AJ POWER Invests €6 Million in Battery energy Storage Systems to stabilize Latvia’s Energy Grid
In a bold move to address Latvia’s energy challenges, the AJ POWER group has invested six million euros to deploy cutting-edge battery energy storage systems (BESS) across three high-power solar parks in Valmiera, Aizkraukle, adn Ilukste. This initiative, set to go live shortly after the planned Baltic power system shutdown in February 2025, marks a meaningful step toward stabilizing Latvia’s energy grid and supporting renewable energy integration.
The newly installed BESS will provide a combined capacity of nine megawatts (MW) and 18 megawatt-hours (MWh), capable of storing and discharging enough electricity in a single day to exceed the average daily consumption of 7,000 households. by balancing supply and demand, thes systems will play a crucial role in stabilizing electricity tariffs. When excess electricity is available, it will be stored in the BESS; during shortages, the stored energy will be released back into the grid, ensuring a seamless balance between generation and consumption.
Roberts Samtiņš, Head of the AJ Power Enterprise Group, emphasized the urgency of this project: “2025 will be particularly challenging for the Latvian energy industry. The planned shutdown of the Baltics from the BRALL network in February will create the need for additional balancing capacities. Because of this very reason, we started designing and placing BESS systems last year to adjust to the changes as soon as possible and engage in the new balancing market. We are constantly investing in the creation of new energy and renewable solutions in Latvia, and this year our goal is to expand our operations in export markets as well.”
The BESS solution involves the installation of advanced technical equipment and the establishment of a sophisticated control system. All aspects of the project,from design to construction,were managed by AJ POWER,which will also oversee the system’s future operations. The equipment, sourced from certified EU manufacturers with extensive experience in similar projects, ensures reliability and compliance with European standards.
A standout feature of the project is the integration of artificial intelligence (AI) into the battery management system. Developed in collaboration with AI solution developer Apply, this system will monitor and control energy flows, track market fluctuations, and respond swiftly to recharge or discharge electricity based on predefined algorithms. This AI-driven approach enhances efficiency and ensures optimal energy management.
The BESS installations are strategically located at AJ POWER’s existing solar power plants, where the necessary infrastructure is already in place. This builds on the company’s triumphant track record in renewable energy, having implemented seven large-scale solar projects across Valmiera, Broceni, Dobele, Cesis, Aizkraukle, Ilukste, and Jelgava between 2023 and 2024, with a total installed capacity of 30 MW.
Key Highlights of AJ POWER’s BESS Project
Table of Contents
| Aspect | Details |
|—————————|—————————————————————————–|
| Investment | €6 million |
| Locations | Valmiera, Aizkraukle, Ilukste |
| Capacity | 9 MW / 18 MWh |
| Daily Output | Exceeds consumption of 7,000 households |
| AI Integration | Developed with apply for real-time energy management |
| Solar Projects (2023-24) | 7 projects, 30 MW total capacity |
This initiative underscores AJ POWER’s commitment to advancing renewable energy solutions and addressing the evolving needs of Latvia’s energy sector. As the country prepares for the Baltic power system shutdown, the BESS project stands as a testament to innovation and sustainability, paving the way for a more resilient energy future.
Roberts Samtiņš on AJ POWER’s €6 Million Investment in Battery Energy Storage Systems to Stabilize Latvia’s Energy Grid
in a strategic effort to bolster Latvia’s energy infrastructure, AJ POWER has committed €6 million to deploy state-of-the-art battery energy storage systems (BESS) across three high-power solar parks in Valmiera, Aizkraukle, and Ilukste. This initiative, set to launch shortly after the planned Baltic power system shutdown in February 2025, aims to stabilize the national grid, integrate renewable energy, and ensure seamless energy supply. We sat down with Roberts Samtiņš, Head of the AJ Power Enterprise Group, to discuss the project’s importance, challenges, and future implications.
The urgency Behind the BESS Investment
Editor: Roberts, AJ POWER’s €6 million investment in battery energy storage systems is a important move. What drove the urgency behind this project?
roberts Samtiņš: The planned shutdown of the Baltics from the BRALL network in February 2025 will create a critical need for additional balancing capacities. Latvia’s energy sector will face unprecedented challenges, and we needed to act swiftly. We began designing and implementing thes BESS systems last year to adapt to the new energy landscape as soon as possible. This project is not just about responding to immediate grid needs; it’s about securing a sustainable energy future for Latvia.
Capacity and Impact on Latvia’s Energy Grid
Editor: Can you elaborate on the capacity of these BESS installations and how they will impact energy stability in Latvia?
Roberts Samtiņš: The combined capacity of the BESS installations is nine megawatts (MW) and 18 megawatt-hours (MWh). To put this into perspective, the systems can store and discharge enough electricity in a single day to exceed the average daily consumption of 7,000 households. This capacity is crucial for balancing supply and demand. During periods of excess electricity generation, often from renewable sources like solar, the energy is stored in the BESS.Conversely, during shortages, the stored energy is released back into the grid. This ensures a seamless balance between energy generation and consumption, ultimately stabilizing electricity tariffs.
Innovations in Energy Management
Editor: One of the standout features of this project is the integration of artificial intelligence (AI) into the battery management system. How does this enhance efficiency?
Roberts Samtiņš: The AI-driven system, developed in collaboration with Apply, is a game-changer.It continuously monitors and controls energy flows, tracks market fluctuations, and responds swiftly to recharge or discharge electricity based on predefined algorithms. This real-time management not only enhances operational efficiency but also ensures optimal energy utilization. The AI system can predict demand patterns, adjust storage and release schedules, and minimize wastage, making the entire process more intelligent and sustainable.
Strategic Location and Renewable Energy Integration
Editor: the BESS installations are located at AJ POWER’s existing solar power plants. How does this strategy benefit the project?
Roberts Samtiņš: leveraging our existing solar power plants in Valmiera, Aizkraukle, and Ilukste provides significant advantages. the necessary infrastructure is already in place, reducing both costs and implementation timelines. Additionally, these locations are ideal for integrating renewable energy into the grid. Our solar projects, with a total installed capacity of 30 MW between 2023 and 2024, complement the BESS systems perfectly.This synergy ensures a more efficient and reliable energy supply, furthering our commitment to renewable solutions.
Future Expansion and Market Opportunities
Editor: AJ POWER has a history of expanding its operations. What are your plans for the future, notably in export markets?
Roberts Samtiņš: As the latvian energy market remains our top priority, we are also actively exploring opportunities in export markets. Our goal is to bring the same level of innovation and sustainability to other regions facing similar energy challenges. This year, we aim to expand our operations beyond Latvia, leveraging the expertise gained from projects like BESS to make a global impact. We believe that our solutions, particularly in renewable energy and storage, have the potential to transform energy sectors worldwide.
Conclusion
The €6 million investment in battery energy storage systems by AJ POWER represents a pivotal step in Latvia’s journey toward a more stable and sustainable energy future. Roberts Samtiņš highlighted the urgency of the project, the innovative use of AI, and the strategic advantages of integrating BESS with existing solar infrastructure. As latvia prepares for the upcoming Baltic power system shutdown, this initiative underscores AJ POWER’s commitment to advancing renewable energy solutions and fostering resilience in the face of evolving energy challenges. The success of this project could serve as a blueprint for other regions seeking to enhance their energy security and sustainability.
