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Self-consumption photovoltaic systems in Greece must add remote control devices

Solar power facilities for self-consumption in Greece now require set point equipment.

The Hellenic Distribution Network Operator (HEDNO or DEDDIE) announced that owners of self-consumption installations of over 400 kW have eight months, until September 15, to make necessary upgrades. Set point equipment includes specialized telemetering devices that the network operator uses for remote control and curtailment of solar power production.

Such equipment was first added in 2024 in other categories of photovoltaics, to ensure that HEDNO can dial down production at times when renewable energy production exceeds demand in the country. The effort is aimed at ensuring system stability and avoiding blackouts such as the one that happened in Spain last April.

According to Energypress, so far 4,300 MW of renewables units connected to the distribution network have added set-point equipment, out of a total of 5,500 MW deemed necessary. The authorities are aiming for the majority of the capacity to be ready by spring to avoid overcapacity. It’s a season that traditionally brings high renewable energy production and low demand in Greece. In 2024 and 2025, very low wholesale prices and high curtailments became a regular occurrence in the springtime.

As for the transmission network, all required renewable electricity plants have made the necessary upgrades.

Producers must comply or be disconnected

HEDNO said the new requirement includes units both in the net metering and virtual net metering regimes, as well as the ones with and without storage.

Once proper upgrades have taken place, producers must submit a notification form to the distribution operator, along with necessary technical documents. Owners who do not comply in time, will be subject to disconnection from the grid, HEDNO said.

Its goal is to make horizontal curtailments from now on, only reducing production levels across photovoltaics, without having to shut down some of them entirely.

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Self-consumption photovoltaic systems in Greece must add remote control devices

Solar power facilities for self-consumption in Grece now require set point equipment.

The Hellenic Distribution Network Operator (HEDNO or DEDDIE) announced that owners of self-consumption installations of over 400 kW have eight months, until September 15, to make necessary upgrades. Set point equipment includes specialized telemetering devices that the network operator uses for remote control and curtailment of solar power production.

Such equipment was first added in 2024 in other categories of photovoltaics, to ensure that HEDNO can dial down production at times when renewable energy production exceeds demand in the country. The effort is aimed at ensuring system stability and avoiding blackouts such as the one that happened in Spain last April.

According to Energypress, so far 4,300 MW of renewables units connected to the distribution network have added set-point equipment, out of a total of 5,500 MW deemed necessary. The authorities are aiming for the majority of the capacity to be ready by spring to avoid overcapacity. It’s a season that traditionally brings high renewable energy production and low demand in Greece. In 2024 and 2025, very low wholesale prices and high curtailments became a regular occurrence in the springtime.

As for the transmission network, all required renewable electricity plants have made the necessary upgrades.

Producers must comply or be disconnected

HEDNO said the new requirement includes units both in the net metering and virtual net metering regimes, as well as the ones with and without storage.

Once proper upgrades have taken place, producers must submit a notification form to the distribution operator, along with necessary technical documents. Owners who do not comply in time, will be subject to disconnection from the grid, HEDNO said.

Its goal is to make horizontal curtailments from now on, only reducing production levels across photovoltaics, without having to shut down some of them entirely.

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Greece installs 2.5 GW of solar in 2025 as utility segment dominates

Greece is expected to reach its 2030 goal early in solar installations, according to SolarPower Europe’s latest data.

The association expects Greece to achieve the goal of 13.5 GW this year. By the end of the decade, there will be 21.5 GW in installed solar capacity, based on the most probable scenario, up from 12.22 GW, estimated for 2025.

Greece added 2.5 GW, slightly lower than the record 2.6 GW increase of 2024, the update showed. It places the country at the number seven spot, behind Germany (17.6 GW), Spain (9.2 GW), France (6.7 GW), Italy (5.2 GW), Poland (3.7 GW) and Romania (2.5 GW).

Greece was the fourth-best country in Europe in terms of solar installations per capita, with 1,223 W, trailing the Netherlands (1,582 W), Germany (1,405 W) and Estonia (1,335 W), according to the estimate.

Net billing and delays stymied the rooftops segment expansion

A significant drop took place in the Greek rooftops and commercial and industrial (C&I) segments, as a result of the switch from net metering to net billing, as well as administrative delays. Utility-scale activity offset part of this decline, resulting in only a slight contraction for the year, SolarPower Europe said in its annual outlook. In total, 72% of new capacities were of utility size, with the rest being in all other categories.

Self-consumption systems have surpassed 1 GW in total capacity. While community solar projects account for nearly 20% of total installed photovoltaic capacity, most are not used for self-consumption, and their significance in terms of new installations is declining.

Future growth depends on storage and power demand

Looking ahead, SolarPower Europe considered Greece to be on a strong growth path, with utility-scale projects driving most new additions and a large storage programme expected to ease integration challenges later in the decade.

Residential and C&I segments continue to struggle with policy delays and the shift to net billing, while rising curtailment and low-price hours weigh on investor confidence, the association noted. About 8% of potential renewable energy generation is curtailed, and this rises to over 11% for PV output. The number of hours with zero or negative prices in the day-ahead electricity market almost doubled in 2025. Still, the number of hours impacting power plant revenue remains lower than in many other European countries.

While the overall market is expected to grow in the short term, further expansion is dependent on electricity demand growth, as well on the pace of deploying storage, grid upgrades and self-consumption rules.

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Greece installs 2.5 GW of solar in 2025 as utility segment dominates

Greece is expected to reach its 2030 goal early in solar installations, according to SolarPower Europe’s latest data.

The association expects Greece to achieve the goal of 13.5 GW this year. By the end of the decade, there will be 21.5 GW in installed solar capacity, based on the most probable scenario, up from 12.22 GW, estimated for 2025.

Greece added 2.5 GW, slightly lower than the record 2.6 GW increase of 2024, the update showed. It places the country at the number seven spot, behind Germany (17.6 GW), Spain (9.2 GW), France (6.7 GW), Italy (5.2 GW), Poland (3.7 GW) and Romania (2.5 GW).

Greece was the fourth-best country in Europe in terms of solar installations per capita, with 1,223 W, trailing the Netherlands (1,582 W), Germany (1,405 W) and Estonia (1,335 W), according to the estimate.

Net billing and delays stymied the rooftops segment expansion

A significant drop took place in the Greek rooftops and commercial and industrial (C&I) segments, as a result of the switch from net metering to net billing, as well as administrative delays. Utility-scale activity offset part of this decline, resulting in only a slight contraction for the year, SolarPower Europe said in its annual outlook. In total, 72% of new capacities were of utility size, with the rest being in all other categories.

Self-consumption systems have surpassed 1 GW in total capacity. While community solar projects account for nearly 20% of total installed photovoltaic capacity, most are not used for self-consumption, and their significance in terms of new installations is declining.

Future growth depends on storage and power demand

Looking ahead, SolarPower Europe considered Greece to be on a strong growth path, with utility-scale projects driving most new additions and a large storage programme expected to ease integration challenges later in the decade.

Residential and C&I segments continue to struggle with policy delays and the shift to net billing, while rising curtailment and low-price hours weigh on investor confidence, the association noted. About 8% of potential renewable energy generation is curtailed, and this rises to over 11% for PV output. The number of hours with zero or negative prices in the day-ahead electricity market almost doubled in 2025. Still, the number of hours impacting power plant revenue remains lower than in many other European countries.

While the overall market is expected to grow in the short term, further expansion is dependent on electricity demand growth, as well on the pace of deploying storage, grid upgrades and self-consumption rules.

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Energy communities reduce power bills for members, improve electricity market

Citizen energy communities make the energy system greener and benefit society at a local level, Josh Roberts from European federation of energy communities REScoop said in his presentation, organized in Belgrade by Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH. It is a form of association that also lowers costs for households, institutions and small firms and entrepreneurs, and contributes to the deployment of progressive technologies. Furthermore, it is a framework for democratic control.

The event included developers from the emerging segment of energy communities and cooperatives in Serbia. They outlined the current initiatives and pointed to challenges regarding market entry, financing and policies.

The establishment and operation of energy communities is arranged through the European Union’s latest legislation, as well as in Serbia and other Western Balkan countries, but they are not a new concept. For instance, such entities still accounted for almost half of wind power output in Denmark in late 1990s, according to Senior Policy Advisor Josh Roberts from REScoop, the European federation of energy communities and cooperatives.

Speaking at a gathering that GIZ organized in Belgrade he pointed to the benefits for citizens, small firms and entrepreneurs and for institutions from setting up or joining energy communities. Initiatives in Serbia were also presented, and their progress in the same field, and the event included dialogue on the necessary technical solutions for connecting to the distribution grid.

Brussels-based REScoop was founded in 2013. In its membership are organizations from 22 European countries. They include Serbian energy cooperative Elektropionir. It gained the most ground regarding association and the implementation of projects.

One coal town has put up signpost for energy communities in Slovenia

Among other examples, Roberts highlighted Slovenia’s first energy community with a rooftop solar power plant for joint use. The facility is on the roof of an elementary school. The project involves aid for people living in energy poverty and it is free to join the group.

It is in the town of Hrastnik in a former coal industry area. The participants already lowered their power bills by 30%, and the gains will be even greater when they pay off the loan, Roberts said.

There are more than 1,600 energy communities in Austria

The representative of the REScoop federation stressed that municipalities in the Belgian region of Wallonia have succeeded in obtaining the right for citizens to participate in investments in green energy projects. It resulted in the foundation of a range of energy communities.

Roberts especially commended Austria’s legal framework with regard to enabling citizens to participate. The country hosts more than 1,600 energy communities.

Udruzivanje energetske zajednice smanjuje troskove trziste elektricne energije Dzos Roberts Josh REScoop GIZ

Energy community eases grid operator’s job

Energy communities are envisaged to return the invested funds to society at the local level. Subsidies are especially favorable for that, Roberts explained. Income is directed to education, infrastructure and aid against energy poverty.

The essence is that the community controls the distribution of the proceeds. In addition, grid operators can communicate more easily with one entity than with a hundred prosumers, Roberts underscored. Prosumers – or buyers-consumers, as they are formally called in Serbia, generate electricity for their own needs.

Pooling together enables providing services in the market, where energy communities can supply and store energy as well as conduct energy efficiency services, among other activities.

It means an entity of such type can ease the evening grid load, in moments of the highest demand, using energy from its batteries. That way, price peak shaving is achieved.

Registration process must be separate from defining activity

As for the procedure, Roberts said registration needs to be only for acknowledgement, rather than for approving specific activities.

“It’s about acknowledging the legal form and it’s about checking about how that legal form ensures compliance with the eligibility criteria. We have found very complex registration procedures. This does not work. It needs to be simple,” he stressed.

There are many activities that energy communities can undertake and they need to be able to enter them gradually, without complex procedures for licenses and permits

Conversely, in some jurisdictions there are simplified ways to get a supplier license. It enables an energy community to enter the activity gradually, instead of having to fulfill the requirements for all segments, even without having a comprehensive business model, the members or a business case, Roberts said.

He mentioned at the same time that one of the basic ideas is promoting inclusiveness.

“It’s already hard to set up an energy community, but it’s even harder to involve members who may have a hard time paying their bills, or have a lot less disposable income. So we found that the best models at the moment are for energy communities either to front the membership fees or for local authorities to pay for this upfront. And in energy sharing, we’re seeing more and more of energy donated to vulnerable households,” he stated.

Energy cooperatives helping improve rural areas from which people are leaving

Energy communities are giving people an opportunity for climate action and to contribute to their community, Roberts said. He added that such projects improve the area where they are conducted, stressing that it is especially important for rural areas from which many people are leaving.

A key point is that they enable participants to control their costs, production, consumption and energy sharing.

 The main challenge in Serbia is how to obtain a grid connection, alongside the matter of accessibility of incentives and loans

Importantly, energy communities are linked to the tradition of cooperatives, for which Serbia used to be known, but there is still much left to do around the legal framework.

There was word at the said gathering with representatives of institutions about the complexity of adjusting the electricity network to the production’s decentralization, as well as about the possibility to streamline the procedure for the establishment of energy communities and their operation.

Serbia is yet to address the accessibility of subsidies and financing, while currently the main issue is how to get grid connection approvals.

Energetsko zadrugarstvo smanjuje troskove trziste elektricne energije GIZ

Enterprise, association or cooperative

The speakers and other participants in the event agreed that the electricity market isn’t complete without energy communities, while that they modernize and democratize it.

When it comes to Serbian regulations, such legal entities have the right to conduct aggregation, but they need a license for it. Notably, aggregators have balancing responsibility, so they need to cover the deviations from the forecasted output.

Energy communities were introduced in the latest version of the Law on Energy. When they become regular in practice, the framework will need to be adjusted gradually to the situation. Citizens, firms and municipal authorities establish energy communities as enterprises, associations or cooperatives.

The bottom line is to enable citizens to take part in the clean energy transition and achieve local environmental, economic and social benefits, as opposed to prioritizing profits. It implies collective ownership, democratic control and reinvestment into the community with the goal of reducing energy poverty and promote energy independence.

The basic technical requirement for members is to have a smart electricity meter.

Elektropionir pioneering agrisolar in Serbia

The event’s organizers gathered the people who achieved the first steps in Serbia – from the Sunčani krovovi (Sunny Roofs) energy cooperative, created in 2019, to Platform for Energy Transition, which participated in uniting three residential buildings in Niš, which have a joint solar power plant and electric vehicle chargers. It is one of the first six prosumers in Serbia in the category of homeowner associations.

The Elektropionir energy cooperative managed through crowdfunding to install two cooperative-owned rooftop solar power systems on the territory of the City of Pirot, on the buildings of a local community council and a cultural center. As part of the Solarna Stara project, on Mt. Stara planina, the two villages receive the income from the sale of surplus electricity.

Srem is set to become the main region in Serbia for community energy

Next, the same organization built the first agrisolar power plant in Serbia. The 20 kV facility is at an organic farm, Organela, near the city of Valjevo.

Another recent undertaking is a rooftop photovoltaic unit on a school in the town of Ruma, envisaged to be the basis for an energy community. In the same area, Elektropionir is working on the installation of several prosumer power plants on house roofs and on aggregating them, inspired by the enthusiasm and the solar system of its member Nenad Maričić.

Owners and neighbors can jointly invest and they will be able to become an energy community and share energy among themselves.

Center for Sustainable Development to integrate string of energy systems of various technologies

Near Ruma, which is in the Srem (Syrmia) region, the City of Sremska Mitrovica and Regional Development Agency Srem have launched a major project. It is for the establishment of renewable energy communities (RECs), which are essentially a subset of citizen energy communities (CECs).

The local authority provided land for research and development. It is next to the regional waste landfill and a wastewater treatment plant. The plan is that the Center for Sustainable Development builds and integrates a string of energy systems.

They would include combined heat and power (CHP) production – cogeneration – from biomass, small wind turbines and a PV plant. The project also involves heat pumps and a storage facility assembled from old batteries.

There would be a facility running on biogas from the landfill within the center, and a magnet electric generator. Residents of the adjacent village of Jarak would be able to join the energy community.

Belgrade Energy Community is focused on equity, solidarity

Another group emerging in community energy is Belgrade Energy Community. It intends to apply a model of collective self-consumption in an urban area, with a focus on trust, equity and solidarity.

Its idea is to enable people to generate, share and use green energy. The plan is to map roofs and consumption and set up the first pilot installations.

According to the Belgrade Energy Community, it will donate 5% of the output to households affected by energy poverty. It consists of a cooperative, a civil society organization, two small enterprises, several prosumers and citizens.

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Rooftop solar on public buildings gains momentum in Slovenia

The trend of installing rooftop solar on public buildings to create energy communities is gaining momentum in Slovenia, with two more cities, Velenje and Kranj, joining the initiative. Similar projects were recently announced in Celje, Šoštanj, and Novo Mesto.

Velenje plans to install solar power plants on 13 public buildings in cooperation with ECE, a subsidiary of state power utility Holding Slovenske Elektrarne (HSE). The total capacity of the proposed installations is about 1.97 MW, with an estimated annual electricity output of more than 2.1 GWh.

The project, valued at EUR 1.97 million, is expected to save the municipality over EUR 157,000 in electricity costs annually. Financing is provided through the European Union’s Recovery and Resilience Facility (RRF) and the National Recovery and Resilience Plan. The municipality itself is contributing EUR 530,755.

This model involves the internal exchange of produced electricity, enabling municipalities to optimize consumption and reduce dependence on the market. Photovoltaic plants are installed on the roofs of structures such as sports facilities, administrative buildings, health centers, bus stations, schools, and kindergartens.

Energy communities help municipalities increase energy independence

In Kranj, 16 rooftop solar power plants, with a total capacity of 2 MW, will be installed on public buildings, in a EUR 1.5 million public-private partnership project carried out in cooperation with GEN-I. The municipality has obtained a state subsidy of EUR 700,000, while the remaining amount will be provided by the private partner.

The new solar power plants should be installed by next summer. They are expected to provide electricity for a total of 22 public buildings, cutting their electricity bills in half, according to a statement from the local authority. Kranj already has two rooftop solar plants on public buildings, installed in 2012 and 2013 respectively, it recalled.

In September, contracts were signed in Celje, Šoštanj, and Novo Mesto to install rooftop solar power plants on public facilities.

The project in Celje involves 11 installations with a total capacity of 1.4 MW, which is expected to bring about EUR 200,000 in annual savings. The contract in Šoštanj is for power plants at four public facilities, totaling 500 kW, with expected annual savings of EUR 70,000. In Novo Mesto, a private partner plans to build and operate ten new solar power plants on municipal land and structures.

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Corinth Pipeworks commissions Greece’s biggest industrial rooftop PV system

Steel pipe manufacturer Corinth Pipeworks has put into operation a 7.1 MW photovoltaic facility on its plant in the Thisvi Industrial Area. It is the largest industrial rooftop PV system in Greece, the company said.

A steel pipe factory northwest of Athens will cover an estimated 25% of its electricity needs with its new solar power plant, generating some 10 GWh per year. Corinth Pipeworks (CPW) revealed that it has commissioned the 7.1 MW system, pointing out it is the largest industrial rooftop photovoltaic facility in Greece.

The company, owned by Cenergy Holdings, conducted the endeavor under an ESCO scheme. The project was entirely designed and implemented by Survey Digital Photovoltaics. It was financed by investment firm Sirec Energy and Survey Digital Photovoltaics, in collaboration with Piraeus Bank.

Under the terms of the 10-year lease, the system will be transferred at no cost to Corinth Pipeworks. The behind-the-meter PV plant is for own consumption, injecting no electricity into the high-voltage grid.

Corinth Pipeworks surpassed its 2025 target of sourcing 80% of its energy consumption from renewables

The facility spans almost six hectares on two factories, at a height of ten meters. It consists of 12,000 solar panels.

With the photovoltaic plant and a power purchase agreement (PPA) for a wind farm, CPW surpassed its 2025 target of sourcing 80% of its energy consumption from renewables. The company’s portfolio includes pipes for hydrogen pipelines.

“This choice carries particular significance, as it comes from an organization with both the technical capacity to develop the photovoltaic system and manage the generated energy, as well as the financial capacity to finance the investment independently. Yet, it chose to move forward in collaboration with us and Survey Digital Photovoltaics, recognizing the value of strategic partnership,” said Vice President of Sirec Energy Vangelis Bardis.

A subsidiary of Viohalco, Belgium-based Cenergy Holdings also controls Hellenic Cables, which manufactures power and telecommunications cables.

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CMS committed to sustainability – first law firm in Belgrade with solar power plant on its rooftop

CMS is the first law firm in Belgrade to install a solar power plant on the roof of its own building. The plant has been in operation for nine months now.

Two months ago, it also obtained official status as a prosumer (buyer-producer) of electricity. It is an important milestone in CMS Belgrade’s transition to more sustainable energy use, according to the announcement.

Since reaching full operating capacity, the solar plant has covered around 50% of its total electricity consumption.

The long-term goal is ambitious yet achievable, according to CMS Belgrade: 70% of electricity consumption from solar by the end of 2025, and 100% within the next three years.

“Sustainability is not just a goal — it’s a responsibility, and one we are committed to integrating into every part of our business,” the announcement reads.

Radivoje Petrikić, the Managing Partner at CMS Belgrade (Petrikić & Partneri AOD in cooperation with CMS Reich-Rohrwig Hainz), said: “We are committed to integrating eco-friendly practices into every aspect of our business. By embracing sustainability in our daily operations, we are not only shaping a brighter future for our firm but also contributing to a greener planet for generations to come.”

The office is part of international law firm CMS CEE, based in Vienna.

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Dozens of airports in Southeastern Europe invest in solar power, energy efficiency

Airports in Istanbul and Athens are becoming completely self-reliant with their large solar power projects. Many other airports in Southeastern Europe are investing in photovoltaics as well. Together with energy efficiency, electric mobility and waste and wastewater management projects, they aim to decarbonize their operations and reduce their environmental impact.

Surfaces around infrastructure such as railways and motorways are convenient for solar power as there are few alternatives for their use and the technology can directly provide them with electricity. Airports, too, have embraced the global trend of introducing photovoltaics and electrifying operations, and Southeastern Europe is no exception, with several notable investments.

The largest ones in Istanbul and Athens are about to switch 100% to solar power, which would make them some of the first in the world. In addition, airports in the region are increasing energy efficiency and rolling out electric vehicle fleets. They are introducing resource, waste and wastewater management systems to decarbonize their operations and reduce their environmental impact.

Airport operator in Albania expanding to solar power market

In other recent news, the operator of Kukës International Airport Zayed in Albania’s northeast is in the process of obtaining a license to generate and trade electricity. Namely, the company, Global Technical Mechanics, received a concession five months ago in consortium with local construction firm Bami to build and operate a 12 MW solar power plant.

The location at the village of Shtiqen is in the municipality of Kukës. The airport, built with investments by Emaar Properties from the United Arab Emirates, was inaugurated in 2021. However, it ceased operations in the meantime as Wizz Air withdrew from the facility.

The entire Vlora International Airport, which is under construction, will be covered with solar panels, Albanian officials said earlier. The PV project is for 5.2 MW. A consortium led by Swiss-based Mabco Constructions is building and financing the construction. The firm is part of Mabetex Group, controlled by Behgjet Pacolli, Kosovar businessman and former president, deputy prime minister and foreign minister.

Zagreb Airport starts with small PV unit

Zagreb Airport, which installed a 250 kW photovoltaic unit this year, said it plans to expand it soon. In addition, it switched to 100% renewable energy supply.

Like other airports in the region, the main one in Croatia replaced conventional, halogen lighting with LED. The operator has committed to cutting its emissions in accordance with the recommendations from the Intergovernmental Panel on Climate Change (IPCC).

Zagreb Airport is renovating its buildings and increasingly using solar energy for heating water. Interestingly, it plans to switch from diesel-fueled generators to hydrogen-ready systems.

Athens to integrate strong battery with its arrays

Athens International Airport Eleftherios Venizelos commissioned an 8.05 MW solar park in 2011, followed by another one in 2023, with 15.8 MW in peak capacity.

This year two more units with a combined peak capacity of 35.5 MW are coming online, together with a battery energy storage system (BESS) of 82 MWh.

The operator of Turkey’s largest airport is completing a photovoltaic park of nearly 200 MW and aiming to cover almost all its energy needs from renewable sources by the end of the decade

IGA Istanbul Airport reported that its greenhouse gas emissions in 2024 were 10.5% lower than its goal. Moreover, its operator increased its 2030 renewable energy target from 50% to 90%.

Namely, it expects its Eskişehir solar farm of a whopping 199.3 MW to begin operations before the end of the year. The location spans 300 hectares and the investment amounts to EUR 212 million. The PV park will generate an estimated 340 GWh per year.

Dalaman Airport hosts world’s largest rooftop solar power plant among airport terminals

Several other airports in Turkey are also decarbonizing their electricity systems. TAV Airports Holding (TAV Havalimanları Holding), part of Groupe ADP, completed a solar power plant 6.7 MW in peak capacity at its Milas-Bodrum Airport in the country’s southwest. Within the same project for setting up PV systems at parking areas, the Izmir Adnan Menderes Airport is getting a 5.9 MW unit.

The Izmir Adnan Menderes Airport is getting a 5.9 MW solar power system at parking areas

Dalaman Airport, near Bodrum, operates a solar power plant of 8.3 MW in peak capacity. It is the world’s largest on the roof of an airport terminal building.

The facility now covers more than 55% of its consumption from solar energy. The investment was worth EUR 5.4 million. The operator, YDA Airport Investment and Management, has vowed to reach 100% in phase two. The airport has completely switched to electric vehicles.

In 2023, airports Milas-Bodrum, Gaziantep, Erzurum and Ordu-Giresun all commissioned smaller PV systems.

Romanian operators leaning on EU funds

Iași International Airport is about to expand its 1 MW solar power plant, installed in 2023. It was the first in Romania in the sector. The management intends to add 5 MW and a 2 MW energy storage unit.

The investment will reportedly be supported with a grant from the European Union’s Modernisation Fund. The hybrid power plant is supposed to cover a fifth of the electricity consumption of the facility in Romania’s far northeast.

Maramureş International Airport (AIM) is also seeking funding, for a system of 2.6 MW in peak capacity on parking canopies. It would include battery storage.

The PV unit would feature 25 inverters of 100 kW each. The project, worth EUR 12.1 million, should be complete by the end of next year, the management said. The facility is in Romania’s northwest, near the border with Ukraine and Hungary.

Cluj International Airport Avram Iancu said in December that it would install a PV system with batteries. It claimed it would make it energy independent in 2026. According to the facility’s website, the solar power project is for 2 MW.

Bacau International Airport George Enescu is another one that applied for funds. The management envisages a 1.25 MW solar power unit and a BESS of 2.1 MWh in capacity, to fully cover electricity consumption.

Sibiu International Airport is developing a project for a ground-mounted unit of 1.7 MW in peak capacity. The site is two kilometers from the terminal.

The management is expecting to cover the costs mainly with a grant via the Modernisation Fund. It said the PV park would be completed within a year and a half and suggested that it would introduce electric cars and buses and charging stations.

Notably, National Company Bucharest Airports (CNAB) has a geotermal energy project.

Hermes Airports equipped its two facilities with PV systems in 2023

Hermes Airports commissioned two solar power plants in Cyprus two years ago. The unit at Larnaka International Airport has 3.5 MW in peak capacity and the one at Pafos International Airport has 1.1 MW. They cover 25% and 30%, respectively, of the facilities’ electricity needs.

Belgrade Nikola Tesla Airport in Serbia commissioned a PV system of 1 MW in peak capacity in 2022. The facility’s concessionaire, Vinci Airports, has also set up solar-powered LED lighting.

International airports in Sarajevo and Tuzla in Bosnia and Herzegovina unveiled plans for PV systems a few years ago.

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Prosumers in Romania are neck and neck with commercial PV plants in capacity

The latest data showed that prosumers in Romania don’t have a much larger total capacity anymore than commercial solar power plants, a segment accelerating in expansion. The share of units for self-consumption that include energy storage reached 5.8% in the first half of the year, compared to 1.2% six months earlier.

Total number of prosumers in Romania increased by 8,950 in June, to 237,252, Profit.ro reported. The installed capacity, consisting overwhelmingly of photovoltaic panels, rose by 95 MW, to 2.82 GW, the media outlet added, citing data from the National Energy Regulatory Authority (ANRE).

Total installed capacity of large, commercial solar parks is 2.77 GW, according to the article. Both segments are expanding strongly, but the latter has lately accelerated, with new utility-scale PV facilities coming online week after week. Of note, wind power and battery energy storage systems (BESS) are catching up.

On that note, 5.8% of prosumers also had batteries integrated with their self-consumption units on June 30. It compares to 1.2% at the end of last year.

Prosumers have led the energy transition for the past two years. Their overall capacity surpassed 2 GW just a year ago, translating to 37% growth in ten months.

Output in the segment amounted to 434 GWh in the first half of the year, where net domestic consumption declined 1% and net energy production surged 10%. Namely, as the duration of the daily solar radiation interval rose, prosumers in Romania drew less power from the grid and consumed more of what they generated themselves.

At the end of the first half of 2025, 210,714 households were prosumers, versus 26,538 legal entities. They had 1.34 GW and 1.48 GW installed, respectively.