Generation
2024 Highlights on Generation
Business Operations
Hydroelectric Power Plants
As the energy generator with the highest number of hydroelectric power plants in Türkiye’s private sector, we play a vital role in ensuring energy supply security. With a total of 12 hydroelectric power plants located across the Seyhan (6),Ceyhan (4),Çoruh (1),and Eastern Black Sea (1) basins, we have reached an installed capacity of 1,350 MW, contributing reliably and consistently to the national energy system.
Kavşak Bendi HPP
Köprü HPP
Menge HPP
Yamanlı 2 HPP
Doğançay HPP
Kuşaklı HPP
Kandil Dam and HPP
Hacınınoğlu HPP
Sarıgüzel Dam and HPP
Dağdelen HPP
Arkun Dam and HPP
Çambaşı HPP
Hydroelectric Power Plants – 2024 Developments
Operational Efficiency and Advanced Technology Applications
Thanks to high availability and efficient commercial operations, we had a successful year at our hydroelectric power plants despite the drought experienced at the beginning of the year. To enhance operational efficiency, we implemented advanced techniques and modernization efforts. Key initiatives carried out in this context include:
- By using Magnetic Wall Crawler technology, we eliminated the risks associated with scaffold installation during penstock wall thickness measurements, setting a precedent in Türkiye. Additionally, we lowered unit vibration levels to safer thWPPholds through advanced vibration analysis methods.
- Maintenance activities for 34 units were optimized with a focus on commercial conditions and operational efficiency.
In 2024, we successfully completed our energy generation projects within the planned timeframe and in full compliance with safety standards. During this process, we established a strong correlation between total employee work hours and project efficiency, which allowed for more streamlined business processes.
Investments and Modernization Efforts
We continue to invest in renewable energy to boost the efficiency of our hydroelectric power plants and support sustainable power generation. As part of these efforts, we installed a total of 10 micro wind turbines and 4 solar panels at the Yamanlı, Menge, Köprü, Kavşakbendi, Kandil, Hacınınoğlu, and Sarıgüzel HPP sites, providing an additional 12 kWh of capacity. Moreover, secondary frequency control (SFC) capacity upgrades at Kandil and Sarıgüzel HPPs have improved generation efficiency and marked a key step toward reducing carbon emissions.
To ensure the safety and operational continuity of our plants, we carried out extensive modernization projects. Noteworthy developments include:
- Revisions of the minimum flow plant and main powerhouses at Kandil and Sarıgüzel HPPs were completed, increasing long-term durability and operational safety. These upgrades not only extend the lifespan of the power plants but also support the pWPPervation of natural WPPources. At Çambaşı HPP, the outer facade of the powerhouse was WPPtored to improve WPPistance to environmental factors.
- SCADA & PLC upgrades at Çambaşı HPP modernized the automation infrastructure, enhancing system reliability and operational efficiency. This expansion of remote monitoring and control capabilities supports faster and more effective decision-making through real-time data analysis.
- At Dağdelen HPP, the warning system was upgraded to make energy generation processes safer and more sustainable. Completion of the dam body coating has further strengthened the plant’s structural integrity and improved long-term protection against external impacts. At Yamanlı II HPP, the replacement of Turbine 5’s runner enabled more effective utilization of waterpower and increased generation capacity.
- At Köprü HPP, the diesel generator was overhauled to improve the reliability of the plant’s energy supply.
A feasibility report has been completed to increase the current number of 34 units to 35. This expansion is expected to support regional energy supply security and offer sustainable solutions to meet growing national energy demand.
Digitalization and Process Optimization
By accelerating digitalization across operational processes, we are enhancing both efficiency and control capabilities. Key initiatives in this area include:
- Through the RFID Project, we digitized warehouse processes to optimize inventory tracking and material management. This has reduced labor requirements, minimized error rates, and lowered operational costs.
- The modernization of SCADA & PLC systems has expanded remote monitoring and control capabilities, supporting faster and more effective decision-making through real-time data analysis.
Wind Power Plants
We continued to realize Turkey’s wind potential and pioneer the clean energy transformation with the power plants we put into operation in 2024 and the new investments we initiated.
Akhisar WPP
Akköy WPP
Aydos WPP
Balıkesir WPP
Çanakkale WPP
Çeşme WPP
Dağpazarı WPP
Dikili WPP
Erciyes WPP
Harmancık WPP
Ovacık WPP
Wind Power Plants – 2024 Developments
Akköy WPP
We ensured Dark Plant security and surveillance throughout the year at our Dark Plant Akköy power plant, which began operating in 2024 under an unmanned operation concept!
The power plant site was continuously monitored via 24/7 active remote surveillance and announcement systems. Thanks to an integrated camera infrastructure, unusual activities within or around the power plant were instantly detected and promptly reported to the relevant teams.
Akhisar WPP
In line with our wind energy investment goals and Türkiye’s strong renewable energy potential, we commissioned an additional 7 MW of capacity at Akhisar Wind Power Plant in 2024, following approval from the Ministry. We also completed ISO 9001, 14001, 45001, and 55001 certification processes for the power plant.
Erciyes WPP
As part of our ISO certification efforts, Erciyes Wind Power Plant successfully obtained ISO 9001, 14001, 45001, and 55001 certifications following preparatory work and audits, enhancing our compliance with international standards.
Aydos WPP
Aydos Wind Power Plant, which joined our portfolio in 2024, operates in the Çatalca region of Istanbul with a licensed capacity of 14 MW. The power plant has been actively monitored, with uninterrupted operations throughout the year and no major malfunctions reported in 2024.
Balıkesir WPP
As part of our expansion efforts at Balıkesir Wind Power Plant, we completed mechanical assembly works, increasing the plant’s total installed capacity and further strengthening our contribution to Türkiye’s sustainable energy future. Blade inspections for 25 turbines were conducted using autonomous drone technology. High-resolution images captured from 16 turbines were rapidly processed through AI-based analysis, generating detailed reports. Additionally, our Battery Monitoring System enabled real-time tracking of critical parameters such as voltage, temperature, and internal resistance, ensuring continuous compliance with optimal operating ranges.
Çeşme WPP
Prioritizing employee safety, we completed Medium Voltage (MV) cell upgrades at Çeşme Wind Power Plant. As a result, switching operations that previously required close proximity can now be performed remotely through the integration of the switchgear system with SCADA (Supervisory Control and Data Acquisition).
Ovacık WPP
With a corporate culture dedicated to increasing women’s employment and advancing gender equality in the sector, we launched a groundbreaking initiative not only in Türkiye but across the region. Ovacık Wind Power Plant is the first and only wind power plant in Türkiye entirely operated by women, managing operations, maintenance, and fault response activities.
Çanakkale WPP
Thanks to planned maintenance work at Çanakkale Wind Power Plant, we achieved a notable improvement in our plant’s availability rate.
Dağpazarı WPP
Through maintenance operations at Dağpazarı Wind Power Plant, we significantly improved availability performance. We also took tangible steps toward environmental responsibility and sustainability by installing an EV charging station. In a socially conscious effort, we organized a breast cancer awareness seminar in Dağpazarı village to raise public awareness. Furthermore, we enhanced road safety by constructing a 2.5-kilometer safety barrier along the path used for both plant access and village transport.
Dikili WPP
By installing an electric vehicle charging station, we reaffirmed our commitment to environmental sensitivity and sustainability. As part of our digitalization initiatives, we reduced paper usage in work permit procedures, supporting the shift toward digital operations.
Harmancık WPP
In 2024, five turbines of our 42 MW capacity plant were officially accepted by the Ministry, and generation activities commenced with an installed capacity of 21 MW.
Malkara, 19 Mayıs ve İzmit WPPES
In line with our goal of strengthening our electricity storage infrastructure, Public Participation Meetings (PPM) were held for Malkara Wind Power Plant with Energy Storage (WPPES),19 Mayıs WPPES, and İzmit WPPES. The Environmental Impact Assessment (EIA) processes have also been initiated.
Solar Power Plants
We continued our hybrid investments in 2024. From pioneering agrivoltaic applications to storage systems, we see each of our investments as steps we take with determination towards a better future.
Bandırma SPP
Karabük SPP
Hybrid Solar Power Plants
Bandırma 1 Hybrid SPP
Bandırma 2 Hybrid SPP
Erciyes 1 Hybrid SPP
Erciyes Hybrid SPP
Çanakkale 1 Hybrid SPP
Çanakkale 2 Hybrid SPP
Bares Hybrid SPP 6
Kentsa Hybrid SPP
Tufanbeyli Hybrid SPP
Solar Power Plants – 2024 Developments
We aim to increase our installed solar power capacity to 150 MW by 2027!
Bandırma SPP
Bandırma SPP successfully completed its 7th year of operation. All periodic maintenance tasks were completed in less than 10 people-days by our teams, leading to a significant improvement in the plant’s availability rate. We continued agrivoltaic practices in unused areas of the plant site, advancing our efforts to integrate agriculture with renewable energy.
Bandırma 1 Hybrid SPP
All work items for the 11 MW expansion area (Bandırma 3 Hybrid SPP),which had received regulatory approval, were completed, and the plant was successfully commissioned following final acceptance by the Ministry. This brought the total installed hybrid solar capacity at the Bandırma Energy Hub to 29.4 MW.
Bandırma 2 Hybrid SPP
At the Bandırma 2 Hybrid SPP site, a 2 MW/4 MWh Battery Energy Storage System integrated into the TR 1 transmission line was successfully commissioned. This integration enhances the plant’s energy management and efficiency while contributing to grid stability. Storage containers were installed on-site to establish organized inventory management and bring more structure to operational processes.
Karabük Unlicensed SPP
Our 7 MW Karabük Unlicensed SPP has completed its 7th year of generation. Thanks to regular maintenance, a notable improvement in the plant’s availability rate was achieved. Road upgrades at the Karabük SPP site also improved site accessibility and operational efficiency.
Çanakkale Hybrid SPP
At the Çanakkale 1 Hybrid SPP site, all 6-month and 1-year periodic maintenance obligations were fully completed as per contractor commitments. To minimize the impact of cement dust on the panels, an automated washing robot was procured, and certified training was provided to solar operations staff on its use.
BARES Hybrid SPP
As part of the Bares 1 Hybrid SPP Koza project, a Kraftwerk Kennzeichnen System (KKS) was implemented for all equipment to support the transition to MS Dynamics. The SCADA integration of Bares 2 Hybrid SPP was completed, and remote monitoring was enabled via Senkron Digital. GES firewall configurations were set in line with Enerjisa Üretim IT procedures to authorize remote site access for the contractor.
Kentsa Hybrid SPP
At Kentsa Hybrid SPP, 15 inverters were replaced with updated versions as per the manufacturer’s instructions. A ground blade failure in the medium- voltage input breaker was repaired by the contractor.
Erciyes Hybrid SPP
The 6-month and 1-year maintenance of ERC 1 Hybrid SPP was carried out in collaboration with the contractor. For ERC 2 Hybrid SPP, the employer and Ministry acceptance for 9.28 MW was completed. The total installed solar capacity reached 23.84 MW. To support a more sustainable future, trial efforts were made to control weeds.
Tufanbeyli Hybrid SPP
For the TFB 1 Hybrid SPP site, the 6-month and 1-year periodic maintenance tasks were successfully carried out by our teams with an average workload of 8.5 people-days per MW. The same scheduled maintenance was fully completed at the TFB 2 Hybrid SPP site. To improve on-site operational organization, storage containers were installed, strengthening inventory management and listing leftover project materials. In the TFB 2 Hybrid SPP expansion, a 1 MW segment was prepared for energization and Ministry acceptance. For the TFB 3 Hybrid SPP, 9 MW has received Ministry acceptance, while the remaining 3.29 MW is in progress.
Other Energy Hubs
Türkiye’s First Domestic Lignite-to-Renewable Energy Transformation Hub: Tufanbeyli
Tufanbeyli Energy Hub
The Tufanbeyli Energy Hub is poised to become a symbol of Türkiye’s energy transition, leading the way in shifting from lignite to renewable energy. This transformation project, which aims to serve as a global example plans to gradually and systematically convert our lignite-fired power plant into a low-emission power generation plant by 2040.
Throughout this transition, we prioritize advancing with technologies and sustainable generation approaches that minimize environmental impacts without compromising energy supply security. This comprehensive transformation process of the Tufanbeyli Energy Hub not only contributes to our net-zero carbon target but also holds strategic value for regional development and employment.
Located in the Tufanbeyli district of Adana, the 450 MW Tufanbeyli Energy Base is among the largest and most efficient domestic lignite power plants developed by the private sector in Türkiye.
The plant operates using Circulating Fluidized Bed (CFB) technology and is designed for minimal water consumption. In this context, the dry- type cooling system minimizes water usage, thereby reducing negative environmental impacts. Advanced flue gas treatment systems have been implemented to minimize environmental effects. These measures include:
- Feeding limestone into the CFB boilers and the Flue Gas Desulfurization (FGD) system.
- Producing limestone through blasting at the quarry, followed by crushing, screening, and micronizing processes to make it suitable for the plant.
- A flue gas treatment system that allows the addition of limestone to both the boiler and the wet FGD system.
In 2024, efforts at the Tufanbeyli Energy Hub focused on enhancing plant efficiency, reducing environmental impacts, and optimizing operational processes. The projects implemented in this scope were realized through teamwork, innovative approaches, and a commitment to continuous improvement.
Thanks to the SPP installation and internal consumption reduction projects carried out in 2024, the plant’s internal consumption rate was reduced by 6%. This not only lowered energy generation costs but also increased resource efficiency.
The plant contributes to regional energy supply security, especially during harsh winter conditions or transmission line failures, by meeting the electricity needs of the Tufanbeyli district.
Just Transition Roadmap: A Scientific and Inclusive Approach to Tufanbeyli’s Future
At Enerjisa Üretim, we approach the climate crisis with a holistic transformation perspective that considers not only environmental but also social justice. In line with this approach, we implemented Türkiye’s first “Just Transition Roadmap” in 2024, specifically for the Tufanbeyli Energy Hub. Our goal is to support the transformation of the plant into a low-carbon structure while minimizing potential economic, social, and psychological risks for local residents and employees, thereby developing an inclusive model that creates opportunities for local development and social cohesion. This roadmap, prepared with an interdisciplinary perspective, goes beyond being a technical transition plan; it is a visionary transformation document that also considers socio- economic and environmental impacts. In this transformation process, we adopted an interdisciplinary approach based on multi-stakeholder participation.
In 2024, maintenance work on electrical faults in Tufanbeyli provided a total of 138 MWh of energy, preventing outages.
With a total gross generation of 3,705 GWh in 2024, we achieved the highest power generation in the plant.
Through consultations with local residents, unions, private sector representatives, academics, non-governmental organizations, and public authorities, many stakeholders were actively involved in the process. This participatory model allowed us to understand the unique needs and expectations of the region and shape our solutions in line with local realities. Our work has been shaped by 17 concrete project proposals aimed at minimizing the region’s future socio-economic risks, grouped under two main strategic axes. The first strategic axis focuses on skill-based employment initiatives that aim to equip workers with new skills and enable their employment in different sectors. These include new skill acquisition programs, vocational training courses, and other supportive initiatives.
The second strategic axis involves transformation initiatives to support rural development. These projects aim to support the region’s economic and social development, including promoting agriculture and livestock, supporting rural tourism, and strengthening local businesses. Each project has been meticulously planned with short, medium, and long-term action steps, estimated employment impacts, and stakeholder responsibilities.
The Just Transition Roadmap developed specifically for Tufanbeyli has been compared with global best practices. Successful just transition experiences in Poland have been examined, and guidance documents from global organizations such as the United Nations, International Labour Organization, and World Economic Forum have been integrated into this work. These global comparisons ensure that the plan aligns with international standards and is sustainable.
To support the transformation of the Tufanbeyli Power Plant into a net-zero emission power plant, we will continue our efforts to sustain our just transition plan. As of 2025, a dedicated “Just Transition Working Group” will be established to initiate, prioritize, and develop new projects, making the process continuous. This group will ensure the plan is regularly updated and evolves according to the region’s needs.
You can reach our Just Transition report here.
Tufanbeyli Energy Hub – 2024 Developments
Bandırma Energy Hub: A Strategic Pillar of Türkiye’s Energy Supply Security
Bandırma Energy Hub plays a vital role in ensuring Türkiye’s energy supply security not only through its high efficiency but also thanks to its strategic location. With direct access to the western transmission lines, where electricity demand is at its peak, our hub stands out as a dependable power source, especially during periods when supply-demand balance becomes critical, thanks to its high cycle efficiency and rapid start-up capability.
Our Bandırma 1 and Bandırma 2 Natural Gas Plants act as dynamic guardians of system stability, capable of responding instantly to grid fluctuations. Their ability to close potential supply gaps within minutes significantly enhances grid flexibility and contributes consistently to the security of supply. Additionally, the effective execution of day-ahead and intra-day planning throughout the year helps ensure that this security is maintained in a sustainable way. The combination of operational agility and advanced planning capabilities continues to deliver strategic value during critical periods for grid stability.
Bandırma Energy Hub generates electricity using innovative generation technologies. In this respect, it functions not only as a power generation site but also as a hub for innovation and R&D where next-generation energy solutions are brought to life. By closely following advancements in energy technologies, the hub serves as a launchpad for pioneering projects in the sector.
TÜRKIYE’S TWO MOST EFFICIENT NATURAL GAS POWER PLANTS SERVING GRID RELIABILITY
1 INTEGRATED HYDROELECTRIC POWER PLANT SUPPLYING THE INTERNAL NEEDS OF THE POWER PLANT
3 HYBRID SOLAR POWER PROJECTS, INCLUDING 1 AGRIVOLTAIC SYSTEM
3 WIND TURBINE PROJECTS
TÜRKIYE’S FIRST GREEN HYDROGEN VALLEY7
5 TONS OF HARVEST THROUGH AGRIVOLTAIC FARMING
[7] We’ve launched pilot-scale hydrogen production
Driven by the goal of a sustainable energy future, Bandırma Energy Hub continues to strengthen its vision of becoming a platform that leads the sector’s transformation through bold initiatives and technology-driven collaborations with forward-thinking stakeholders.
Bandırma Energy Hub
Projects in Progress at Bandırma Energy Hub
Enercon–Enerjisa Üretim Bandırma Energy Hub Collaboration Project
As part of our collaboration with Enercon at the Bandırma Energy Hub, we are conducting preliminary work for the installation of the E-175 EP5 model, one of the world’s largest turbines with a 175-meter rotor diameter, a capacity of 6 MW, and upgradable output. The project is expected to be completed in 2025.
Domestic Electrolyzer Development
In partnership with TÜBİTAK MAM, we are developing a domestically produced electrolyzer (30 kW PEM) at Bandırma-2 Power Plant. Completion is targeted for 2025.
Battery Installation
A 2 MW / 4 MWh battery energy storage unit integrated with a 5 MW SPP and connected to the medium-voltage busbar of the natural gas power plant is being installed at Bandırma-2. The project is scheduled for completion in 2025.
Administrative Building Carbon Zero Project – Green Building
Through our Green Building project, we aim to meet the energy needs of the Bandırma-1 administrative building using solar and wind power. This energy is stored via a rooftop wind turbine and solar panels installed on Pomega hybrid containers. Our “carbon zero” initiative, which powers lighting, ventilation, heating, and other energy needs of the Bandırma-1 administrative building, was successfully commissioned in August 2024.
Reflective Membrane Application – Collaboration with Kordsa
Bifacial panels in solar power plants increase electricity generation by capturing sunlight reflected from the ground. However, vegetation growth beneath the panels over time can hinder efficiency and complicate maintenance. To address this, we began working with Kordsa in 2024 on implementing a special ground cover (membrane) designed to reflect sunlight more effectively. We expect the application to improve energy output. Project completion is set for 2025.
“Southern Marmara Hydrogen Coast” Valley Project
In 2023, we continued feasibility work on Türkiye’s first Hydrogen Valley, with a budget of €36.8 million and €8 million in EU grants. This initiative is led by the South Marmara Development Agency, Sabancı University, and 15 local and international partners. As part of our “Southern Marmara Hydrogen Coast” initiative, we are leading the establishment of Türkiye’s first green hydrogen production facility at the Bandırma Energy Hub, aiming to produce at least 500 tons of green hydrogen annually. Additionally, our pilot-scale electrolyzer project, developed to supply cooling needs for the Bandırma-2 generator, enabled us to produce approximately 2.45 tons of hydrogen in 2024.
Efficiency, Safety, and Operational Continuity at Bandırma Power Plants
In 2024, Bandırma 1 and 2 power plants generated a combined 6.05 TWh of energy. We completed extensive and scheduled maintenance on gas and steam turbines with a strong focus on occupational health and safety, achieving zero workplace accidents.
To advance operational excellence, we implemented digital initiatives to improve equipment efficiency and resource use. We enhanced operational efficiency through digital tools such as water consumption monitoring, leakage analysis, forecasting models, and load change analyses. We also digitized our work permit processes via Microsoft Dynamics.
For employee safety, we held 975 people-hours of OHS training and conducted 10 drills throughout the year. Furthermore, we renewed Bandırma 1’s environmental permit, which is now valid until 2029.
Bandırma Energy Hub – 2024 Developments
R&D and Emerging Technologies
Agrivoltaic Farming Initiatives
In 2024, we implemented agrivoltaic farming at our solar power plant at the Bandırma Energy Hub, creating a sustainable model that integrates power generation and agriculture.
By combining energy and farming through agrivoltaic systems, we support sustainability in both sectors. Our Bandırma project involves cultivating annual and perennial crops beneath solar panels, focusing on increasing agricultural productivity.
This dual-use model maximizes land efficiency by producing clean energy and boosting agricultural yield. Crops grown under the panels benefit from reduced moisture loss due to shading, which promotes healthier growth. Shade also reduces heat stress, enhancing photosynthesis efficiency and protecting sensitive plants from temperature shocks. Additionally, the system supports biodiversity, as shade-loving crops can thrive in these conditions. Moisture from plants and lower ambient temperatures contribute to improved panel efficiency, optimizing energy output. The microclimate created under the panels reduces evaporation, conserves water, stabilizes soil temperature, and minimizes erosion, preserving soil health.
As of 2024, results from just two pilot plots have clearly demonstrated the potential of agrivoltaic farming. During the winter season, we achieved high yields of broccoli, cabbage, and cauliflower, while the summer season brought a diverse harvest including peppers, eggplants, melons, and mint. The shading effect-maintained product quality and extended the harvest period. This application not only supports local agriculture and the regional economy but also allows for more efficient use of natural resources while reducing carbon emissions.
The microclimate created by the solar panels enhances plant growth, lowers water usage, and increases drought resistance. Ultimately, this model establishes a mutually supportive ecosystem between power generation and agriculture, offering an integrated solution to climate change.
Click here to read our Agrivoltaic Farming blog post.
Kentsa Power Plant
Commissioned in 1998 in Kocaeli, our Kentsa Natural Gas Power Plant (40 MW installed capacity) continues to play a key role in supplying energy to industrial facilities. It ensures uninterrupted and reliable electricity for factories in the region, supporting sustainable generation. We further enhanced this infrastructure in 2023 with a 2 MW hybrid solar investment. With the integration of solar energy, we are reducing our carbon footprint and reinforcing our environmentally friendly approach to power generation. Kentsa, with its hybrid design, strengthens energy security and represents a major step toward our green transformation goals.
Energy Supply Security
At Enerjisa Üretim, we are committed to meeting Türkiye’s rapidly growing energy demand by focusing on renewable energy investments and reinforcing our leadership in this area. We go beyond power generation by prioritizing energy supply security to support the sustainable development of the national economy and society. To meet this goal, we’ve developed a robust, long-term strategy to supply 5% of Türkiye’s energy demand.
Our vision is built on innovation, reliability, and environmental responsibility, guiding us toward a cleaner, more efficient, and more resilient energy future. This journey not only addresses today’s needs but also aims to deliver sustainable solutions for the world of tomorrow. Through our innovative projects and technologies, we minimize environmental impact while effectively meeting society’s energy demands.
With our vision of “Generating Energy for a Better Future,” we’ve made sustainability and energy security central to all operations. We’re committed to using resources efficiently, protecting nature, and leaving a livable world for future generations. Together with our employees and stakeholders, we bring this vision to life, striving for excellence at every step. While fulfilling these responsibilities, we aim to create value for society and grow in harmony with transformation in the energy sector.
We see energy supply security not just as ensuring uninterrupted service, but as a cornerstone of a sustainable and forward-looking strategy. In the face of global risks like climate change, rising energy demand, and technological shifts, strengthening the resilience of our energy system has become a top strategic priority. To this end, we’re expanding our resource diversity, strengthening our generation portfolio with low-emission technologies, and developing innovative solutions to improve system flexibility.
Alongside expanding our renewable energy capacity, we are integrating advanced battery and storage technologies, scaling hybrid power plants, and incorporating alternative energy solutions into our processes. We also prioritize strengthening domestic generation infrastructure and enhancing operational safety through digital monitoring systems. Energy supply security is not only essential for meeting today’s needs, but it’s also a key lever in building a resilient energy infrastructure capable of withstanding future climate scenarios, demand fluctuations, and geopolitical uncertainties. With this vision, we are taking solid steps toward a strong and sustainable system that can meet the energy needs of the future.
Focus Areas on Energy Supply Security
Renewable Growth
Meeting Supply and Demand
Efficient and Effective Use of Resources
Digital Transformation
Innovation and Product Development
We approach energy supply security with an innovative vision focused on shaping the future. In this context, our top priority is renewable growth. We’re building the foundation of a sustainable energy system by shifting toward eco-friendly resources and centering our operations around low- carbon generation. At the same time, we’re committed to ensuring that energy is available at the right time, in the right place, and in the right amount. This means carefully managing the balance between supply and demand while developing flexible and resilient structures that offer proactive solutions to evolving needs.
We prioritize the efficient and effective use of resources across the entire energy value chain, from generation to consumption. In doing so, we support both environmental and economic sustainability. Digital transformation is a core part of this process. By equipping our operations with smart technologies, we enable real-time decision-making and continuously elevate our speed, transparency, and safety. Innovation drives everything we do, and we’re committed to creating high-value products and services that meet evolving needs and make a meaningful impact in the energy sector.
By the end of 2024, we successfully commissioned our Harmancık and Ovacık Wind Power Plant (WPP) projects to further strengthen energy supply security. These initiatives represent a significant step not only in expanding our generation capacity but also in supporting the sustainable use of renewable energy. From the construction phase onward, we implemented comprehensive management practices aimed at mitigating environmental impact and ensuring operational sustainability.