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Türk Telekom puts solar power plant into operation as part of 530 MW project

Telecommunications operator Türk Telekom has inaugurated the first part of a solar power plant of 128 MW in peak capacity. The facility in Sivas province in Central Anatolia is one of the company’s three planned photovoltaic systems, totaling 530 MW.

Solar power, affordable and easy to install, is cost-effective for nearly all social and economic activity. In Southeastern Europe and beyond, it has become a mainstream technology, from municipal authorities and local institutions to industrial production. Türk Telekom stands out in the region as a major telecommunications company investing massively in photovoltaics.

The Turkish state-owned firm commissioned the first part of a solar power plant of 128 MW in peak capacity. Earlier it integrated 1.2 MW of solar energy with its 370 base stations and reached 5.5 MW overall.

The new solar park is on 130 hectares in the Zara district in Sivas province, Central Anatolia. When completed, it will cover 15% of the company’s consumption with its estimated annual output of 196 GWh.

Bayraktar: Many companies transformed from energy consumers to producers

At a ceremony at the 11th Energy Efficiency Forum and Exhibition in Istanbul, Minister of Energy and Natural Resources Alparslan Bayraktar put the completed segment into operation using a remote-controlled 5G wireless system. The energy revolution in Turkey has transformed many companies from energy consumers to producers, he pointed out.

Recalling that renewable electricity plants of more than 6 GW in total were completed last year, the minister expressed confidence that 2025 would be a record year. Turkey is heading toward 9 GW or 10 GW, striving to increase the newly installed capacity every year, Bayraktar said.

Türk Telekom to cover two thirds of its electricity needs with photovoltaics

ZTE won the tender late last year for the 128 MW project. The contractor installed mono-crystalline bifacial double-glass N-type PV panels and 350 kW inverters.

According to Türk Telekom’s Chief Executive Officer Ümit Önal, the Sivas plant and two other future solar parks, in Malatya and Ağrı, would meet 65% of the company’s electricity demand. Spanning 600 hectares, they would have 530 MW in combined peak capacity and generate an estimated 800 GWh per year.

Together with its affiliate TT Ventures, Türk Telekom has set up 114 electric vehicle charging units in 40 locations in 11 provinces. The number, within their E4 Charging project, is estimated to grow to more than two hundred this year, at more than 90 sites in 33 provinces.

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Policy changes in US will have marginal impact on global energy transition

Policy changes in the United States introduced by the administration of President Donald Trump will have only a marginal impact on the global energy transition, according to the latest Energy Transition Outlook, produced by DNV.

Norwegian consulting firm DNV pointed out in a report that energy use by artificial intelligence may seem alarming, but that it is projected to stay below booming sectors like electric vehicle (EV) charging and cooling of buildings.

“DNV’s annual Energy Transition Outlook has consistently forecast a shift from today’s 80/20 fossil/non-fossil primary energy mix to a 50/50 mix by 2050. That is still our prediction this year. Although some aspects of the transition are supercharged and progressing rapidly, other aspects have hit turbulence and are delayed. This leads to a marginally slower transition than our forecast last year,” CEO Remi Eriksen said.

According to the report, in the US, fossil fuel promotion and the reversal of clean energy support policies are slowing the nation’s transition.

However, China continues to set renewables buildout records with 390 GW of solar PV (56% share of new global capacity) and 86 GW of wind (60% share) expected to be installed this year. The country is also fueling the transition in the rest of the world with its cleantech exports.

In the meantime, Europe is seeking to balance climate action with competitiveness, the report reads.

The continent is having a slow success with harder-to-decarbonize sectors, but renewable energy buildout remains relatively strong.

In the rest of the world, most countries are embracing competitive Chinese technologies, with year-on-year growth in installations at around 25%, data showed.

Eriksen said cheap renewable electrons stored when necessary in ever-cheaper batteries are already an unstoppable force.

“We forecast that solar – both with and without storage – and wind will be 32% of the global power mix by 2030. We expect a resurgence in offshore wind by 2030, such that variable renewables will provide more than 50% of all electricity by 2040,” he stated.

Solar power is 10% of all power produced worldwide today, and DNV projected it will be 20% in 2029 and 40% in 2045. Renewables would reach 65% in the global electricity mix by 2040, the firm added.

AI’s energy demand would be lowered by efficiency effects

According to Eriksen, soaring power demand from AI data centers is placing additional strain on already congested grids, particularly in North America.

DNV ‘s analysis finds that AI’s energy demand growth is likely to become more linear over time, outpaced, for instance, by EV charging and cooling demand, even as the cognitive services of AI expand exponentially. The main reason is growing efficiency.

AI’s energy use is forecasted at only 3% of global electricity by 2040. Data center energy use will quintuple by 2040, equalling 5% of all global electricity. AI’s share would be 3%, with the remaining 2% for general purpose data centers.

The report highlighted large regional variations – AI is the biggest driver of electricity consumption growth in North America, compared to EV charging in Europe and EVs and cooling in China and India.

For the first time, this year’s analysis extends to 2060

The report noted that this year, the world reached the milestone of more than 50 million EVs on the road. Most of them, 60%, are in China, with Europe at 21%, and North America at 13%.

The point of inflection — EVs at 50% of global new passenger vehicle sales — will be reached in 2032, the report projected.

For the first time, this year’s analysis extends to 2060 to reflect the continued transformation of the energy system after 2050. The report recalled that it is now widely acknowledged that the world will not achieve net zero emissions by 2050, meaning warming would exceed 1.5 degrees Celsius.

A decarbonization of energy mix is unstoppable but too slow, setting up grave risks for future generations, Eriksen concluded.

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Voice from beyond the centre

Balkan Green Energy News, the media partner of the 2025 Just Transition Young Voices Awards, is publishing the three winning articles. The Energy Community Secretariat organized the contest in collaboration with Bankwatch, CAN Europe, the CLEW Network, and the Regional Youth Cooperation Office. The aim is to promote young adults set to shape the climate, energy, and social landscape in the years ahead in the Energy Community region. 

Author: Ani Gogokhia

It is the summer of 2045  – unusually hot compared to previous years – but the unbearable heat is not the only problem. I wake up in my small apartment in western Georgia, open the window, and immediately see clouds of exhaust fumes. For me, this is just another part of everyday life.

After a quick breakfast, I step outside for a short walk to wake myself up. The buildings in the city are the only things that remain unchanged. The number of people on the streets is declining. I feel lonely – most of my peers have either moved to the capital, Tbilisi, or left for European countries.

Thinking of them inevitably leads me to reflect on my own career path. Unfortunately, I haven’t had the opportunity to make a meaningful impact in my region.

Not much choice for young woman

With those thoughts weighing on me, I walk quickly to my first job. I call it my first job because I’ll head to another one later in the afternoon. The commute is long, and public transport only slows me down – so I walk. As I pass the local market, I see vendors, most of them women, standing in the scorching sun.

My job is house cleaning. The pay is just enough to cover groceries and utility bills, but with the cost of living rising daily, I rush to a second cleaning job in the afternoon. Floors, windows, walls – it’s all the same. If you wonder why I chose this line of work, the answer is simple: there wasn’t much choice, especially for a young woman.

The scenario described above could become a regular part of life if we halt progress toward a just transition and neglect it

There’s little to say about the workday. I return home as the sun begins to set, carrying groceries in both hands. As I unpack, I wait for my family. Everyone works – my mother and father in a factory, and my sister at a hospital. We gather for dinner and talk about current events: rising tensions, protests over low wages, unemployment, and deepening poverty.

But these conversations always end the same way – with my mother’s cancer. She developed the disease after years of exposure to harmful substances at the factory, yet she still can’t stop working. We simply can’t afford her treatment otherwise.

The scenario described above could become a regular part of life if we halt progress toward a just transition and neglect it. For the energy transition to be truly just, it must include rural areas, too, creating fair opportunities for people across Georgia.

A just transition refers to a series of policies that ensure fair and equal opportunities for everyone as we shift to a greener economy in the fight against climate change. It’s a process meant to align energy systems with modern, sustainable standards. Local governments play a vital role, though many factors – such as geography and ethnicity – can affect how smoothly this transition occurs.

Just transition in Georgia

Georgia is working to stay aligned with global green trends through international cooperation. Hydropower dominates its energy sector, but the country is slowly incorporating wind and solar systems. Since joining the Energy Community in 2017, Georgia has made notable strides toward harmonizing its legislation with the European Union’s energy standards.

This alignment has attracted major investments in renewable energy. Projects like the Kartli wind farm and a national roadmap for a circular economy – supported by the EU4Environment program – are steps in the right direction.

The city of Zugdidi is among the trailblazers in Georgia in the energy efficiency segment, youth engagement and environmental education

These national achievements are significant, but what about rural areas far from the capital? Each region presents unique challenges and opportunities in the just transition. In western Georgia, Zugdidi has started participating in this process. Although large-scale renewable projects remain concentrated elsewhere, the city has seen pilot initiatives in energy efficiency, youth engagement, and environmental education supported by the EU.

The rural development programs of the United Nations Development Programme (UNDP) in Zugdidi focus on inclusive economic participation, especially for youth, and promote eco-tourism and sustainable agriculture to curb outward migration. One noteworthy initiative involved using hazelnut shells to heat school greenhouses – a clever use of a crop central to local livelihoods. Educational projects and international partnerships have also helped raise awareness about the green economy, yet challenges remain.

Chiatura craves economic diversification away from mining

Take, for example, Chiatura – a mining town east of Zugdidi, known for its manganese industry since Soviet times. Chiatura’s economy has long depended on mining, with consequences such as environmental degradation, poor working conditions, and economic stagnation when mining activity declines. Without economic diversification, residents remain vulnerable and largely excluded from sustainable development benefits.

In 2024, Georgian news outlets reported: The hunger strike entered its 22nd day on July 10, involving eight miners, three of whom have sewn their mouths shut. The unrest stems from decisions to shut down underground mining operations, leaving workers desperate and uncertain about their futures.

While Zugdidi explores decentralized, eco-friendly solutions like biomass heating, Chiatura still lags in implementing alternatives – clean industries, green technologies, or renewable energy – deepening the divide between regions.

Youth massively moving to capital Tbilisi

Unfortunately, Georgia’s development remains overly centralized. Most opportunities are clustered in Tbilisi, causing a massive youth outflow from other regions into the capital.

Geographic and infrastructural limitations in rural and mountainous areas also pose serious barriers. For example, eastern Georgia has high solar radiation – perfect for photovoltaic panels – but varied terrain complicates installation. Wind energy prospects are greater in the east, as western regions are less windy.

A just transition also demands inclusive participation, especially from women. As of 2024, women make up just 28% of the global STEM (science, technology, engineering and mathematics) workforce – a glaring underrepresentation. In Georgia, the meaningful inclusion of women in the just transition remains a significant challenge. Empowering women – politically, economically, and socially – is key.

A difficult past marked by political instability and conflict has left its mark, but the more women engage in public life, the greater their chances of economic empowerment, entry into traditionally male-dominated professions and establishing decent place in economy.

What must be done

While Georgia has made substantial headway towards its climate goals, it is key for the country to create a unified national policy that addresses all regions equitably. We need robust educational campaigns, targeted support for rural areas, and most importantly, greater inclusion of women and minority groups in the just transition.

Only then can we build a fair, resilient society capable of meeting the challenges of the 21st century.

Photo: Just Transition Young Voices Awards
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Econergy to assume 100% ownership of Romania’s biggest solar park, add batteries

Econergy agreed to buy out Nofar’s 50% stake in the 155 MW Rătești photovoltaic plant, the largest in Romania. The next step is to add a 120 MW battery energy storage system.

Econergy Renewable Energy said its subsidiary Econergy International, in which it holds 75.2%, has signed an agreement with Nofar Energy to acquire the partner company’s entire 50% stake in the Rătești solar power plant. The facility northwest of Bucharest, in Argeș county, is the largest in Romania. It has 155 MW in peak capacity.

Following the transaction, Econergy will hold 100% ownership and assume control of the shareholder loan previously provided by Nofar, of EUR 14.9 million, according to the update. The total consideration for the transaction is €45.6 million, payable in three instalments through June 2026.

Both companies are based in Israel. Econergy expects a capital gain of EUR 13 million from the deal. Like with some of its other investments in Romania, it plans to add a 120 MW battery energy storage system (BESS). The operator values the investment at EUR 32 million.

The battery storage facility is expected to enter commercial operation in the second quarter of next year, Econergy revealed. It would generate an additional EUR 15 million in annual revenue and EUR 12 million in earnings before interest, taxes, depreciation and amortization – EBITDA, the announcement reads.

Econergy said its portfolio of solar, wind and storage projects in Romania amounts to 3.5 GW. It includes 473 MW in operation or facilities that are ready to connect, 763 MW under construction and 395 MW scheduled to begin construction by the end of the year. Total project pipeline exceeds 14 GW.

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Romanian town signs partnership for 200 MW solar park with BESS

A firm recently established by Turkish and Romanian investors has launched a public-private partnership with the local authority in Târgu Lăpuș in northern Transylvania. They are planning a hybrid power plant worth EUR 100 million.

A public-private partnership in the making in northern Romania is aimed at building a 200 MW photovoltaic plant, the largest in Transylvania, with a battery energy storage system, 2Mnews reported. Global Energy Asset, a firm founded by Turkish and Romanian investors less than half a year ago, has signed a deal with the municipal authority in Târgu Lăpuș.

The investors value the project at EUR 100 million. They intend to install the facility on 200 hectares on the territory of the town, also known as Magyarlápos. Târgu Lăpuș is in Maramureș County.

The seat of Global Energy Asset, formerly known as Global Finance Asset, is Tunari in Ilfov county near Bucharest. In addition to financial benefits and covering the costs of electricity for street lighting, its representatives offered the local authority scholarships for children and sponsorship of events and institutions, the article reveals.

The project firm’s largest shareholder reportedly has ties with Feridun Geçgel of Astor Enerji

Muhammed Ishak Çiftçi, who has Romanian citizenship, controls 48% of the project firm. According to the news outlet, he is associated with Turkish billionaire Feridun Geçgel, Chairman of the Board of Astor Enerji.

It is the largest manufacturer of transformers in Turkey. Astor Enerji entered the Romanian photovoltaic market this year by acquiring four projects for 279 MW in total.

In August, Swiss energy storage provider Energy Vault agreed to supply up to 2 GWh of battery capacity for the Turkish company’s future solar power plants in Romania. Astor Enerji is listed on the Istanbul Stock Exchange (Borsa Istanbul).

Head of Global Energy Asset, lawyer Cătălin Iulian Marin, holds 25%, and there are four more co-owners.

Approving the proposal for the public-private partnership, Târgu Lăpuș town hall cited the need for business ventures amid economic difficulties. Namely, furniture manufacturer Taparo, which supplied IKEA and was the biggest business in the area, has become insolvent.

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Sunterra RE equips its PV plants in Bulgaria with batteries totaling 156 MW

Bulgarian solar power plant operator Sunterra RE added co-located energy storage to its operational portfolio. The company’s three photovoltaic systems, with 524 MW in combined peak capacity, now also have batteries of 156 MW and 312 MWh in total.

With the ongoing solar boom in Bulgaria, investors have lately also been rushing to set up co-located and standalone battery energy storage systems (BESS). Bridging the gap between the peaks of daily photovoltaic production and power consumption is one of the key factors for the energy transition – stabilizing prices and the electricity system’s stability. Sunterra RE – Santera RE in Bulgarian – stands out with a large new operational solar and battery portfolio.

In its latest updates, the company revealed that it has put three BESS facilities into operation. They are co-located with its photovoltaic plants of 524 MW in total peak capacity.

There are 77 lithium-iron-phosphate (LFP) battery units now online. They have an overall capability of 156 MW and a duration of two hours. It translates to 312 MWh in storage capacity.

The investments received support through the National Recovery and Resilience Plan (NRRP), funded from the European Union’s Recovery and Resilience Facility – RRF. Sunterra RE said it completed them in less than a year.

Galabovo BESS accounts for half of battery operating power

The Kaloyan solar power plant of 208 MW, also known as Dalgo Pole, was the biggest in Bulgaria for a short while. It is backed with a 47 MW / 94 MWh facility, comprising 23 battery units.

The BESS investment at the site just north of Plovdiv was worth BGN 31.7 million (EUR 16.2 million).

The three subsidized battery projects were completed in less than a year

Accompanying the Galabovo solar power plant (201 MW) is a BESS with 75 MW in operating power. Sunterra RE said it consists of 37 battery containers. The Galabovo municipality is east of Plovdiv, Bulgaria’s second-largest city.

The remaining seventeen units, of 34 MW, make up the battery energy storage system at the Karlovo solar power plant. The PV facility in the eponymous municipality north of Kaloyanovo, has 115 MW.

The company’s fourth photovoltaic plant, in Pleven in the north, has only 9.6 MW.

Sunterra RE to expand its three new energy storage facilities by over 1 GWh altogether

Sunterra RE recently entered into a strategic partnership with Sungrow to expand the three BESS by more than 1 GWh in total. The deal is for the China-based partner’s MV-Power Titan 2.0 LFP units and accompanying equipment and software.

The city of Lovech, northeast of Sofia, hosts the strongest BESS in the Balkans – of 124.1 MW and 496.4 MWh. It is a standalone battery facility, part of a closed power distribution system.

Renalfa IPP and Eurowind Energy are installing a 315 MW / 760 MWh BESS at their Tenevo PV plant. They plan to turn it into the largest and most complex hybrid power plant in Bulgaria.

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Green resilience: How Kyiv is shaping a sustainable future amid crisis

Balkan Green Energy News, the media partner of the 2025 Just Transition Young Voices Awards, is publishing the three winning articles. The Energy Community Secretariat organized the contest in collaboration with Bankwatch, CAN Europe, the CLEW Network, and the Regional Youth Cooperation Office. The aim is to promote young adults set to shape the climate, energy, and social landscape in the years ahead in the Energy Community region. 

Author: Kateryna Pereloma

Kyiv, the heart of Ukraine, is a city renowned for its golden domes, cultural depth, and enduring spirit. In recent years, especially since the full-scale invasion of Ukraine in 2022, the people of Kyiv have faced extraordinary challenges. But amid the destruction and uncertainty, a new kind of rebuilding has taken root – one that is greener, smarter, and focused on long-term sustainability.

When the war disrupted supply chains, energy infrastructure, and food systems, communities across Kyiv were forced to adapt quickly. What began as survival soon evolved into innovation. As energy security became a national priority, citizens and officials in Ukraine’s capital started reimagining what a more self-reliant and sustainable city could look like.

One of the most visible changes has been the rise of solar energy. While Ukraine had been developing renewables before the war as well, the conflict accelerated the adoption of decentralized energy sources.

In many neighborhoods, especially those affected by blackouts and grid instability, residents pooled resources to install rooftop solar panels, solar-powered water heaters, and even small-scale battery storage systems. Tenants’ associations in apartment buildings began using crowdfunding platforms to raise money for green energy upgrades. My neighbor, for example, spearheaded a project in our building to install solar panels that now help power our elevator and joint lighting systems.

Solar energy became lifeline for schools, hospitals, critical infrastructure

Schools and hospitals also embraced solar as a lifeline. Through international aid and local initiatives, dozens of Kyiv’s critical infrastructure facilities have been outfitted with renewable energy systems.

This isn’t just about environmentalism – it’s about resilience. When the power goes out during missile attacks or rolling blackouts, these systems keep vital services running. The city’s shift to green energy has become a form of defense as much as it is a commitment to sustainability.

Waste management has also undergone a transformation. Before 2022, recycling in Kyiv was limited and often inconsistent. But since the war began, grassroots recycling programs have surged. Volunteer-led sorting centers appeared in districts like Obolon, Podil, and Solomianskyi, where residents bring plastics, paper, electronics, and batteries.

These centers often operate out of garages, schoolyards, or community centers – and they’re staffed by locals determined to reduce waste and pollution. The Zero Waste Alliance Ukraine, a nonprofit that started as a small awareness campaign, has grown into a national network promoting sustainable consumption and waste reduction in cities like Kyiv.

Modernizing Kyiv’s subway system is priority

Public transportation is another area where the city has made strides. Although metro stations are damaged and they doubled as bomb shelters during attacks, Kyiv’s subway system remains one of the greenest forms of transport in the region. The city government, recognizing its importance, has prioritized its modernization.

The number of cyclists is rising, and so is the length of bike lines

Electric buses are being introduced, and there are pilot projects for low-emission zones in the city center.

The number of bicycle commuters has also increased significantly since fuel prices soared and road conditions became more unpredictable. I started biking to work last year, and I’ve noticed more bike lanes being marked, as well as more people making the same choice – not only for convenience but for the environment.

Local communities farming strawberries between buildings

Food systems are shifting, too. With imports disrupted and many large-scale farms in occupied or war-damaged areas, Kyiv residents began to grow food in unexpected places. Urban gardening took off in parks, on balconies, and even in underground shelters.

In our district, we turned a neglected courtyard into a communal garden with tomatoes, herbs, and strawberries. It’s not a large-scale solution, but it brings people together, reduces dependence on long supply chains, and fosters a deeper connection to the land.

Green startups popping up throughout Ukraine’s capital city

Crucially, these changes are being supported by a growing culture of green entrepreneurship.

Startups focused on eco-construction, sustainable packaging, and electric mobility are popping up throughout the city. One standout example is a Kyiv-based company that makes biodegradable packaging from hemp – a plant widely grown in Ukraine.

Another startup, EcoFactor, retrofits older buildings to improve their energy efficiency, employing many internally displaced people in the process. These green businesses don’t just support the environment; they offer livelihoods and hope amid uncertainty.

Youth and students are looking toward a sustainable post-war future

Perhaps most inspiring is the role of young people in this transition. Ukrainian youth have always been politically and socially active, but the war has heightened their sense of responsibility.

Environmental clubs in Kyiv universities are organizing climate literacy workshops, cleanup events, and public advocacy campaigns – even during air raid alerts. I recently attended a student-led event called Green Rebuild, where architecture and engineering students presented ideas for post-war reconstruction using sustainable materials and passive design principles.

It struck me that the generation growing up during war is also the one leading us toward a cleaner, more conscious future.

Even amid destruction, there can be creation

Our shift toward a green local economy isn’t linear or perfect. There are still challenges with funding, access to technology, and bureaucratic delays. And yet, what’s happening here is remarkable: a city under siege is laying the foundations for a sustainable future. We are proving that even amid destruction, there can be creation – that rebuilding a nation can also mean rethinking how we live, produce, and share.

In Kyiv today, sustainability is not just a political goal or a global trend – it’s a grassroots reality. It’s neighbors coming together to plant gardens, fix solar panels, sort recyclables, and imagine better ways of living. It’s resilience not only in the face of war, but in the face of climate change, inequality, and old ways of doing things.

The capital city’s story is still unfolding. But as we rebuild, we are building green – not because it’s fashionable, but because it’s essential. And in doing so, we’re showing the world that even in the darkest moments, there is light – and sometimes, that light comes from solar panels on a Kyiv rooftop.

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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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Bulgarian capital Sofia to create its first energy community in Vitosha district

Citizens and businesses in Sofia will be able to invest in a photovoltaic system on a school rooftop as part of the first energy community. It would be a partnership between the city’s Vitosha District, individuals and legal entities.

Following a few early initiatives in Bulgaria, the capital city decided to establish its first energy community. The Sofia Municipal Council voted to call on individuals and firms to invest in the installation of a rooftop solar power plant of 74.8 kW in peak capacity.

The system, expected to become operational within a few months, would be on the Acad. Emilian Stanev secondary school in the district of Vitosha. The plan is to use the electricity for the building’s needs and for other municipal facilities.

Participants can invest EUR 260 to EUR 2,600 each

The project is worth BGN 90,000 (EUR 46,000), including value-added tax, according to the local authority. The Vitosha District has earmarked just over EUR 1,000 for the endeavor. Citizens and businesses in Sofia would be invited to invest between EUR 260 and EUR 2,600 per participant in the energy cooperative.

Dzhambazov: I believe that local government should be the driver for decentralized energy

“I believe that local government should be the driver for decentralized energy,” Deputy District Mayor Krasimir Dzhambazov said. There are 24 districts under the Sofia Municipality, also known as Stolichna (capital) Municipality. It provided the school roof free of charge.

After ten years, the city administration becomes the owner of the PV system. It unveiled the project almost a year ago. Bulgarian-Austrian Consulting Co. (BACC) and the Sofia Energy Agency (SOFENA) are consultants in the endeavor.

Vitosha energy community may integrate planned PV self-consumption systems for kindergartens

As 11 more units are about to be installed in Vitosha for self-consumption for kindergartens, including them in the energy community is under consideration, the update reveals.

Earlier this year, the Ministry of Energy, Electricity System Operator (ESO) and the Bulgarian Development Bank (BDB) agreed to introduce a solar power program for municipalities, schools, kindergartens, hospitals and small businesses, without any upfront costs. Minister of Energy Zhecho Stankov said the aim was to create the largest energy community in Europe.

Gabrovo and Burgas have launched the most notable municipal energy community initiatives in Bulgaria. The concept is gaining popularity across the European Union and beyond as an essential segment of the energy transition. In addition, households, small firms and local authorities, utilities and institutions can benefit from energy sharing or becoming prosumers.

Moreover, municipal and regional administrations have the opportunity to strengthen their energy self-sufficiency and achieve savings without burdening their public finances.

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Eurowind Energy’s solar power project in Romania gets CfD thanks to auction list dropouts

Eurowind Energy’s Ewe Solar Project in Romania, of 110 MW, is now eligible for government support in the form of a contract for difference (CfD), even though it landed just below the line in the last renewable energy auction. It got upgraded from the reserve list as the developer of two winning photovoltaic endeavors has decided to exclude some sections.

Depending on the policy framework and market conditions, renewable energy investors sometimes opt for power purchase agreements (PPAs) or the electricity exchange instead of locking in a fixed price for the long term in a government support scheme. Enery Element, which won CfDs in Romania’s last solar power auction, decided not to sign some of the contracts. It means Eurowind Energy, the first in the reserve list with its Ewe Solar Project, can now fill the quota instead of its competitor.

Enery Element has obtained the rights to the CfDs with two projects that it conveniently split into several sections each. It enabled it to withdraw only parts of the future photovoltaic plants.

Enery Element cancels three sections of 46 MW altogether

Enery Element pulled away two of the 11 lots that its subsidiary Baboia Solar Plant won for a facility in Ogrizeni in Giurgiu county.

They were the lowest strike prices in the entire auction: EUR 35.77 per MWh and EUR 36.33 per MWh. The proposed two sections, for a combined capacity of 25.9 MW, lowered the total to 324.2 MW.

According to an earlier update, the solar power plant would have 535 MW in peak capacity. The project firm also won a grant of EUR 6.1 million for a 121.9 MWh battery energy storage system.

Baboia Solar Plant, also known as Ogrizeni, would include a subsidized BESS of 121.9 MWh

Enery Element is a joint venture between Austrian renewable energy company Enery Development and its Bulgarian partner Element Power Group.

Conversely, with Siret Solar Plant, Enery Element canceled the part with the highest strike price of the four that were selected. The levels were from EUR 38.76 per MWh to EUR 38.79 per MWh.

It slashed the part of the capacity qualified for CfDs in the Dumbrava 2 project to 88.5 MW from 108.6 MW. The developer didn’t reveal the reason for its move.

Eurowind Energy lifts auction’s highest strike price to EUR 46 per MWh

The Ministry of Energy said it would replace the canceled capacity with Ewe Solar Project of 110 MW. It is a special purpose vehicle, working under Denmark-based Eurowind Energy.

The accepted price is EUR 46 per MWh, while the new lowest level on the list is EUR 36.69 per MWh, for a segment of the Baboia Solar Plant.