by in News

Applications open for EUSEW2026 Awards

Applications are now open for the European Sustainable Energy Awards (EUSEW) 2026. They recognise individuals, initiatives, and projects that promote best practices and raise awareness of the importance of sustainable energy solutions across Europe.

EUSEW is Europe’s largest event dedicated to renewable energy and energy efficiency. It features a wide range of activities, including the European Sustainable Energy Awards ceremony.

The EUSEW Awards recognise and celebrate people, projects, and initiatives that contribute to Europe’s transition to clean energy. They highlight achievements that support the goals of the EU’s Clean Industrial Deal and encourage others to adopt best practices in building a sustainable energy future.

The awards are presented in three categories: Local Energy Action, Women in Energy, and, for the first time, Small and Medium-Sized Enterprises (SMEs) as Energy Efficiency Leaders.

The competition showcases innovative approaches to shaping Europe’s energy future and culminates in an awards ceremony held during the EUSEW conference, which will take place from June 9 to 11 next year in a hybrid format. Participants and speakers will be able to attend both online and in person in Brussels. The slogan of this year’s edition, 20th EUSEW, is ‘A clean, secure and competitive Energy Union’.

Finalists will be selected by an expert jury, which will assess applications based on three criteria: concept, implementation, and impact. Each criterion carries a maximum of ten points. The winners will be chosen through a public vote.

Interested applicants may apply directly by January 29 or nominate someone who has made an outstanding contribution to the energy transition.

SMEs as energy efficiency leaders

This year, a new award category has been introduced to recognise the creativity and impact of small and medium-sized enterprises developing innovative business or financing models to improve energy efficiency.

Eligible applicants include SMEs operating in at least one EU member state that have a pilot or commercial project representing an innovation in energy efficiency or financing.

The European Commission and the European Investment Bank have announced a EUR 17.5 billion financing initiative aimed at improving energy efficiency among SMEs, which is expected to benefit around 350,000 businesses across the EU.

Local Energy Action Award

This category recognises clean energy initiatives that demonstrate the strength of community action. It includes associations, organisations, and groups of citizens delivering long-term, real-scale sustainable energy solutions through local and regional projects, with wider social, economic, and environmental benefits.

Last year’s winner was the Community Energy for Social Housing in Otterbeek. The project provides vulnerable residents with access to renewable energy in the Belgian city of Mechelen. Around 200 households in the Otterbeek social housing district have been equipped with solar panels and receive green electricity at a fixed price below market rates.

Women in Energy: leadership that transforms

The Women in Energy Award celebrates women who are shaping Europe’s clean energy transition and redefining leadership in the energy sector, with a particular focus on gender equality and equal opportunities.

Last year’s winner in this category was Stella Tsani, a scientist and associate professor at the University of Athens.

She was recognised for her work linking economics, sustainability, and social wellbeing to help shape fair and effective energy policies across Europe and the Mediterranean. In addition to her influential research, Tsani is a dedicated mentor to young women in the energy sector, contributing to an inclusive and future-oriented clean energy transition.

by in News

CBAM tests market integration and green investments

Author: Zoran Gjorgjievski, CEO of North Macedonia’s National Electricity Market Operator MEMO

This text reflects a personal viewpoint and represents an attempt to present the Macedonian position in an argument-based manner — with respect for European objectives, but also with a clear message that the implementation of CBAM must be just, proportionate, and based on clearly defined implementation phases.

The Carbon Border Adjustment Mechanism (CBAM), which is scheduled to enter into force on 1 January 2026, represents one of the most ambitious instruments within the European climate package. Its objective – to create a level playing field between industries within the European Union and those outside the Union – is, at a theoretical level, justified and logical. However, the application of CBAM to electricity in regions such as ours, where market and regulatory conditions are still transforming, raises serious risks and challenges that deserve careful assessment. This is particularly relevant given the increased volume of investments in renewable energy sources (RES) recorded in recent years, accompanied by ambitious plans for their further expansion through active institutional support.

For Macedonia, which has invested significant efforts in the development of an organized electricity market – currently operating at the day-ahead level and, as of next year, also at the intraday level – as well as in its gradual integration with the single European market, the application of CBAM may create structural imbalances.

Changes in the structure of electricity generation and price formation on European markets in recent years indicate high volatility, which is even more pronounced in markets of a similar size to ours, primarily due to limited liquidity and the specific characteristics of the generation mix. The introduction of an additional carbon component, based on indirect verification methodologies, may introduce further unpredictability and reduce the competitiveness of domestic RES producers.

At the same time, subjecting exports to CBAM could create pressure during hours of low consumption and increased RES production – periods in which the majority of electricity exports from our country are concentrated. This could lead to a paradoxical situation in which RES producers are forced to curtail or suspend production in order to avoid imbalance costs.

Risks for the organized electricity market

Although initial analyses suggest that an increase in trading volumes on the day-ahead market may be expected in the short term, the inability to place total production through the organized market will encourage market participants to seek alternative channels. This carries the potential to undermine the development of a transparent and competitive market and to reduce trading liquidity.

For a young market like ours, which has recorded significant liquidity growth of over 40% and a record number of active participants in just the past year, this could represent a real slowdown of its development momentum.

The energy crisis of the 2021–2023 period clearly demonstrated that security of supply and price stability cannot be ensured without functional, liquid, and investment-attractive electricity markets. Under such conditions, the application of CBAM to electricity, without taking into account the specific characteristics of organized markets in non-EU countries, may produce the opposite effect: reduced liquidity, increased uncertainty, and delayed investments in renewable energy.

Differing speeds of two interrelated mechanisms – market coupling and CBAM – call into question the integration of electricity markets

This is particularly important given that regional integration into the single European market has been slowed by a number of objective and subjective factors, both in the Energy Community Contracting Parties and within the EU itself, and cannot proceed at the same pace as the implementation of CBAM. These differing speeds of two interrelated mechanisms – market coupling and CBAM – call into question the very rationale of the Energy Community, namely the integration of electricity markets.

It thus becomes evident that introducing CBAM without adequate progress in market integration with the EU creates a structural imbalance, whereby Energy Community countries incur additional costs without fully benefiting from an integrated market. Therefore, accelerating market coupling and aligning the start of CBAM implementation accordingly is a key prerequisite for mitigating the economic and investment impacts of CBAM.

Potential slowdown of renewable energy investments

Although CBAM is theoretically intended to stimulate green investments, in practice, there is a risk that it could have the opposite effect on already implemented projects, primarily due to the seasonal and daily characteristics of RES generation and the limited capacities for electricity storage.

A premature and insufficiently calibrated introduction of CBAM for electricity may create a perception of increased regulatory risk

This situation may place serious pressure on the financing sources of RES projects, exposing them to increased credit risk, especially in cases where expected returns on investment (ROI) are brought into question due to CBAM-related effects. This analysis does not even address the distorted investment expectations created during the energy crisis, when extreme electricity price growth further skewed investment projections.

Furthermore, Macedonia’s energy transition largely depends on private capital and strategic investors, who expect a stable, predictable, and competitive market environment. A premature and insufficiently calibrated introduction of CBAM for electricity exports by the EU may create a perception of increased regulatory risk, which could result in the postponement or redirection of investments to other markets.

Need for a transitional period and regional coordination

Despite the challenges outlined above, it is important to emphasize that Macedonia supports the objectives of European decarbonization and is already making substantial efforts to align with EU policies. What is essential is the provision of an appropriate transitional period, aligned with the pace of integration into the single European market.

Such a transitional period would allow the domestic industry and the energy sector to adapt gradually, without compromising already established market instruments and ongoing investments.

The regional context is equally important. The electricity systems of the Western Balkans are highly interconnected, and the risk of destabilization in one country can easily spill over into others. Therefore, it is necessary for the European Commission to consider a model that rewards reforms, supports the gradual phase-out of coal, and enables the integration of electricity markets without creating new barriers.

Where is the market headed?

Although CBAM has a clear climate and economic rationale, the question remains whether its application at this point in time is aligned with the realities in the countries of the Energy Community.

Macedonia demonstrates a clear commitment: market liquidity is increasing, renewable energy sources are developing dynamically, and concrete steps are being taken toward market coupling with the EU. Excessive rigidity in the application of CBAM could undermine this positive trajectory.

by in News

AI and Energy: the dynamic duo shaping the power grid

Author: Mbuwir Brida, EUSEW  Young Energy Ambassador

Have you tried asking ChatGPT what the world’s most pressing challenge is? It ranks climate change as the first challenge. So, how about we use the technology behind ChatGPT to solve that challenge?

The most significant way to mitigate climate change is to move from fossil fuels to renewable energy: the energy transition. This entails bolstering the integration of variable renewable energy sources into the power grid. Thus, more powerful and innovative tools are required to plan and operate the grid to ensure a secure and reliable grid as the energy transition progresses.

This need comes at a time when ground-breaking advancements are being made in artificial intelligence (AI), mimicking several aspects of human intelligence via large scale data analysis and relevant domain knowledge to generate outcomes. The digitalisation of the grid (e.g., via smart meters, sensors, and digital twins) provides massive amounts of data, making AI uniquely placed to support the energy transition. But will AI fix all grid challenges?

Forecasting for a more reliable power grid

Photo: Mbuwir Brida, EUSEW Young Energy Ambassador
Photo: Mbuwir Brida, EUSEW Young Energy Ambassador

The predictive capability of AI models is a game-changer for the energy sector, from energy generation to consumption and energy markets. One major application has been to predict and optimise energy generation of solar and wind installations: e.g., AI models use weather data together with historical measurements to predict energy production and consumption required for grid planning.

For example, the transmission network operator in Belgium, Elia, has developed an AI-based tool that reduces the system imbalance forecast error by 41% in their effort to keep the grid frequency stable with increasing renewable energy integration. This predictive capacity of AI models has also been used for predictive maintenance of wind farms and power lines. Thus, AI-based algorithms facilitate real-time monitoring and control of electricity transmission and distribution, allowing for dynamic adjustments in response to fluctuating energy supply and demand.

Moreover, AI algorithms automatically detecting faults, generating real-time power restoration strategies, and switching to backup power sources can reduce system downtime, enhancing power system reliability. Hence, AI not only facilitates grid management and renewable energy integration but also fosters a more efficient, reliable, and secure power grid.

On the energy consumption side, AI-driven energy management systems have seen significant progress. These energy management systems optimise energy usage by learning user preferences, adapting to weather conditions, and other external events such as electricity prices. For example, Belgian tech startup Pleevi has developed machine learning based algorithms to control electric vehicle charging, reducing electricity cost up to 30% while promoting the use of forecasted local energy generation. Swedish-Swiss electrification and automation company, ABB, on the other hand has developed AI-based tools for predicting and managing energy consumption peaks in commercial and industrial buildings, helping these large consumers to avoid peak demand charges.

Advanced technology comes with risks and roadblocks

While notable advancements have been made, the complexity of regulatory frameworks, ethical considerations, and the multifaceted nature of energy systems still challenge the integration of AI in the energy sector. Security concerns and data privacy issues raise important questions on the safe use of AI in the energy sector and, therefore, compliance with the European Artificial Intelligence Act. Additionally, the environmental impact of manufacturing AI hardware and the high energy and water consumption of data centres highlight some roadblocks that must be addressed for the sustainable use of AI. Moreover, the decision-making process of AI algorithms often remains unexplainable and unaccountable. All these aspects make the adoption of AI-based solutions challenging for users due to the significant energy security and financial implications.

Will AI fix all grid challenges related to the energy transition?

As the synergy between AI and the energy sector continues to unfold, interdisciplinary collaboration and a commitment to ethical and responsible AI deployment remain essential to fully unlock the potential of this intersection. However, the promise of fully autonomous systems, where AI orchestrates every aspect of the grid, is still a long way from becoming reality, considering the aforementioned hurdles. In reality, the integration is an ongoing process marked by incremental achievements and new challenges.

In 2026, the European Commission will adopt a Strategic Roadmap for digitalisation and AI in the energy sector, aiming to leverage the potential of digital and AI technologies while mitigating the associated risks.

This opinion editorial is produced in co-operation with the European Sustainable Energy Week 2026. See ec.europa.eu/eusew for open calls.

Disclaimer: This article is a contribution from a partner. All rights reserved.

Neither the European Commission nor any person acting on behalf of the Commission is responsible for the use that might be made of the information in the article. The opinions expressed are those of the author(s) only and should not be considered as representative of the European Commission’s official position.

by in News

KEK seeks contractor for 100 MW solar power project near Prishtina

Government-controlled Kosovo Energy Corp. (KEK) launched the prequalifications call for its Solar4Kosovo photovoltaic project. The area is in the municipalities of Obiliq (Obilić) and Fushë Kosovë (Kosovo Polje), northwest of Prishtina.

After more than four years of planning the project, KEK is receiving applications for the design and construction of its first solar power plant, on a former coal ash dump. The government-owned power utility operates coal plants Kosovo A and Kosovo B, which account for some 90% of domestic electricity.

The location for the first part of the Solar4Kosovo project is in the municipalities of Obiliq (Obilić) and Fushë Kosovë (Kosovo Polje). The area, northwest of Prishtina, is in the Sitnica river valley, near Kosovo A.

The facility is planned for a grid connection of at least 100 MW. It translates to 120 MW in peak capacity, according to earlier updates. It would be the biggest PV plant in Kosovo*.

KEK is receiving prequalification bids until January 22, within the process of selecting contractors for the project. Companies apply through the exficon (exfitender) platform. Three months ago, the utility said agricultural activities on the designated land weren’t allowed anymore.

KEK obtained EUR 32 million EU grant

The financing for the Solar4Kosovo facility is part of the European Union’s Economic and Investment Plan for the Western Balkans of EUR 9 billion in grants. The package is aimed at mobilizing a total of EUR 30 billion.

The European Investment Bank is providing a EUR 33 million loan. The EU has approved a EUR 32 million grant via its Western Balkans Investment Framework (WBIF), while Germany’s KfW Development Bank is lending EUR 29 million to KEK. The investment was earlier estimated at EUR 107 million overall.

Annual output estimated at 169 GWh

The proposed solar power plant is expected to produce 169 GWh per year. It would have an underground connection to the existing substation at the Kosovo A thermal power plant.

The other part of the Solar4Kosovo project is for a solar thermal facility of 30 MW for the capital city’s district heating system. The site is in the village of Shkabaj (Orlović) in Obiliq municipality. Another segment of the investment is for a further network extension of 20 MW with supply from Kosovo B.

* 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.
by in News

Energy system based on renewables is cheapest solution to achieve net zero by 2050 – study

A European energy system based on a high share of renewable energy is the cheapest scenario until 2050 for achieving the net-zero goal, when compared to an increased use of nuclear capacity, or hydrogen, or carbon capture and storage, and against a delayed energy transition, according to a study produced by Hitachi Energy for WindEurope.

Costs for each scenario include not only generation facilities, but investments in grids, storage and back-up systems, according to WindEurope.

The study has mapped out the total system costs of five energy scenarios. Four scenarios deliver net zero and the remaining one is for a slow transition, where Europe doesn’t meet its climate targets, wind power advocacy group said.

The difference between the cheapest net zero path (Renewables+) and the most expensive path (Slow Transition) is EUR 1.64 trillion, the study reveals.

eu energy system 2050 scenarios costs hitachi study

The study’s authors calculated the total societal cost of building, operating, and adapting to the required energy system across electricity, transport, heat, and industry to meet or fall short of the 2050 climate targets.

The total system costs have three major groups of expenses.

The first group are new infrastructure investments in generation assets, as well as in grid, hydrogen, storage and carbon capture and storage (CCS) infrastructure.

Operational expenses are represented by fuel and CO2 costs, while the third group are electrification and demand shift costs.

The Renewables+ scenario drastically lowers import dependency

The Renewables+ scenario achieves net zero by 2050 through a massive deployment of variable renewable energy, primarily wind and solar power, leading to high electrification across the energy mix.

The renewables share reaches 85% of total electricity and nearly 70% of total gross available energy. Dependency on imported energy fuels falls drastically from 71% in 2030 to just 22% in 2050, the report reads.

“As Europe looks ahead to 2050, it is revealing to think what our energy system looked like 25 years ago. Back in 2000 the share of wind and solar in Europe’s electricity was a combined 0.8%. It’s 30% today. And Europe’s emissions are down by nearly 1/3 compared to 2000 while the economy has grown 45%. Let’s build on this success,” WindEurope stressed.

It is an inception report for the Energy System Costs Study, a project commissioned by WindEurope.

by in News

Montenegro adopts National Energy and Climate Plan

The Government of Montenegro has adopted the National Energy and Climate Plan, along with a bill on cross-border electricity and natural gas exchange.

The National Energy and Climate Plan (NECP) of Montenegro is the overarching strategy that clearly defines what the country should achieve by 2030: a 55% reduction in emissions, a renewable energy share of at least 50%, and substantial progress in energy efficiency, according to the Ministry of Energy and Mining.

“Over the past eight months, we have made a tremendous effort to finalize two key documents that have been awaited for years and are crucial for our European commitments,” Minister Admir Šahmanović stressed.

This is a plan that enables new investments, new renewable energy power plants, modern grid infrastructure, and a secure transition for the Pljevlja coal region, he explained.

Šahmanović: The latest European Commission report confirms Montenegro’s progress

The ministry noted that the bill on cross-border electricity and natural gas exchange is among the most important energy laws proposed by this government. Šahmanović recalled that this is not merely a technical issue.

The bill, in his words, opens the door to the single European market, directly impacts the closure of Chapter 15 of the accession negotiations with the EU, and gives full meaning to the electricity interconnection with Italy and the EU market.

It would provide greater energy security, better competition, more stable prices, and a stronger position for the country’s economy, he added.

“The latest report from the European Commission confirms that we have made progress. Today’s decisions by the government are the best confirmation of this. These are the foundations for a more energy-secure, modern, and European Montenegro, and we have reason to be satisfied with the progress we have achieved,” Šahmanović underscored.

The bill represents the most extensive reform of energy legislation in the past decade

According to the ministry, by adopting these two strategic documents, Montenegro has taken a significant step forward in aligning with EU energy rules.

The NECP integrates energy, climate, and development policies into a single framework for the first time, sets clear and measurable goals, and lays the foundation for Montenegro’s long-term energy transition.

The law on cross-border electricity and natural gas exchange represents the most extensive reform of energy legislation in the past decade, transitioning from a basic regulatory framework to a full European system of market, technical, and security rules.

Together, these two documents represent the most important reform package in the energy sector in recent years, fully aligned with European legislation and the EU’s strategic priorities, the ministry concluded.

by in News

Turkey awards 1.15 GW in wind power auctions – all at just EUR 35 per MWh

The six winners from the latest round of wind power auctions under the YEKA state support mechanism in Turkey will have at least EUR 35 per MWh guaranteed from the sale of electricity in the first six years. It was the floor price in the bidding. After it was reached for each zone, the remaining participants had to compete by offering to pay for the right to sign the contract.

Delays and the lack of money for the construction of high-voltage, transmission lines is one of the main hurdles slowing the uptake of wind and solar power. Turkey’s approach has turned out to be successful, as it allows investors to compete to pay one-off fees for available predetermined projects in auctions. At the same time, the beneficiaries get guaranteed prices for the future sales of their electricity.

The country has earned EUR 530 million overall this year from two rounds for solar and two for wind power, Minister of Energy and Natural Resources Alparslan Bayraktar said. It includes EUR 208 million just from the latest bidding under the Renewable Energy Zones (REZ) state support mechanism, he claimed. It is better known by its Turkish acronym YEKA.

The winners are getting grid connections for 49 years

The ministry awarded zones for six projects for 1.15 GW in total connection capacity. The winners are getting grid connections for 49 years, a minimum price during the six-year open market sale period and power purchase agreements (PPAs) at the same level for another 20 years.

Entire capacity allocated at floor price

In the bidding in the REZ WPP 2025 (YEKA RES 2025) round, the ceiling price was EUR 55 per MWh. With 75 applications altogether, 30 companies participated – between six and 20 per zone.

In all cases, the bottom price of EUR 35 per MWh was reached, so the remaining bidders were switched to the second phase. The YEKA auctions are broadcast live.

The winners need to pay between EUR 56,000 per MW and a stunning EUR 312,000 per MW of capacity, or from EUR 23.8 million to EUR 34.3 million for each zone. Combined, the contribution fees amount to EUR 173 million, or some EUR 470 million for all auctions held this year.

Bayraktar estimated total investments in projects involved in the last wind power round at USD 1.1 billion.

Eksim, Polat among winners

The Kütahya zone of 120 MW went to İçdaş Elektrik Enerjisi, for EUR 222,000 per MW. Stone Enerji snatched the Aydın-Denizli project of 140 MW with a winning bid of EUR 170,000 per MW. The firm was a winner at the recent solar power auctions as well.

For the Sivas area, the largest of all (500 MW), Kanat Rüzgar Enerji will be required to pay EUR 56,000 per MW, which is the lowest level.

Three zones are in Balıkesir province. Eksim Energy (Enerji) committed the most of all winners, EUR 312,000 per MW, for the Balıkesir-3 project. It is for 110 MW. Balıkesir-2, of 120 MW, was won by Balıkesir Elektrik. It offered a contribution fee of EUR 218,000 per MW.

The Balıkesir-1 area is for 160 MW in connection capacity. Polat Enerji’s subsidiary Soma Enerji was the best bidder, with EUR 212,000 per MW.

Turkey hosts wind power plants of more than 14 GW combined, of more than 121 GW in total electricity capacity.

by in News

Energy Community: Serbia best in Western Balkans in alignment with EU regulations

Integration with the European Union is advancing in practice, and the decade ahead must sustain the momentum with focus and determination, Energy Community Secretariat Director Artur Lorkowski pointed out in this year’s Annual Implementation Report.

Serbia fares best in the Western Balkans, as it advanced to 63% from 55%. Bosnia and Herzegovina is at the bottom of the entire Energy Community chart, with alignment at just 26%.

Following the 2025 CBAM Readiness Tracker, the Energy Community Secretariat also published its Annual Implementation Report 2025. The international organization marked its 20th anniversary this year.

“The message from Athens was clear: integration with the European Union is advancing in practice, and the decade ahead must sustain this momentum with focus and determination. The 2025 Implementation Report reflects this direction. It shows a region taking decisive steps toward alignment with the EU acquis and strengthening the foundations required for accelerated integration. It also highlights where further effort is needed for gradual integration with the EU energy markets – completing the electricity market coupling, boosting the cross-border trade in renewables, eliminating bottlenecks for gas flows, synchronising energy infrastructure development and gradual alignment of carbon pricing mechanisms,” Energy Community Secretariat Director Artur Lorkowski stressed.

He added that electricity integration remains central. Several contracting parties completed the required transposition of the European Union’s Electricity Integration Package (EIP), while others advanced significantly.

Deadline for requests for 2028 market coupling to expire in seven months

Intensive market coupling efforts throughout 2025 by contracting parties and EU stakeholders have laid the groundwork for a compliant and sustainable integration process, according to the Annual Implementation Report. Of note, market coupling is the requirement for an exemption from the EU’s Carbon Border Adjustment Mechanism (CBAM) for electricity.

Contracting parties aiming to go live in 2028 must submit a formal request by July, the secretariat warned.

Energy Community Serbia best score Western Balkans
Photo: Energy Community Secretariat

Montenegro, North Macedonia advance slightly to match average

Five main indicators measure the integration with the EU energy markets and they are combined into an overall score. The Energy Community as a whole is at 53%.

Moldova has advanced the most in the process by far, climbing eight points from last year to reach 74%. Serbia fares best in the Western Balkans, as it advanced to 63% from 55%. It ranked the highest last year as well. Bosnia and Herzegovina is at the lowest level again. It retreated four points, to just 26%.

Montenegro and North Macedonia advanced slightly, both to 53%, to match the Energy Community average. Kosovo* has weakened to 46% while Albania remained at 50%.

At 61%, North Macedonia is in the lead in the Western Balkans in the markets and integration segment. Serbia reached the highest level in the Energy Community in energy sector decarbonization, 83%.

* 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.
by in News

Bulgarian firm Hydrogenera gets electrolyzer order from Volkswagen

Hydrogenera will integrate its electrolyzer with a gas burner at Volkswagen Poznań’s automotive factory in western Poland with the aim of cutting the consumption of the fuel as well as related emissions by up to 30%. The produced hydrogen and oxygen would both be utilized within the system, the Bulgarian company said.

Hydrogenera, which was listed on the Bulgarian Stock Exchange (BSE) in July, is one of the few companies in Southeastern Europe designing and manufacturing proprietary equipment for cutting-edge energy technologies. Its parent company Green Innovation recently became Volkswagen’s authorised supplier and obtained the giant automotive giant’s Sustainability Rating, setting the stage for a new order.

In addition to mixing it with gas for combustion, industrial producers are gradually introducing hydrogen and electrolyzers into other processes. Collaboration is underway with Volkswagen Poznań for a hydrogen-oxygen system at the carmaker’s plant in Września, in western Poland.

Hydrogenera explained that the challenge is to enhance the combustion efficiency of a natural gas burner with 1.5 MW in nameplate capacity. The 90 kW electrolyzer would operate as a non-intrusive add-on to the existing equipment – not affecting installations, automation or safety systems, according to the update.

Oxygen produced in the electrolyzer will be utilized as well, improving combustion

Hydrogen and oxygen are supplied separately to optimize the flame. Hydrogen is mixed with natural gas directly before the burner, while oxygen is introduced into the air stream directed to the combustion chamber. It enables complete fuel combustion, minimizing losses, Hydrogenera said.

The company claimed the solution can reduce fuel consumption by 30%, alongside a corresponding cut in emissions at the facility near Poznań.

Of note, green or renewable hydrogen is produced using electricity only from renewable sources, therefore without greenhouse gas emissions.

Green Innovation has raised BGN 7.96 million (EUR 4.1 million) in the initial public offering in Sofia. Its market capitalization has slipped 2% to BGN 92.1 million (EUR 47.1 million) since listing on July 29 under the ticker HYDR.

by in News

Uncompetitiveness holding EU far behind green hydrogen targets

Several high-profile green hydrogen projects have been canceled in the past year, and major companies reduced their decarbonization ambitions, the European Union Agency for the Cooperation of Energy Regulators (ACER) said in its new report. The technology is four times more expensive than production from fossil gas through steam reforming.

Investments are far behind EU targets and trailing even the contracted demand. However, an acceleration of existing projects would change the picture substantially. On that note, the European Hydrogen Bank is receiving submissions for its third auction.

Electrolyser capacity in the EU jumped 51% last year to 308 MW, while 1.8 GW was under construction in October 2025, expected to be commissioned within two years. The numbers are from the European Hydrogen Markets – 2025 Monitoring Report, issued by the EU Agency for the Cooperation of Energy Regulators (ACER). It pointed out that the total falls well short of the trajectory toward the 2030 target of 40 GW, or the 48 GW to 54 GW range in member states’ plans.

Of note, while some other databases show similar figures, the Renewable Hydrogen Coalition has calculated that operational projects amount to 600 MW, though “across Europe,” and not just in the EU. Another 3 GW is under construction, its update reads.

The European Hydrogen Strategy aimed at 6 GW by 2024.

Sweden, Germany in strongest expansion

Sweden and Germany account for two thirds of the capacity under construction (742 MW and 414 MW, respectively), ACER said. In addition, EWE has just marked the start of construction of an electrolyzer facility of a whopping 320 MW, which would eclipse the fleet that is currently producing green or renewable hydrogen. The site is in Emden, in Germany.

Domestically produced renewable hydrogen contracted, 270,000 tons, would require 3.7 GW of electrolysers.

Several high-profile green hydrogen projects have been canceled in the past year, and major companies have reduced their decarbonization ambitions, the agency warned. Importantly, all existing projects, in any stage of development and with a 2030 target, are for 62 GW in total, indicating the potential for acceleration.

An electrolyzer under construction in Germany is set to surpass the combined capacity of the current EU fleet

As for Southeastern Europe, Romania targets 2.1 GW of electrolyzer capacity for 2030. Croatia is aiming for between 0.1 GW and 1.3 GW, while the remaining countries are at just 0.1 GW or 0.2 GW. Greece was the only country with any capacity in construction in October, 50 MW. Interconnections are planned between Greece, Bulgaria, Romania and Hungary.

Citing the European Hydrogen Observatory, ACER said Germany has added 46 MW last year. With Denmark (18 MW) and Hungary (11 MW), it was 72% of the annual growth.

Only six plants were bigger than 10 MW at the end of 2024, amounting to 90 MW altogether.

ACER Uncompetitiveness holds EU far behind green hydrogen targets

Gray hydrogen remains dominant

Steam methane reforming (SMR) remains the dominant production technology, accounting for 89% of the total capacity in the EU. It is colloquially called gray hydrogen.

The share of electrolytic hydrogen, made using electricity from all sources, not necessarily renewables, is marginal. So is the overall capacity for blue hydrogen. It is also from fossil gas, but the process involves carbon capture and storage, CCS.

Green hydrogen, one of so-called renewable fuels of non-biological origin (RFNBO), costs some EUR 8 per kilogram, against just over EUR 2 per kilogram of conventional, gray hydrogen.

Expectations for liquefied natural gas (LNG) and carbon dioxide emission allowance price levels favor fossil fuel hydrogen in the short term, the report’s authors stressed. Meanwhile, slower deployment of electrolyzers limits economies of scale, delaying the anticipated reductions in related capital costs.

Projected prices of LNG and CO2 allowances are favoring fossil fuel hydrogen

With current production cost estimates at just below EUR 3 per kilo, low-carbon hydrogen with carbon capture is more competitive than renewable hydrogen. Nevertheless, the additional costs for CO2 transport and storage are highly uncertain.

“The buildout of CO2 infrastructure may pose additional challenges. Moreover, the long-term gas offtake contracts required for such projects could lock in fossil fuel dependence and exposure to price volatility in the global natural gas market,” the authors said.

By definition, low-carbon hydrogen results in at least 70% lower emissions than the conventional one from fossil fuels. The segment includes electrolysis running on nuclear power.

The EU also counts hydrogen from biogas and biomass processing as renewable, if the technology complies with sustainability requirements.

Electricity supply costs, excluding grid tariffs, may account for up to 50% of the levelized cost of renewable hydrogen, with substantial regional variations across the EU. Regions with abundant renewable resources and strong renewables integration, such as Spain, already provide advantageous conditions for renewable hydrogen production, the document adds.

Electricity accounts for 60% to 70% of renewable hydrogen cost

The Renewable Hydrogen Coalition said electrolyzer manufacturing capacity has surged from 1 GW within a few years. It expects it to hit 15 GW in 2026.

Electricity accounts for 60% to 70% of renewable hydrogen costs, with taxes and levies reaching 30% to 40% of the electricity cost itself, according to the group. It is also urging for incentives and an improvement in the legal framework.

“With the right enabling policies put in place, altogether, our coalition members could put online close to 18 GW of renewable hydrogen production projects between 2026 and 2032,” the declaration reads.

On that note, the European Hydrogen Bank has launched the call to its third auction for hydrogen production, worth EUR 1.3 billion. Spain is adding EUR 415 million, while Germany will match the EU with another EUR 1.3 billion within the auctions-as-a-service segment.

The IF25 Hydrogen Auction is designed to provide cost-efficient support for the production of RFNBO hydrogen or electrolytic low-carbon hydrogen. Producers of hydrogen with maritime or aviation offtakers can apply as well.

The call is part of a package under the Innovation Fund, using revenues from the EU Emissions Trading System (EU ETS). A EUR 2.9 billion segment for net-zero technologies, IF25 NZT, includes hydrogen production.