) in Romania set to be finalized by 2030 is proof of the fact that nuclear is here to stay within the national power system.
New technologies
At the European level, electricity network connectivity is an important topic, with precise goals: a target of at least 15% interconnectivity by 2030. For Romania, the goal is set to at least 15.4%. Through the measures and policies defined in order to develop the electricity infrastructure, Romania can play a major role in European architecture by developing smart grids, becoming an important facilitator. Smart metering represents an important measure, with a lot of potential in terms of achieving a higher level of energy efficiency, as a starting point for the digitalization strategy, benefiting the entire energy ecosystem.
Towards the road to a green Europe, the last instance solution that received attention in recent years and became more relevant within the current situation is the creation of green hydrogen power plants.
On the hydrogen topic, studies based on the Fit for 55 package proposals regarding the use of clean hydrogen in industry and transport show that between 1.470 MW and 2.350 MW of electrolyser capacity will need to be installed in Romania by 2030. When factoring in the additionality principle, this will require between 3 GW and 4.5 GW of new renewables to be installed beside the capacities included in the current National Energy and Climate Plan.
Last, not least, well-established electricity storage solutions such as batteries will also represent an important pillar for ensuring grid stability in the context of the energy transition.
EU financing programmes