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ContourGlobal enters Greece with battery projects, small PV plants purchase

KKR-owned ContourGlobal bought a group of small solar power plants in Greece, alongside a portfolio of battery storage projects totaling 500 MW in operating power and 2 GWh in capacity. It is the company’s debut in the country’s energy sector.

Right after the inauguration of its standalone battery energy storage system in Bulgaria of 202 MW and 500 MWh, ContourGlobal revealed that it entered neighboring Greece through three acquisitions. The London-based company said it acquired photovoltaic systems of 37 MW in overall peak capacity and a group of mature projects for battery energy storage systems (BESS).

There are 26 solar power plants, commissioned between 2011 and 2022. They were owned by Quest Energy, a subsidiary of Quest Holdings, listd on the Athens Stock Exchange. The assets are contracted under feed-in tariff (FiT) and feed-in premium (FiP) supporting schemes, providing both predictable and premium revenues, ContourGlobal pointed out.

Expected yearly output is 51 GWh, enough to power as many as 15,000 Greek households per year.

ContourGlobal has acquired in recent months the full ownership of six battery storage projects through two different transactions with FRV (Fotowatio Renewable Ventures) from Spain and Greek developer Zephiros, the announcement adds. They total 500 MW in capability and 2 GWh of storage capacity.

ContourGlobal is breaking ground for its first BESS plant in Greece this quarter

The ready-to-build (RtB) Taxiarches project is for 100 MW and 400 MWh, respectively. The site is in Farkadona in the Trikala regional unit in Thessaly. Construction is scheduled to begin before the end of March and commercial operation is expected by early 2027.

“Building on our experience operating large-scale BESS projects from Chile to Bulgaria and on the developments already underway in the United States, we see Greece as a key market to scale our battery storage portfolio in Europe and support the country’s energy transition,” Chief Executive Officer Antonio Cammisecra said.

All BESS projects have permits

All projects have secured environmental approvals and key permits, and have applied for grid connection, ContourGlobal stressed.

Although Greece is a relatively small power market in Europe with 24 GW of installed capacity, it is the second-largest in the Balkan region and is experiencing rapid growth in renewables, the company added.

“While historically dominated by lignite and gas, the country is accelerating renewable development, with solar and wind capacity projected to reach around 60 GW by 2060. At the end of the current decade, nearly 70% of installed capacity and electricity generation are expected to come from renewable sources, increasing the need for flexible, grid-scale storage. Moreover, the country is projected to become a net exporter of electricity from 2026,” the update reads.

Expansion ambitions for Greece, Europe

The company said it is assessing further development opportunities in Greece as part of its long-term growth strategy in renewables and battery storage.

ContourGlobal underscored that the new transactions are strengthening its European platform for further growth in renewables and battery storage, building on its established presence in Italy, Spain and Austria.

As for Southeastern Europe, Bulgaria is booming with BESS throughout, Romania is gaining momentum, while Greece is taking a long jump approach, with some administrative hurdles continuing. Turkey is commissioning its first hybrid power plants.

Of note, ContourGlobal was involved in a coal power project in Kosovo* but eventually decided to quit, citing political issues.

* This designation is without prejudice to positions onstatus and is in line with UNSCR 1244/99 and the ICJ Opinion on the Kosovo declaration of independence.
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BIG Mega Renewable Energy secures financing for Văcăreni wind farm project

BIG Mega Renewable Energy, a renewable energy developer and a joint venture between BIG Shopping Centers and MEGA OR Holdings, has reached financial close for its Văcăreni onshore wind project in Tulcea county in Romania. The package, amounting to over EUR 100 million, will support the development, construction and operation of the future 102 MW facility.

The financing was provided by Erste Group Bank and Intesa Sanpaolo, which have extensive experience with large-scale renewable energy projects in Central and Eastern Europe, BIG Mega Renewable Energy pointed out.

The Văcăreni wind farm project is backed by a 10-year power purchase agreement (PPA) with a major European energy trader, the update reads. It is providing long-term revenue stability and underpinning the project’s financial structure, the company underscored.

“The financial close of the Văcăreni project, with financing exceeding EUR 100 million, alongside the completion of the Urleasca wind farm, both with an installed capacity of 102 MW, demonstrates our strong execution capabilities in delivering large-scale, complex projects and our commitment to supporting Romania’s transition to green, sustainable energy.” Chief Executive Officer Eran Davidi said.

The Văcăreni site is in Romania’s main wind power area

The Văcăreni commune is in Tulcea county in Northern Dobruja, or Dobrogea, in the country’s southeast. It is one of the windiest parts of Romania and the main hub for a long time for such projects.

BIG Mega Renewable Energy has obtained a senior loan for Urleasca of up to EUR 45.9 million from the European Bank for Reconstruction and Development, and EUR 92 million overall. The project got its name after a village in Traian commune, in the vicinity of the city of Brăila.

For both projects, the developer has hired CJR Renewables for the balance of plant (BoP) scope. It covers access roads, turbine foundations and other accompanying equipment and infrastructure.

BIG Mega acquired Urleasca in late 2021. BIG Shopping Centers is an Israeli shopping mall developer.

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North Seas region signs landmark offshore wind deal

Seven heads of state and government and energy ministers of nine countries gathered in Hamburg today to boost the expansion of offshore wind. Together with industry and transmission system operators, the countries launched the Offshore Wind Investment Pact for the North Seas. They envisage cross-border projects totaling 100 GW.

Nine European countries committed to building 15 GW of offshore wind per year over 2031-2040 and derisking offshore wind investments. The industry, in return, pledged cost reductions, 91,000 additional jobs and EUR 1 trillion of economic activity.

Europe is charting the massive offshore wind buildout it needs to deliver on its energy security and competitiveness objectives, WindEurope said.

At the North Sea Summit in Hamburg today, Belgium, Denmark, France, Germany, Ireland, Luxembourg, the Netherlands, Norway and the United Kingdom confirmed their ambition to build 300 GW of offshore wind in the so-called North Seas by 2050.

Over one hundred companies participate in offshore wind pact

Governments, the wind industry and transmission system operators (TSOs) signed the Offshore Wind Investment Pact for the North Seas. The agreement is underpinned by separate declarations of the heads of state, energy ministers and the industry. The last of the three is an undertaking by more than 100 offshore wind companies across the value chain, the update adds.

Offshore wind has been a European success story with 37 GW installed across 13 countries, WindEurope stressed.

“That’s more than 6,000 turbines providing homegrown, clean and competitive electricity at scale. But deployment has been dragged by suboptimal auction design, increased costs of capital and lack of visibility for the supply chain due to an uncertain project pipeline,” the organization pointed out.

Two-sided CfDs to be auction standard

In the Investment Pact, governments pledge to provide planning and investment security and derisk offshore wind projects. It involves two-sided contracts for difference (CfDs) as the standard for offshore wind auction design, for visibility on revenue. The countries agreed to remove any regulatory obstacles to power purchase agreements (PPAs) – direct agreements between electricity producers and corporate end-consumers.

A steady pipeline of offshore wind projects will bring the needed confidence to invest in new capacity for manufacturing, ports infrastructure and vessels, according to WindEurope.

In return, Europe’s offshore wind industry pledges to drive down costs of offshore wind by 30% towards 2040 against the 2025 levels. The cost reduction would be driven by scale effects, lower costs of capital and further industrialization underpinned by clarity and visibility on the project pipeline.

The industry vowed to create lasting value for the economy, communities and consumers. It also said it would invest EUR 9.5 billion in the value chain including manufacturing, port infrastructure and vessels.

The TSOs intend to identify cost-effective cooperation opportunities and 20 GW of economically promising cross-border endeavors by 2027 for deployment in the 2030s. It includes offshore projects with interconnections to more than one country. The operators are about to develop cost-sharing principles.

The new partnership will secure 100 GW of joint offshore wind projects, Britain said.

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Turkey’s first large solar-BESS power plant inaugurated

Oze Grup has built a 49 MW photovoltaic facility with a 34 MWh battery storage system southwest of Ankara. It is the first such hybrid power plant in Turkey.

Energy storage systems are indispensable for grid security and price stability, according to Chairman of Turkey’s Energy Market Regulatory Authority (EMRA or EPDK) Mustafa Yılmaz. “Energy is no longer just about production. The real issue is ensuring that the electricity produced is integrated into the system at the right time, in the right place, and safely,” he said at the inauguration of the country’s first large solar power plant with energy storage, built by Oze Grup.

The site is in Sivrihisar in Eskişehir, some one hundred kilometers southwest of Ankara. The solar power plant has 49.2 MW in peak capacity. Its 29 MW grid connection matches the capability of the battery energy storage system (BESS), which has 34.1 MWh in capacity.

Oze Grup got the first project approval and the trial permit in the DGES category. The acronym is for licensed solar-storage systems, as opposed to self-consumption facilities. It was the Ankara-based construction company’s first energy project.

PVI Enerji designed and built the facility for Oze İnşaat ve Beton Sanayi. BS Distributed Energy Systems (BS DES) was involved in all stages. The other contractors are ELIN Enerji, HMK Demir Çelik, Sunroof Enerji and Solex Energy.

The chief regulator said the new hybrid power plant marks a vision change. “The sun doesn’t always shine, the wind doesn’t always blow. Renewable energy can only become a primary driver through storage,” Yılmaz stated.

He added that Turkey is now fully prepared for investments in renewable electricity plants with storage. The process has been rather slow, as the legislation for fast-tracking such projects was issued more than three years ago.

Oze Grup completed the hybrid power plant late last year. Notably, Polat Enerji received the approval from the Ministry of Energy and Natural Resources for its licensed wind-storage system (DRES), the first in Turkey.

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Montenegro’s landfill gas power plant entering electricity market

The first landfill gas power plant in the Western Balkans is in test operation, at the Možura landfill in Montenegro. The eponymous, municipally-owned operator has issued calls for maintenance and the selection of an intermediary for the sale of electricity.

The project in the Možura regional landfill for the power plant utilizing biogas from waste is worth EUR 1.8 million. Montenegro is conducting the investment in cooperation with the Centre for International Cooperation and Development (CMSR) of Slovenia. The 0.99 MW facility was built last year and put into trial operation in December. It is the first in the Western Balkans.

Municipal utility Možura has issued public calls for the maintenance of the power plant and the selection of an intermediary for the sale of electricity. The firm estimates annual output of 7.5 GWh and envisages a 95% uptime. The landfill is near the Adriatic coast in the country’s far south.

Deadline for maintenance tender expires on February 6

The maintenance tender is open until February 6. The public enterprise intends to sign a four-year framework agreement with the selected bidder. The first contract, lasting one year, is valued at EUR 149,900, with another EUR 31,479 for value-added tax. The entire allocated sum then translates to EUR 599,600 alongside EUR 125,916 in VAT.

The eligible applicant has built and commissioned at least one system for the production of electricity from landfill gas of at least 500 kW.

As for the entry into the market, the selected company will be an intermediary in the placement of the produced electricity at the organized market – the power exchange. The contract will last until the end of the year.

Every bidder must be a member of the exchange and have at least three active contracts of the same kind with renewable energy producers, according to the documentation. The conditions include a minimum income of EUR 800,000 in the previous business year. The intermediary assumes the balancing responsibility.

Bids will be received by January 26 at noon, when they will be opened, Možura said.

Slovenia covered third of expenses

The Slovenian Environmental Public Fund (Eco Fund or Eko sklad) has donated EUR 681,800 for the landfill gas power plant. The Environmental Protection Fund (Eco Fund) of Montenegro has paid EUR 50,000 for the project design and its revision.

Landfill gas is extracted from waste in so-called sanitary tubs. An earlier study showed that methane accounts for 50%. Austrian company Jenbacher supplied the equipment.

The power plant is connected to the power distribution system. Možura is the destination for municipal waste from Montenegro’s entire coastal area except for the city of Herceg Novi. Next to the landfill is an eponymous wind power plant.

Montenegrin Prime Minister Milojko Spajić said two weeks ago that Itochu from Japan was interested in the project for a municipal waste incinerator in the capital Podgorica, of up to 50 MW.

In the territory of Belgrade, the capital city of neighboring Serbia, concessionaire Beo čista energija is building a landfill gas power plant. According to the project, the facility in the Vinča complex will consist of two equal units totaling 3.2 MW in electricity capacity and 5.8 MW for thermal energy.

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Guarantees of origin: turning renewable ambition into action

Author: Naida Hausmann, Lead of the Renewable Energy Taskforce, Energy Community Secretariat

Far from being mere certificates, guarantees of origin (GOs) underpin the entire renewable energy value chain – building trust and accountability among producers, businesses and consumers. By ensuring transparent tracking of green electricity and enabling cross-border recognition, GOs can accelerate decarbonisation across the EU and the Energy Community, helping Europe achieve its climate targets. Mutual recognition between the EU and the Energy Community would open regional markets, attract investment, and give consumers and businesses a tangible role in the energy transition.

A guarantee of origin (GO) certifies that one megawatt-hour (MWh) of electricity was generated from renewable sources. It provides a transparent chain of information about where and how electricity was produced, allowing consumers and companies to claim the renewable origin of the electricity they use, even if they draw it from a mixed grid.

In the European Union, the national systems for guarantees of origin are well established. Cross-border transfer of certificates is enabled through the Association of Issuing Bodies (AIB), helping to build confidence among suppliers and buyers alike.

As part of the Energy Community regional project, nearly all issuing bodies have now established national electronic registries for issuing GOs

In the Energy Community, similar systems are advancing rapidly, laying the groundwork for a fully integrated regional market for renewable electricity. As part of the Energy Community regional project, nearly all issuing bodies have now established national electronic registries for issuing GOs.

Work is ongoing to finalise disclosure rules, with the goal of fully aligning these systems with EU legislation and requirements. Once fully aligned, these systems can enable seamless cross-border trade in renewable electricity – bringing the Energy Community a step closer to the EU’s internal energy market.

Empowering consumers and corporates

GOs transform energy consumers from passive users into active participants in the energy transition. When a household subscribes to a “100% renewable” tariff, or when a company purchases GOs to match its electricity use, it signals clear market demand for renewable generation. This demand translates into investment: it strengthens developers’ business cases, supports project financing, and helps accelerate the construction of new renewables capacity.

Moreover, when GOs are sold separately from electricity, they provide an additional revenue stream for developers, making projects more financially viable.

For corporates, GOs have become an essential tool to meet sustainability and reporting obligations and demonstrate that their electricity consumption is renewable. GOs therefore form the backbone of corporate energy procurement strategies and sustainability claims, particularly when coupled with long-term power purchase agreements (PPAs).

Naida Hausmann Guarantees of origin GOs turning renewable ambition into action features

Why mutual recognition matters

Under the EU’s Renewable Energy Directive, GOs can only be mutually recognised with third countries once a formal agreement is concluded – a requirement that carries significant implications. For the Energy Community contracting parties, such recognition would effectively link their systems with the EU market for renewable attributes, allowing renewable energy producers to access European buyers and investors.

Importantly, such recognition would also catalyse other mechanisms that drive the uptake of renewables, enabling regional PPAs, enhancing liquidity and sending stronger investment signals. For investors and utilities alike, a unified GO market reduces risk, increases price transparency and ensures that renewable attributes are valued consistently across borders.

For investors and utilities alike, a unified GO market reduces risk, increases price transparency and ensures that renewable attributes are valued consistently across borders

In the Energy Community region, where access to capital remains a barrier to the deployment of renewables, this is not a minor issue – it is a gateway to unlocking the private investment needed to meet regional and European decarbonisation goals.

The Energy Community Secretariat, together with the European Commission, has been advancing a decision for mutual recognition. Once in place, it will allow certificates issued in the Energy Community to be traded and recognised within the EU, provided they meet equivalent standards of reliability and verification.

Criteria for recognition

Beyond the technical criteria for establishing and maintaining a system of guarantees of origin by national competent authorities, including membership in the AIB, the draft decision on the mutual recognition of guarantees of origin, as presented by the European Commission, sets out additional requirements. These include criteria for the transposition and implementation of the acquis communautaire on electricity and renewable energy.

The Energy Community Secretariat is expected to support the assessment of compliance and monitor implementation. Together, these criteria aim to establish a credible and transparent framework for mutual recognition, ensuring that GOs issued across the region are reliable and can be confidently traded.

Way forward

With almost all issuing bodies in Energy Community contracting parties having operationalised electronic registries for GOs, the focus should now shift to implementing robust disclosure rules and meeting the remaining criteria for mutual recognition. Ensuring alignment with EU legislation and participating in the AIB will be essential to create a transparent and trusted system, unlocking cross-border trade, investment and market confidence in renewable electricity.

Issuing bodies in Albania, the Republic of Srpska (Bosnia and Herzegovina), Georgia, Kosovo*, North Macedonia, Montenegro, Serbia, and Ukraine have operationalised their registries. The issuing body in Moldova has signed an agreement with a service provider and is expected to operationalise its registry by the end of 2025, while the only issuing body without an electronic registry remains that of the Federation of BiH.

Conclusion

GOs translate environmental ambition into measurable progress toward decarbonisation. They give visibility to renewable electricity, credibility to corporate climate action and empower consumers with choice and the ability to participate in the clean energy transition. For the Energy Community and the European Union alike, mutual recognition of GOs would mark a practical and symbolic step toward a truly integrated European renewables market – one where clean electricity, investment and trust flow freely across borders.

By turning certificates into confidence and ambition into action, GOs can help bridge the remaining gap between policy objectives and market reality, ensuring that the path to decarbonisation is both transparent and inclusive.

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Energy Community Secretariat seeks expert for its Centre for Renewables Acceleration

The Energy Community Secretariat, with support from the Open Society Foundations Western Balkans, is seeking a senior-level delegated expert with a thorough understanding of renewable energy planning processes and permitting workflows to support the operation of the secretariat’s Centre for Renewables Acceleration.

The role will establish effective communication and partnerships with institutions, stakeholders, businesses, and municipalities across the Western Balkan contracting parties, according to the announcement.

It will include drafting key policy documents, supporting contracting parties to identify priorities and support needs, and developing a scaleup plan for the center’s activities, including pilot projects and framework improvements.

Experts interested in participation can write to the Energy Community Secretariat and request the tender documentation.

The deadline for submission is February 14 at 10:00 CET.

In its LinkedIn post about the tender, the secretariat asked readers to tag someone who they think would be a great fit, or to leave a comment for a bigger reach. “Help us support renewables acceleration in the Western Balkans!” it added.

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Twin pumped storage hydropower projects in Greece get environmental approval

Proposals for two pumped storage hydropower plants next to each other in northern Greece received the environmental conditions. The Flampouro project is for 450 MW in both modes while Trani Rachi would be able to generate 594 MW and consume up to 600 MW.

Greece has an ambition to become a Mediterranean and European hub for renewable energy and energy transmission. Among other important segments, energy storage is rising in popularity among investors. Such technologies have a major role in accommodating the deployment of renewables and balancing supply and demand.

Within a string of proposed investments in pumped storage hydropower, twin projects Flampouro and Trani Rachi have just passed an important point in development. Both locations are next to the reservoir of the Ilarion dam and hydropower plant, near Kozani in the Western Macedonia province.

The projects were developed by investors from the Katselis family, the country’s media pointed out. The Ministry of Environment and Energy issued environmental terms (AEPO) for the two investment proposals in the north of Greece, under special purpose vehicles Aliakmonas 1 and Aliakmonas 2.

Public Power Corp. (PPC Group) operates the existing facility, of 154 MW, which consists of two turbines. Commissioned in 2014, it is part of a hydropower cascade of 1 GW on the Haliacmon (Aliakmonas) river, the longest in Greece. Government-controlled PPC Group is working on several pumped storage endeavors.

Storage capacity would total 6.2 GWh

The Flampouro pumped storage hydropower plant would work at up to 450 MW both in the generation and pumping modes. In storage capacity terms, it is seen holding 2.7 GWh. The upper reservoir would be at an altitude of 1,065 meters, four kilometers from the lower one.

The location is in municipal units Ventzio, Deskati and Kamvounia in the municipalities of Grevena, Deskati and Servia, respectively.

Trani Rachi is for 594 MW in production capacity and 600 MW in the pumping mode, for 3.5 GWh in storage. The site for the upper reservoir is at 1,380 meters above sea level and three kilometers from the lower reservoir.

Documentation shows that the facility would be in the municipal units of Deskati and Kamvounia.

Combined production estimated at 1.34 TW per year

The developers estimated annual output at 1.34 TWh, of which Flampouro would account for 581 MWh and Trani Rachi for 763 GWh.

Both projects involve road repair and construction, water tunnels and the installation of transformers, substations and 400 kV transmission lines. The investments envisage machine rooms underground.

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Energy Community Secretariat seeks expert for its Centre for Renewables Acceleration

The Energy Community Secretariat, with support from the Open Society Foundations Western Balkans, is seeking a senior-level delegated expert with a thorough understanding of renewable energy planning processes and permitting workflows to support the operation of the secretariat’s Centre for Renewables Acceleration.

The role will establish effective communication and partnerships with institutions, stakeholders, businesses, and municipalities across the Western Balkan contracting parties, according to the announcement.

It will include drafting key policy documents, supporting contracting parties to identify priorities and support needs, and developing a scaleup plan for the center’s activities, including pilot projects and framework improvements.

Experts interested in participation can write to the Energy Community Secretariat and request the tender documentation.

The deadline for submission is February 14 at 10:00 CET.

In its LinkedIn post about the tender, the secretariat asked readers to tag someone who they think would be a great fit, or to leave a comment for a bigger reach. “Help us support renewables acceleration in the Western Balkans!” it added.

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Twin pumped storage hydropower projects in Greece get environmental approval

Proposals for two pumped storage hydropower plants next to each other in northern Greece received the environmental conditions. The Flampouro project is for 450 MW in both modes while Trani Rachi would be able to generate 594 MW and consume up to 600 MW.

Greece has an ambition to become a Mediterranean and European hub for renewable energy and energy transmission. Among other important segments, energy storage is rising in popularity among investors. Such technologies have a major role in accommodating the deployment of renewables and balancing supply and demand.

Within a string of proposed investments in pumped storage hydropower, twin projects Flampouro and Trani Rachi have just passed an important point in development. Both locations are next to the reservoir of the Ilarion dam and hydropower plant, near Kozani in the Western Macedonia province.

The projects were developed by investors from the Katselis family, the country’s media pointed out. The Ministry of Environment and Energy issued environmental terms (AEPO) for the two investment proposals in the north of Greece, under special purpose vehicles Aliakmonas 1 and Aliakmonas 2.

Public Power Corp. (PPC Group) operates the existing facility, of 154 MW, which consists of two turbines. Commissioned in 2014, it is part of a hydropower cascade of 1 GW on the Haliacmon (Aliakmonas) river, the longest in Greece. Government-controlled PPC Group is working on several pumped storage endeavors.

Storage capacity would total 6.2 GWh

The Flampouro pumped storage hydropower plant would work at up to 450 MW both in the generation and pumping modes. In storage capacity terms, it is seen holding 2.7 GWh. The upper reservoir would be at an altitude of 1,065 meters, four kilometers from the lower one.

The location is in municipal units Ventzio, Deskati and Kamvounia in the municipalities of Grevena, Deskati and Servia, respectively.

Trani Rachi is for 594 MW in production capacity and 600 MW in the pumping mode, for 3.5 GWh in storage. The site for the upper reservoir is at 1,380 meters above sea level and three kilometers from the lower reservoir.

Documentation shows that the facility would be in the municipal units of Deskati and Kamvounia.

Combined production estimated at 1.34 TW per year

The developers estimated annual output at 1.34 TWh, of which Flampouro would account for 581 MWh and Trani Rachi for 763 GWh.

Both projects involve road repair and construction, water tunnels and the installation of transformers, substations and 400 kV transmission lines. The investments envisage machine rooms underground.