Home Blog Page 34

New Chargers For Improving E-Mobility

Photo: Charge&GO

During the summer season, the number of electric cars on Serbia’s roads is continuously growing due to their increasing popularity in Europe. Although the infrastructure represents one of the main obstacles to the faster development of e-mobility, Serbia is gradually improving the network of chargers for electric vehicles. Each new charger placed in a carefully selected location enhances the ability to charge, making electric vehicle travel more accessible and affordable.

The company Charge&GO is one of the leading actors in this transformation, significantly contributing to the expansion of the charger network, both in urban areas and on key roads. Their latest project involves deploying some of the most powerful chargers in their range. It is also new that some parts of Serbia will receive their first chargers thanks to this company’s venture.

Photo: Charge&GO

To begin with, when it comes to urban areas, at the OMV gas station on Ada Ciganlija, Charge&GO installed a 50-kW fast DC charger equipped with three different types of connections: CCS, CHAdeMO, and Type2. CCS is the European standard for fast charging of electric vehicles. It uses direct current (DC), while CHAdeMO is the Japanese standard for DC fast charging, which, although somewhat rarer in Europe, has found its place at the new location in Belgrade. Third connection – Type2, the most common connection in the European Union intended for AC charging, is often used when the car is parked for several hours in a shopping center, at the workplace, or, for example, during the picnic at Ada Ciganlija. One of the advantages of this charger is that it allows users of different models of electric vehicles to charge the battery while performing a whole range of activities.

The next innovation is at the OMV gas station Obilaznica Surčin 2, where drivers now have access to a new, more powerful DC charger with a power of 150 kW, equipped with two CCS connections. Such chargers are often placed along highways where charging should take as little time as possible, although such models can also be found in cities.

IN FOCUS:

The most powerful charger in the network

For those looking for maximum charging speed, Charge&GO at the OMV gas station in Zemun will soon offer a fast DC charger with a power of up to 240 kW and two CCS connections. It will be the most powerful charger in the network, designed to allow high-speed charging with minimal breaks, which will be especially important for drivers who often travel long distances.

Apart from the broader area of Belgrade, in the northeast of Banat, in Kikinda, a slow charger with a power of 22 kW has been installed, while Nova Crnja is waiting for the first DC charger of 60 kW, which will soon be put into operation. This charger represents the first step towards improving e-mobility in this part of the country, enabling a more even development of infrastructure and support for electric vehicles throughout the territory of Serbia.

Interview by Milica Vučković

Read the whole interview in the new issue of the Energy portal Magazine ENERGY TRANSITION

Automotive Industry at a Crossroads – Slovenia Prepares Necessary Measures

Photo-illustration: Pixabay (alba1970 )

The significant changes, challenges, and ambitious goals in the automotive industry, which we recently wrote about, could lead to far-reaching consequences. The Slovenian Minister of Economy convened a meeting with representatives from the automotive industry, business associations, and trade unions, with the aim of analyzing the current situation and formulating necessary measures to help Slovenia’s automotive sector adapt to new global challenges.

Foto-ilustracija: Pixabay

The German automotive industry, which has a strong influence on the European market, is facing a serious crisis. The slow transition to electric vehicles, declining sales, the withdrawal of subsidies, and increasing competition from China are just some of the problems plaguing this sector. Companies like Volkswagen, BMW, and Mercedes-Benz are experiencing significant sales drops while grappling with high production costs and surpluses of unsold vehicles. Geopolitical tensions and the unavailability of Russian raw materials are exacerbating the situation, while Chinese electric vehicle manufacturers, benefiting from more favorable production conditions and subsidies, are constantly putting pressure on European companies.

MORE:

These challenges have a direct impact on many, including Slovenia’s economy, given that the Slovenian automotive industry is heavily export-oriented and closely tied to other manufacturers. During the meeting in Slovenia, which included representatives from the Office of the Republic of Slovenia for Macroeconomic Analysis and Development, the Slovenian Chamber of Commerce (GZS), the Slovenian Chamber of Crafts and Small Business, the Slovenian Employers’ Association, and the Confederation of Free Trade Unions of Slovenia, the need for urgent action was emphasized.

Photo-illustration: Unsplash (austin-distel)

The meeting highlighted the necessity of implementing structural measures that would include improving production processes through the integration of new technologies, digitalization, automation, and robotization. Industry representatives expressed their expectation that the state would help, even with temporary measures such as the announced short-time work scheme, to maintain employment during periods of temporary demand fluctuations. These measures should also be used for further training of employees, as the restructuring of the industry will require new skills and competencies, according to the Slovenian government’s website.

In the context of the challenges faced by the automotive industry in Germany and Europe, Slovenia is striving to anticipate the negative consequences on its economy and take appropriate measures. Analysts warn that a quick adaptation to e-mobility is essential to retain a competitive edge in the global market.

Energy portal

How Can Residental Communities Take Advantage of the Energy Transition

Foto: GIZ

The energy transition, which involves shifting from fossil fuels to clean and renewable energy sources, entails the democratization and decentralization of electricity production and consumption. Residential buildings, especially in larger cities where they comprise most of the housing facilities, play a crucial role in this transition by recognizing and utilizing the benefits of the new legal concept known as the prosumer model.

In addition to the obvious financial savings on electricity bills—since buildings can now produce their own electricity by installing solar panels on their rooftops—this model also allows residential communities to contribute to producing energy from renewable sources and reducing greenhouse gas emissions. Although legislative changes from 2022 enable both individual households and residential communities in Serbia to become prosumers by installing solar panels on their roofs, the number of residential communities that have taken advantage of this opportunity is extremely small. While thousands of individual households are currently registered as prosumers, there are only three residential communities.

IN FOCUS:

The Journey of a Thousand Miles Begins with the First Building!

German Development Cooperation provided financial and organizational support to one interested residential community in Novi Beograd, which decided to become a prosumer. This initiative, which includes the installation of a 15kW solar power plant on the roof of a building on Nehru Street, aims to serve as an example and a source of information for other residential communities considering a similar venture. In this pioneering project, seven apartment owners in a four-story building decided to jointly invest in the solar power plant, each contributing equally to 2kW shares.

The remaining 1kW of the plant’s capacity will be used for communal consumption within the building, further reducing maintenance costs. This residential community, selected via a public competition, received professional support and financial participation in purchasing and installing the solar power plant, which is now on the verge of being connected to the distribution grid. This is the first such power plant owned by multiple residents within a single residential community. All of them will benefit from the savings reflected in their electricity bills. Based on the experiences gained in cooperation with this residential community, German Development Cooperation, in partnership with the Ministry of Mining and Energy, has prepared a guide for residential communities that wish to become prosumers. The guide is expected to be published in the fall. It will provide comprehensive information and guidelines for residential communities that want to embark on the energy transition path and the self-production of electricity.

Foto: GIZ

Measure Twice, Cut Once!

To further facilitate the decision-making process, German Development Cooperation has also adapted its solar calculator (www.solarnikalkulator.rs) to the specific needs of residential communities. This tool allows both individual households and residential communities to easily estimate the optimal capacity and size of a solar power plant in relation to the needs of the apartments and the available roof space. In addition to promoting the prosumer model, German Development Cooperation is actively engaged in raising awareness about energy efficiency.

In the upcoming period, special attention will be given to demonstrating the technical and financial viability of investing in combined measures—on the one hand, in energy efficiency (e.g., thermal insulation, window, and door replacement, etc.), and on the other, in renewable energy sources such as photovoltaic panels, solar collectors, and heating and cooling systems like various types of heat pumps.

GIZ

Read the whole story in the new issue of the Energy portal Magazine ENERGY TRANSITION

Romania Nearing the Adoption of a New Investment Program “Green Energy” 2024-2030

Photo-illustration: Freepik (jcomp)

The Ministry of Energy of Romania has launched a public consultation on the draft emergency ordinance for the national investment program “Green Energy,” aimed at supporting administrative-territorial units and operators in centralized heating systems. The program will be implemented from 2024 to 2030, with a total value of four billion lei (over 800 million euros), according to the Ministry’s statement.

The Minister of Energy, Sebastian Burduja, emphasized that local authorities in Romania need consistent financial support to provide safe and affordable green energy for citizens and to improve the quality of life in their communities. The “Green Energy” program aims to complement European funds and enable the financing of projects that promote energy efficiency and the modernization of heating and cooling systems in cities across the country.

The first component of the program, valued at 1.5 billion lei, is dedicated to cities selected under the European program “100 Smart and Climate-Neutral Cities by 2030.” The second component, valued at 2.5 billion lei, focuses on the construction and modernization of heating and cooling systems in urban areas throughout Romania.

The Ministry of Energy has assessed that “Green Energy” is a significant step in Romania’s transition to a sustainable energy system, positioning the country on a decisive path toward energy transition, making it a leader in the region. The program will be financed through the issuance of green bonds by the Ministry of Finance, in collaboration with the Ministry of European Investments and Projects.

The Ministry of Energy has invited all interested parties to participate in public consultations to further improve the program.

More:

Is Romania Introducing Hydrogen Heating?

In its efforts to decarbonize the heating sector, the 20HyGrid pilot project was introduced in the first quarter of this year, which will use a mixture of 20 percent hydrogen and 80 percent natural gas for heating households in Romania.

Testing in both laboratory conditions and the field has shown that the existing gas infrastructure is suitable for supplying homes with the hydrogen-natural gas mixture without any additional modifications.

In March of this year, Delgaz Grid delivered the final conclusions of this project to representatives of the Ministry of Energy, indicating that emissions of carbon monoxide, nitrogen oxides, and other harmful gases were significantly reduced compared to 100 percent natural gas.

“The results of the pilot projects are encouraging and offer us very good prospects for achieving the goals Romania has committed to under the European Union’s energy and climate policy. Through the National Recovery and Resilience Plan, the Ministry of Energy is currently finalizing the strategic and legislative framework to facilitate investments in the production and use of green hydrogen,” Burduja said.

Milena Maglovski

Challenges and Opportunities of Renewable Energy by 2030

Photo-illustration: Unsplash (Bill Griepenstroh)

Countries around the world have recognized the urgent need to increase the capacity of renewable energy sources (RES). It is predicted that, thanks to supportive policies and favorable economic conditions, global RES capacities will rise by the end of this decade to a level currently held by China, the European Union, India, and the United States combined.

The new Renewable Energy Report for 2024, published by the International Energy Agency (IEA), indicates that the world could add more than 5,500 gigawatts of new capacity by 2030. The solar sector will account for around 80 percent of this growth, with China projected to hold about 60 percent of the total global renewable capacity by the end of the decade.

However, the path toward tripling renewable energy capacity comes with certain challenges. In many developing countries, financing costs remain high, reducing the economic attractiveness of investments. Additionally, underdeveloped electricity grid infrastructure is a persistent issue. Without adequate investments in this segment, there is a risk of more frequent disruptions in the supply of renewable energy, which has already been recorded in countries like Chile, Ireland, and the United Kingdom.

Another challenge is the lack of transparency in renewable energy auctions, which leads to uncertainty among investors due to unclear information. This situation complicates planning and reduces interest in investments.

More:

In the solar energy sector, solar panel manufacturers are facing an oversupply in the market, causing prices to fall. This leads to reduced profits and losses for manufacturers. On the other hand, the wind turbine sector requires additional investments to avoid supply chain issues. It is necessary to increase the production capacity of wind turbines and optimize the processes of transporting and delivering parts.

Photo-illustration: Freepik (freepik)

To overcome the mentioned challenges, one of the key steps is to create stable political environments with clear and long-term goals for RES development. Governments should establish transparent and predictable auction mechanisms, which will result in greater investor confidence and risk reduction. Many projects are ready and waiting to be connected to the grid, but the grid infrastructure remains a problem that must be addressed.

It is also necessary to increase the flexibility of energy systems, which is essential for optimizing the use of RES, as sources like solar and wind are variable. Additionally, work needs to be done on developing long-term energy storage, which will store excess energy until there is a demand for it. Developing energy consumption management technologies is also important, allowing consumers to optimize their energy use based on current grid conditions. This means that smart devices activate when energy is cheaper and more available, reducing grid strain during times of high demand.

Besides wind and solar energy, innovations in technologies for developing hydrogen, e-fuels, and modern biofuels should be encouraged. It is important to emphasize that, although RES will play a significant role in the industry, transport, and building sectors, fossil fuels will still dominate, with an 80 percent share. Therefore, it is crucial to phase out fossil fuel subsidies and introduce stronger policies to reduce their usage.

Katarina Vuinac

Energy Transition and Market Challenges

Photo: Western Balkans Energy Week

During the first day of the Western Balkans Energy Week 2024, held on October 9 and 10 in Montenegro, a panel titled “Navigating Market Challenges: From Securing Land to Balancing Conditions” was organized.

Panel participants discussed the challenges investors in the region face and the necessary legislative changes that could lead to more favorable conditions for the development of the renewable energy sector.

When it comes to the functioning of the electricity market, Miloš Mladenović, CEO of the Serbian electricity exchange SEEPEX, emphasized that for a market reform that ensures the efficient implementation of renewable energy projects, decentralization and democratization of the economy are necessary.

Franciska Hedrick, senior project manager at NOTUS energy, stated that the company remains persistent in developing renewable energy projects in the Balkans. However, many projects were of lower quality than expected, with one of the reasons being the problems caused by the permitting process.

“If you take a closer look at these projects, they have been in development for decades. In the meantime, permits have expired, and the technology has become outdated. The permitting process is extremely demanding, and there is no centralized point for us, the developers. It is not easy to find a clear structure for the permitting process, which leads to delays. The exchange of information between the relevant authorities is poor,” Hedrick explained.

More:

Aside from this problem, Neda Lazendić, senior advisor at Hyundai Engineering, highlighted another complication hindering the region’s energy transition. According to her, the 2021 Renewable Energy Law attracted a large number of investors as it was seen as favorable for project realization. However, the law attracted too many investors, leading the Serbian transmission system operator to receive an overwhelming number of requests between 2021 and 2023, threatening the stability of the country’s electricity system.

“As a solution to this issue, new rules for connecting to the transmission system were adopted. Now, in addition to the request for a connection study, the investor is required to provide financial guarantees of 25,000 euros per megawatt,” Lazendić said, adding that this ensures that only financially capable investors can realize projects in the shortest possible time.

Photo: Western Balkans Energy Week

Miloš Kostić, CEO of MT-KOMEX, stated that his company has mainly worked on projects connected to the distribution system and expressed hope that the new grid rules would further clarify which investors are serious to reduce delays in the development of renewable energy projects.

“As a company, we started developing solar power plants back in 2009. At that time, we managed to develop the first project in Serbia that was in line with the 2009 laws. Only five megawatts were built on land back then, and we managed to build two megawatts, which were part of the feed-in tariff at the time. Later, there was a standstill in all these investments because the price of electricity in our country was about 55 euros per MWh, which did not cover investments in such demanding technologies at the time. The turning point came in 2019 when anyone could invest in renewable energy,” Kostić said.

MT-KOMEX’s commitment to realizing renewable energy projects is also reflected in the fact that requests for permits were only submitted for land where it was certain that urban and technical documentation would be in order.

“We purchased 74 hectares in Lapovo and then began implementing two projects. We only submitted requests for land for which we knew we could resolve the urban and technical documentation so that our projects could come to life as soon as possible. We proved this last year with three projects – we obtained auction prices for two, and both projects were built,” Kostić noted.

In addition to this panel, the first day of the conference also addressed topics such as the coal transition in the Western Balkans, investments in grid resilience and energy storage technologies, and strategies for regional integration. Participants on the second day of the conference will address equally important topics such as policy shaping in the renewable energy sector, unlocking project financing sources, and promoting investor confidence.

Energetski portal

Driving Towards a Sustainable Future is Faster with a Developed Charging Network

Photo-illustration: Freepik (freepik)

A car is no longer just a means of transportation from point A to point B. For city driving, where speed is heavily limited, a model from 2005 can perform nearly as well as one from the 2020s. Today, we expect more – premium-quality tires, seat massagers, touchscreens, LED lighting, speakers with bass effects, parking sensors, sports models… All these amenities are significant solely for driver comfort, while they mostly have negative consequences for the environment. In a world where both the number of cars on the roads and the climate crisis are growing, a serious shift is needed.

Electric cars are no longer a mystery. Vehicles powered by electricity, according to experts, represent the future of transportation if we want to preserve air quality, halt climate change, and improve the health of people and the planet. However, transitioning to electric vehicles is not an easy or appealing decision for many. First and foremost, they are often more expensive than traditional combustion engine cars, and although awareness of environmental issues is growing, many drivers are still not eco-conscious enough to invest in a vehicle that reduces harmful emissions.

Even if this issue were resolved through government subsidies, incentives, and educational campaigns, there remains a critical question without which everything else loses meaning – the development of infrastructure. Without a sufficient number of charging stations, particularly on longer routes, drivers face concerns about whether they will be able to recharge their vehicle without disrupting their travel plans. This uncertainty deters many potential buyers, as a reliable and accessible charging network is essential for the widespread adoption of electric cars.

Although electric vehicles are not yet widely accepted in Serbia, it is important to note that the country is a significant transit hub, which further emphasizes the need for investment in infrastructure development. Awareness of the transition to sustainable transport is steadily growing in Serbia, but it must be supported by increasing the number of charging stations for electric vehicles.

Photo-illustration: Freepik (vwalakte)

As one of the leading players in this field, the company Charge&GO is dedicated to ensuring that the charging network is reliable, accessible, and tailored to the needs of users. The company is developing infrastructure not only in urban areas but also in less developed regions of Serbia.

Their charging network includes slow chargers with a capacity of 22 kW, as well as one of the most powerful chargers in the country, a DC charger with a capacity of 240 kW, which allows for ultra-fast charging.

In addition to enabling the charging of electric vehicles in Serbia, Charge&GO also supports users traveling abroad. The company has modernized its website, providing users with easier access to information about charger locations and available services. Through the Charge&GO app, users can easily find their desired charger on the map, check its availability, power, connector type, and charging price. The app offers access to a network of over 400,000 chargers across Europe, thanks to integration with the largest e-roaming platform.

Charging is automatically billed through the app, and users can track the progress of their charging session, including the duration and battery status. The app also provides a detailed overview of charging history and payments. Support is available 24 hours a day, and with an RFID card, charging sessions can be started with just a tap on the charger’s reader.

The development of electric vehicle infrastructure is the foundation for the future of sustainable mobility in Serbia. Projects like those implemented by Charge&GO enable drivers to confidently use electric vehicles, both domestically and abroad.

Katarina Vuinac

Western Balkans Energy Week 2024 – Cooperation Towards Energy Transformation

On October 9 and 10, Montenegro is hosting a conference titled “Western Balkans Energy Week 2024” – one of the most significant events bringing together over 250 decision-makers, including government officials and private sector leaders from the Western Balkans and Croatia.

Numerous discussions will address pressing topics in the renewable energy sector in the Western Balkans, with the goal of jointly shaping the green transition in the region. Panel participants will have the opportunity to discuss strategies for regional integration, transitioning from fossil fuels to renewable energy, increasing the resilience of energy grids, market challenges, and many other key issues for the energy transition in this part of Europe.

All discussions are designed to provide practical guidance to decision-makers in navigating the complexities of energy transition and maximizing the abundant potential of renewable energy sources (RES) in the region.

At the opening of the conference, the President of the Board of Directors of the Electric Power Company of Montenegro (EPCG), Milutin Đukanović, highlighted the importance of regional cooperation in the development of renewable energy capacities. Many memorandums of cooperation have been signed, but these documents remain mere “dead letters” until project implementation begins, Đukanović noted.

Photo: Energetski portal

Regarding Montenegro’s potential, Đukanović emphasized that it is particularly important to utilize hydropower infrastructure for the integration of solar power plants, as he said, “we must not waste a drop of water when the sun is shining.” He also stressed the importance of investing in battery system development and proudly pointed out that Montenegro has mastered important technologies necessary for the energy transition.

Marko Kubatlija, Director of the Foreign Investment Promotion Agency of Bosnia and Herzegovina, also spoke at the opening of the conference, emphasizing that successful energy sector transition requires the cooperation of all institutions and partners in the region.

“Cooperation in the region is very important because we must not forget that we live in a very dynamic economic world. The two key factors for the development of the Western Balkans are investment and employment. It is necessary to involve small and medium-sized enterprises and give priority to renewable energy sources,” Kubatlija said at the conference’s opening.

More:

Cooperation as a Key Factor for the Region’s Green Transition

On the first day of the conference, a panel titled “Together for Tomorrow: Strategies for Regional Integration to Enhance Renewable Energy in the Western Balkans” was moderated by Nevena Đukić, Editor-in-Chief of the Energetski portal.

Panel participants – World Bank Director for Bosnia and Herzegovina and Montenegro, Christopher Sheldon, Minister of Energy and Mining of Republika Srpska, Petar Đokić, and Montenegro’s Minister of Mining, Oil, and Gas, Admir Šahmanović – discussed the importance of regional cooperation, what has been achieved so far, and what the plans are for the future.

According to Minister Đokić, it is important to deepen and develop regional cooperation to expand energy capacities, both in production and transmission.

“We must be aware of the problems we have. This year, we faced a technical issue that confirmed how important that cooperation is, and it must be improved with other countries. During meetings with regional ministers, we agreed to form operational working teams and create a joint policy that will encourage investments in the energy sector,” said Đokić.

Photo: Energetski portal

Montenegro’s Minister of Mining, Oil, and Gas, Admir Šahmanović, reminded attendees that Montenegro remains committed to becoming a member of the European Union in the near future and is consistent with European values that include reducing the use of fossil fuels while increasing RES capacities and improving the country’s environmental image.

When asked by the moderator what the new Draft Law on Security of Supply with Petroleum Products in Montenegro will bring, Šahmanović responded that the law provides for the formation of mandatory reserves in quantities equivalent to 90 days, or three months.

“Reserves will be partly stored as finished products, i.e., one-third in Montenegro, while the remaining reserves will be stored through contracts that allow the purchase of derivatives in emergency situations,” Šahmanović clarified.

Decarbonization – Obligation and Challenge for the Western Balkans

The climate crisis, which becomes more pronounced each year, obliges all countries worldwide, including those in the Western Balkans, to reduce the use of fossil fuels as soon as possible and approach the energy transition with determination.

However, the transition to RES is not an easy task for the Western Balkan countries, given their limited resources for implementing green energy projects.

World Bank Director for Bosnia and Herzegovina and Montenegro, Christopher Sheldon, noted that the region’s potential for green energy production is enormous, both to meet its own needs and for electricity export, providing the Western Balkan countries with a new source of income.

“To achieve the goals set for 2050, significant investments in the green sector are required. We want to support investments at both the government and private sector levels,” said Sheldon.

Nevertheless, the centuries-long dependence on coal in the Western Balkans cannot be eliminated overnight, especially given that many people are still employed in the coal industry. Solutions to this problem include severance payments and worker retraining, which the World Bank is already implementing, said Sheldon.

As Montenegro faces increasing pressure to carry out decarbonization, Šahmanović pointed out that one of the Ministry’s main roles will be to actively reduce the use of fossil fuels. Montenegro has committed to significantly reducing greenhouse gas emissions and increasing the share of RES in final consumption by 2030.

“Work is also being done to reduce the use of petroleum products in transportation and industry through the creation of measures under the National Energy and Climate Plan, which is expected to be adopted by the end of this year. These measures mainly relate to the gradual introduction of biofuels, but also to the development of other alternative fuels,” said Šahmanović.

Photo: Energetski portal

Republika Srpska is also on the right path to stepping into a green future, although Đokić emphasized that financing sustainable energy projects remains the biggest obstacle slowing down Bosnia and Herzegovina’s energy transition.

“We are aware that the demand for decarbonization is immense, and we have entered this process with a full understanding of the goals. That is why I want to stress the importance of cooperation, especially with European financial institutions, because we don’t have the money or the means to generate money. That’s why we need the help of developed European countries in financing green projects, so the Balkans won’t lag behind on the path of energy transition and once again become some kind of black hole,” Đokić said.

He added that around 50 small hydropower plants have been built in Republika Srpska, along with numerous small solar plants that have reached a capacity of around 120 MW, reflecting significant progress in recent years. He also noted that investments in RES come with considerable pressure on the distribution network, which could threaten prosumers, and expressed hope that the influx of finances and further regional cooperation will eliminate these obstacles.

Energetski portal

500 Million Euros Annually for Renewable Energy Sources

Photo: EPS
Photo: EPS

The main goals of the projects that entail the construction of solar and wind power plants are energy supply security and increasing the share of renewable energy sources in our energy portfolio. The Electric Power Industry of Serbia (EPS) plans to revitalize all hydropower plants, and it is determined that by 2030, 45 percent of electricity generated by Serbia’s energy sector will come from renewable sources. Dušan Živković, the General Director of EPS, spoke to Energy Portal Magazine about the implementation of the most significant wind and solar power projects, their financing, the modernization of hydropower plants, the strategically important Bistrica project, as well as new investments and projects.

Q: What are the priority projects for wind and solar power plants? How far along is the implementation of these projects? What are the deadlines for their construction, and when are the facilities expected to be connected to the power grid?

A: The main goals of the projects that entail building solar and wind power plants are energy supply security and increasing the share of renewable energy sources (RES) in our energy portfolio. We are doing this by using the land available to EPS, such as ash and waste disposal sites, to produce electricity in a sustainable and environmentally friendly way. The implementation of these projects and the utilization of remaining hydro potential will contribute to the decarbonization of the power sector and increase the share of RES in EPS’ energy production mix. The most significant RES project is the Kostolac wind farm, which has a capacity of 66 megawatts and is expected to be completed by early 2025. The Petka solar power plant, with a capacity of nearly 10 megawatts, is also expected to be completed by the year-end. Several solar power plants are in the design phase, and they will be built on land owned by EPS or on the land that we have usage rights to. After initial analyses, the drafting of project documentation for the Klenovnik solar power plant continues. Several other projects are in various stages of design or initial analysis, including the Kolubara B, TENT A Ash Dump, TENT B Cassette 3, TENT B – Ash Dump, PK Tamnava East, PK Tamnava West, and Middle Kostolac Island solar power plants.

These solar power plants will be built in locations where EPS already has production facilities, such as power plants and mines, and partially developed infrastructure for future solar power plants, which is why we have a comparative advantage over other investors.

Regarding solar power plants, we should not forget the largest project currently being developed in Serbia. As per the government’s public call for the selection of a strategic partner to build 1 GW solar power plants with a battery storage capacity of at least 200 MW (400 MWh), EPS will manage them once they are finished.

The Kolubara A and Morava solar power plants are expected to be connected to the power grid by 2028, along with the solar power plants that will be built by the strategic partner, which are scheduled for 2028. The Kolubara B and Klenovnik solar power plants are expected to be completed and operational by 2030.

IN FOCUS:

Q: How are the wind farm and solar power plant projects financed? What amounts are allocated for investments?

A: The value of the Kostolac wind farm project is 144 million euros. The European Union provides 31 million euros in grants, EPS allocates 32.2 million euros, while the KfW loan is 80 million euros, and the grant from that bank is 1.8 million euros. The planned investment for the Petka solar power plant is 1.36 billion dinars and is financed by EPS funds.

Photo: EPS

Following the 28th call for the provision of technical assistance under the EU Western Balkan Investment Framework (WBIF) program and seven calls for co-financing investment projects through WBIF, EPS was awarded a total of 49.02 million euros in non-refundable development assistance for four projects: the revitalization of the Vlasinske hydropower plants (16.1 million euros), the construction of the Kostolac wind farm (31.2 million euros), and the drafting of technical documentation for the development of the Morava and Kolubara A solar power plant projects (860,000 euros each).

In terms of the Morava and Kolubara A solar power plants, the prerequisite for applying was to have an interest in or an already signed credit arrangement with one of the banks from the WBIF program (EBRD, KfW, EIB, World Bank, AFD, CEB).

Q: EPS is shifting towards renewable energy sources and working on further modernization and construction of hydropower plants. What are the most significant projects planned? What is the importance of revitalizing these projects, and how are they financed?

A: EPS plans to revitalize all hydropower plants that have not yet been revitalized. These include Bistrica, Đerdap 2, Potpeć, and the Vlasinske hydropower plants. The revitalization of the Potpeć hydropower plant also includes constructing a new fourth unit. The importance of revitalizing existing hydropower plants is significant, as it extends the operational life of these facilities, which are crucial for the security of the power system and the transition to renewable energy sources. The revitalization of hydropower plants is financed through loans provided by the European Investment Bank (EIB) and the European Bank for Reconstruction and Development (EBRD).

Interview by Mirjana Vujadinović Tomevski

Read the whole interview in the new issue of the Energy portal Magazine ENERGY TRANSITION

Geothermal Energy: The Future of Hungary’s Green Economy

Photo-illustration: Pixabay (longdan91)

For years, Hungary has ranked among the leading countries in Europe when it comes to the direct use of geothermal energy, with plans for significant expansion by 2030. Moreover, according to the National Concept for the Utilization of Geothermal Energy, Hungary aims to make this sector a key branch of the country’s green economy and sustainable development.

As stated on the official website of the Hungarian government, there are plans to increase current usage from around 6.4 petajoules to 12-13 petajoules, which would raise the share of geothermal energy in heat production from 6.5 percent to 25-30 percent. By doing so, geothermal energy could replace a significant amount of natural gas by 2035, reducing dependency on imports.

In the Carpathian Basin, the Earth’s crust is thinner than the European average, resulting in higher underground temperatures in this region. Additionally, the rocks in this area can store large amounts of natural underground water, which is replenished by rainfall. This means Hungary has favorable conditions for diverse applications of geothermal energy.

More:

Although geothermal heat production has increased more than fourfold since 2010, there is still significant potential for further expansion.

Photo-illustration: Pixabay (Gruendercoach)

The geothermal energy sector has recently gained momentum due to a new, flexible permit system, as well as the establishment of the Hungarian Geothermal Cluster. Moreover, the continuation of the national geothermal research program, along with funds allocated through the Climate and Nature Protection Action Plan, has reduced the financial risks associated with geothermal drilling. Finally, a call for funds from Swiss programs has been opened, which will contribute to the modernization of existing thermal wells.

To achieve rapid results, the government plans to play a larger role in researching and promoting geothermal energy. It is expected to provide a stable financial environment to reduce risks and create favorable conditions for investment. The National Concept, prepared by the Ministry of Energy, is available to the public on their website.

These efforts represent a significant step towards strengthening Hungary’s energy independence and reducing greenhouse gas emissions, thereby contributing to global efforts to combat climate change.

Energy portal

The United Kingdom Invests Billions in Carbon Capture Projects – Divided Reactions Emerge

Photo-illustration: Unsplash (anne-nygard)
Foto-ilustracija: Unsplash (Jack Anstey)

The UK government has announced investments of nearly £22 billion to develop carbon capture and storage (CCS) projects aimed at reducing carbon dioxide (CO₂) emissions from industrial sources, supporting economic growth, and creating new jobs over the next two and a half decades, according to local media reports. However, the plan has sparked a debate, with some emphasizing the potential environmental and economic benefits, while critics argue that it is an unproven technology that could extend the dependence on fossil fuels instead of directing funds toward renewable energy sources.

The £22 billion investment is focused on establishing three carbon capture projects in former industrial areas of northwestern and northeastern England, particularly around Liverpool and the North Sea. The Port of Liverpool was once one of the busiest in the world, leading to the development of shipbuilding, manufacturing, and trade.

These projects aim to capture emissions from power plants, cement factories, and blast furnaces, storing the CO₂ underground or reusing it in industrial processes. The government expects these projects to reduce carbon emissions by 8.5 million tons annually, as reported by international media outlets.

MORE:

Nevertheless, despite government bodies supporting this decision, there are criticisms regarding the CCS project plans. Certain societal groups have voiced concerns, pointing out that CCS technology has a poor track record of results.

As explained, most existing CCS projects are linked to natural gas processing, where a large portion of the captured CO₂ is re-injected into oil fields instead of significantly reducing overall emissions. The issue is that the captured CO₂ is not permanently stored in geological formations to prevent its release into the atmosphere; much of that CO₂ is used to enhance oil extraction from oil fields. This process is known as enhanced oil recovery, which creates a “vicious cycle” where claims of environmental protection and renewable energy development are undermined.

Energy portal

Montenegro: New Law on the Use of Energy from Renewable Sources

Photo-illustration: Freepik (wirestock)

On 17 August 2024, Assembly of the Republic of Montenegro adopted the Law on the Use of Energy from Renewable Sources, which was published in the Official Gazette of Montenegro, issue no. 082/24 (hereinafter: the “Law”).

The first law of its kind enacted in Montenegro establishes a solid foundation for encouraging investment in renewable energy sources, with an emphasis on reducing carbon dioxide emissions and increasing the production of energy from clean and sustainable sources.

What should be emphasized from the outset is that this Law fully implements EU Directive 2018/2001 on the promotion of the use of energy from renewable sources, thereby achieving complete alignment with these regulations.

More:

The Law establishes a comprehensive framework for promoting and regulating renewable energy. It defines the share of renewable energy, offers incentives for production, and outlines the process for obtaining preferential status as a producer. It also mandates issuing guarantees of origin for renewable energy, specifies the roles of buyers, producers, and renewable energy communities, and sets conditions for integrating renewable energy into heating, cooling, and transportation sectors. Additionally, it includes criteria for sustainability and emissions reduction, fosters regional cooperation, and addresses other important aspects of renewable energy utilization.

Under the Law, renewable energy sources include non-fossil sources such as wind energy, solar energy (both solar thermal and photovoltaic), geothermal energy, ambient energy, tidal energy, wave energy and other marine energy, hydropower, biomass, landfill gas, gas from wastewater treatment plants, and biogas.

Source: Bojović Drašković Popović & Partners

Energy Week – Towards a Sustainable Future

Photo-illustration: Unsplash ( Mariana Proença)
Photo: CorD Archive

Energy Week Western Balkans 2024 is a key event that brings together leading stakeholders in the energy sector, providing a platform for the exchange of ideas, strategies, and innovations aimed at a sustainable future and green transition in the region. Petar Šainović, Managing Director of Siemens Energy Belgrade, spoke to the Energy Portal about the importance of this gathering for the energy sector in the region.

The conference Energy Week Western Balkans is approaching, bringing together all key players in the energy sector in the region. What does participation in such an important event mean to you, and what outcome do you expect?

– I am honored and pleased to have the opportunity to participate and to speak as a panelist about current developments in this field at such a conference. Considering that the energy sector undoubtedly holds a leading position in the fight against climate change, conferences such as this play a crucial role in the exchange of knowledge, experiences, and defining directions for the development of energy sector in the region. This is what I expect from this prestigious conference.

Among the participants of the Energy Week Western Balkans, there are leading global companies that are shaping the green transition of the region, including Siemens Energy. What message will the company send to the other conference participants?

– The green transition is not a choice, and only through joint efforts can we achieve the set goals. We employ around 98,000 people worldwide in more than 90 countries. An estimated one-sixth of the electricity generated worldwide is based on technologies from Siemens Energy. I would like to highlight our presence in the Western Balkans region, including our Serbian operations. Of 200 our employees in Serbia, three quarters are engineers. Experts from the team are currently executing complex projects in Western and Northern Europe, the Middle East, and Africa. Our presence in Croatia is similar. This capability represents a vast knowledge base, and I hereby invite the conference participants to join with us to create the future of the region’s energy sector.

Siemens Energy is one of the leaders in energy transition, both globally and in the region. Tell us more about the company’s projects in the Western Balkans and how they have impacted the improvement of environmental quality and energy stability.

– Our operations encompass power generation and transmission, as well as industrial solutions, with focus on decarbonization and reducing greenhouse gas emissions. Siemens Energy has a unique Center of Competence for Industrial Solutions, which is an integral part of our company in Serbia and currently employs more than 100 experts from various engineering disciplines, executing projects worldwide. This engineering center is particularly focused on the electrification of industry with the aim of decarbonization. We have executed major projects in this field in the region. As for projects in our region, I would like to mention that we are currently involved in construction of a wind farm, the largest biomass power plant in the region, a power plant that utilizes waste steam from industrial processes, and a unique high-efficiency tri-generation plant. All these projects aim to improve environmental quality. In the field of power transmission, we are currently involved in several major regional projects with the goal of enhancing energy stability.

Where does the untapped potential of the Western Balkans for green energy production lie, and how can the implementation of Siemens Energy’s innovative technology help?

– First and foremost, in the people. From Siemens Energy’s perspective, I can say that expert knowledge is our main driving force. Our experts from this region are highly sought after and successful in the energy sector. This is confirmed by our Center of Competence that I already mentioned, and the fact that we have quadrupled the number of employees in Serbia in less than 5 years. Additionally, we have ambitious plans for the further development of the local team

Energy Portal

Serbian Parliament Discusses Lithium Exploitation

Photo illustration: Pixabay

At the first session of the regular autumn meeting of the National Assembly of Serbia, scheduled to take place today, the proposed amendments to the Law on Mining and Geological Research will be discussed.

The proposal for the changes was submitted by 86 MPs, requesting a ban on applied geological research, exploitation, and processing of boron and lithium.

This proposal to amend the Mining Law was signed by MPs from several opposition parliamentary groups, including the Ecological Uprising, the People’s Movement of Serbia, We Are the Power of the People, the NADA coalition, We – The Voice of the People, the Freedom and Justice Party, the Movement of Free Citizens, and others, as well as independent MPs.

More:

This is the second attempt to hold a session on lithium mining. More than a week ago, it was announced that this item would be discussed after the debate on the budget rebalance. However, according to RTS, there was no time for it during the extraordinary session, where the main topic was the budget rebalance.

Danijela Nestorović, an MP from the Ecological Uprising, was selected as the representative of the proposers. The proponents of the law have requested that the amendments be passed in an urgent procedure.

Ana Brnabić, the president of the parliament, stated to RTS that everything is ready for the session and that this is an important topic for citizens who are concerned.

Energetski portal

Harmful Effects of Climate Change on Winter Sports and Tourism

Photo-illustration: Unsplash (Kasya Shahovskaya)

The International Ski and Snowboard Federation (FIS) and the World Meteorological Organization (WMO) have announced a new partnership to raise awareness of the fact that winter sports and tourism face a bleak future because of climate change.

A new Memorandum of Understanding commits the organizations to work together to highlight the far-reaching impacts of rising global temperatures on snow and ice cover and to establish practical initiatives to strengthen scientific and sporting dialogue. This is the first time that WMO, as a United Nations’ specialized agency, partners with an international sports federation.

“Ruined winter vacations and cancelled sports fixtures are – literally – the tip of the iceberg of climate change. Retreating glaciers, reduced snow and ice cover and thawing permafrost are having a major impact on mountain ecosystems, communities and economies and will have increasingly serious repercussions at local, national and global level for centuries to come,” says WMO Secretary-General Celeste Saulo.

More:

“The climate crisis is obviously far bigger than FIS − or sports, for that matter: it is a genuine crossroads for mankind. It is true, though, that climate change is, simply put, an existential threat to skiing and snowboarding. We would be remiss if we did not pursue every possible effort that is rooted in science and objective analysis. This is what we are trying to follow and what is at the core of this promising partnership with the WMO,” says FIS President Johan Eliasch.

In 2023/24, FIS organized 616 World Cup races among all disciplines, spanning across 166 venues. Twenty-six races were cancelled for weather-related reasons.

Source: WMO

Legislative Framework of the EU and Serbia for the Energy Transition

Photo-illustration: Unsplash (Etienne Girardet)

The energy transition is a global process involving almost every country in the world. The goal is to build a sustainable and secure energy system that can meet the growing demand for energy while reducing the negative impact on the environment. Although each country tailors its approach according to its own capabilities, Europe has set an even more comprehensive and ambitious goal—to become the first climate-neutral continent in the world. Clean energy is the central thread in achieving this transition, as energy accounts for about 75 percent of total greenhouse gas emissions in the European Union.

The transformation of the energy sector has led to the development of important policies that regulate various areas, from transitioning from fossil fuels to low-carbon and renewable energy, improving energy efficiency in industry and buildings, product energy labeling, electromobility, to the introduction of smart meters, integration, and digitalization of the energy market.

The European Green Deal, the Fit for 55 package, and the REPowerEU Plan are among the most important European Union policies in the field of energy and climate transition.

The European Green Deal

In 2019, the European Commission adopted a long-term vision called the European Green Deal, which aimed at achieving climate neutrality by 2050. It laid the foundation for all subsequent policies and legislative initiatives related to sustainable energy development and the reduction of greenhouse gas emissions. As part of the European Green Deal, the first European Climate Law was adopted in 2021, setting the goal for the European economy and society to become climate-neutral by 2050, along with an intermediate goal of reducing net greenhouse gas emissions by at least 55 percent by 2030 compared to 1990 levels. The goal of net-zero greenhouse gas emissions by 2050 became legally binding with this law. It stipulates that EU institutions and member states have the duty to take the necessary measures at both the Union and national levels to meet this goal.

Photo-illustration: Pixabay (Simon)

It is particularly emphasized that it is necessary to consider the importance of promoting fairness and solidarity among member states. The European Climate Law also includes measures for monitoring progress and adjusting actions accordingly based on certain existing systems. For example, the Regulation on the Governance of the Energy Union is cited. It is intended to help the European Union achieve its climate and energy goals by setting common rules for planning, reporting, and monitoring. It aims to ensure that planning and reporting are aligned with the goals and cycles of ambition defined in the Paris Agreement. Another example is the so-called NECP, which represents the ten-year national energy and climate plans of EU countries. Within these plans, member states outline how they will address decarbonization, energy efficiency, energy security, the internal energy market, research, innovation, and competitiveness issues. In February 2024, the European Commission recommended that an additional intermediate goal of a 90 percent reduction in emissions by 2040 be included in the European Climate Law. However, the legislative proposal for this recommendation is still pending.

It should be noted that the European Green Deal places people at the heart of the transition, striving to make the transition fair, particularly paying attention to those vulnerable in the clean transition and most affected by the consequences of climate change. This includes significant investments through funds and other financial instruments. For example, the Just Transition Fund supports workers and regions in developing new skills and advancing the green economy. The Social Climate Fund is intended to support vulnerable groups in investments in energy efficiency or energy renovation of buildings, clean heating, renewable energy integration, and more.

IN FOCUS:

The Fit for 55 Package

While the European Green Deal is the European Union’s long-term vision to achieve climate neutrality by 2050, the Fit for 55 Package represents concrete legislative proposals to make that vision a reality. This package was introduced in 2021, and its name refers to its main goal: reducing net greenhouse gas emissions by 55 percent by 2030, compared to 1990 levels. It includes revisions to several significant directives related to achieving the European Union’s climate goals. These directives include the Renewable Energy Directive (RED), the Energy Efficiency Directive (EED), the Energy Performance of Buildings Directive (EPBD), the Energy Taxation Directive, and the Gas and Hydrogen Package. The revisions aim to align the existing legal frameworks with the goals set by the Fit for 55 Package.

The Fit for 55 Package encompasses numerous areas that need improvement. This package makes the EU Emissions Trading System (EU ETS) more ambitious in several ways, one of which is its expansion to include emissions from maritime transport.

Numerous additional targets are established to achieve the main goal set by the Fit for 55 Package. The first target mentioned is the transition from fossil fuels to low-carbon and renewable energy sources. The next goal is to reform the EU Emissions Trading System, which involves introducing stricter rules and expanding them to additional sectors. These goals also include reducing emissions in transport, buildings, agriculture, and waste, as well as in land use and forestry sectors. Speaking of specific emissions, particular attention is directed towards reducing methane emissions. Other goals include establishing funds to provide financial support during the transition to a green economy.

Prepared by: Katarina Vuinac

Read the whole story in the new issue the Energy portal Magazine  ENERGY TRANSITION