Founded in 2020, TRAKIA MT SOLAR Ltd. is part of the Winslow Solar Energy group and owns and operates the Malko Tarnovo Photovoltaic Power Plant (PVP) with a total installed capacity of 44.79 MWp and an annual production exceeding 64,000 MWh. Currently, the company operates from its office in Sofia, Bulgaria.
The long-term development plan of TRAKIA MT SOLAR Ltd. includes key elements such as the reconstruction, modernization, and expansion of existing capacities, as well as the construction of new power generation and energy storage facilities, adhering to security criteria and current quality standards.
In the future, we aim to develop projects and investment opportunities with a focus on BESS (Battery Energy Storage Systems), striving to actively participate in all aspects – from planning and construction to monitoring and optimization. Each subsequent step we take will aim to expand our capabilities, integrating them into a successful business model. This approach will provide us with a competitive advantage in addressing new business opportunities and challenges in the world of electric power generation.
Trakia MT Solar Ltd. has developed and constructed a photovoltaic power plant project located in the land area of the town of Malko Tarnovo, Malko Tarnovo Municipality, Malko Tarnovo Region. The plant has a nominal capacity of 36 MW and an installed capacity of 44.79 MWp. The total area of the real estate properties on which the Malko Tarnovo PVP is built spans 409,938 square meters. Within this area, a new 35/110 kV step-up substation has been installed to connect to the power transmission grid of the Electricity System Operator (ESO) at a 110 kV level.
The modules used in the Malko Tarnovo PVP project are Jinko Solar JKM-565N-72HL4-BDV with a capacity of 565 Wp and Jinko Solar JKM-570N-72HL4-BDV with a capacity of 570 Wp, featuring an efficiency rate of 22.07%. Each module is mounted on a galvanized steel "Schletter" supporting structure, positioned on solid concrete blocks. The plant includes eight standardized combined inverter stations Siemens/Gamesa Proteus with a nominal full capacity of 4.7 MVA, featuring an additional output for battery integration.
The energy generated by the photovoltaic modules and converted by the central inverters is stepped up via a power transformer. The transformed energy is transmitted at a 35 kV voltage level to the 35/110 kV step-up substation. The connection point of the Malko Tarnovo PVP to the power transmission grid is a newly constructed 110 kV output field at the Malko Tarnovo substation.
The electricity generated is utilized for commercial sales.
The modules used in the Malko Tarnovo PVP project are Jinko Solar JKM-565N-72HL4-BDV with a capacity of 565 Wp and Jinko Solar JKM-570N-72HL4-BDV with a capacity of 570 Wp, featuring an efficiency rate of 22.07%. Each module is mounted on a galvanized steel "Schletter" supporting structure, positioned on solid concrete blocks. The plant includes eight standardized combined inverter stations Siemens/Gamesa Proteus with a nominal full capacity of 4.7 MVA, featuring an additional output for battery integration.
The energy generated by the photovoltaic modules and converted by the central inverters is stepped up via a power transformer. The transformed energy is transmitted at a 35 kV voltage level to the 35/110 kV step-up substation. The connection point of the Malko Tarnovo PVP to the power transmission grid is a newly constructed 110 kV output field at the Malko Tarnovo substation.
The electricity generated is utilized for commercial sales.
PVP "Malko Tarnovo"
Energy storage systems are a rapidly evolving class of high-tech equipment that unlocks fundamentally new opportunities for the development of the power industry. They make electricity "storable" and portable, eliminating the need for strict simultaneity between electricity generation and consumption processes. These systems ensure uninterrupted power supply during critical drops, reductions, or complete absence of voltage in the power grid.
In this regard, Trakia MT Solar Ltd. is developing its first combined energy storage project with a capacity of 27 MWh and power output of up to 13.5 MW. This aligns with the requirement that the storage component's power should range from 30% to 50% of the connected power of the production component from the Malko Tarnovo PVP. The system is designed to perform one full charge and discharge cycle within two hours each day.
As renewable energy continues to scale up, battery energy storage systems (BESS) are becoming an integral part of the energy landscape. To ensure stable, consistent, and affordable green energy supplies catering to diverse needs in the renewable energy sector, Trakia MT Solar Ltd.’s strategy aims to build new energy storage capacities by 2034. This plan includes facilities with a total capacity of 200 MWh and a power output of up to 100 MW, either integrated with photovoltaic power plants or as standalone systems, prioritizing the best possible economic and technical solutions.
In this regard, Trakia MT Solar Ltd. is developing its first combined energy storage project with a capacity of 27 MWh and power output of up to 13.5 MW. This aligns with the requirement that the storage component's power should range from 30% to 50% of the connected power of the production component from the Malko Tarnovo PVP. The system is designed to perform one full charge and discharge cycle within two hours each day.
As renewable energy continues to scale up, battery energy storage systems (BESS) are becoming an integral part of the energy landscape. To ensure stable, consistent, and affordable green energy supplies catering to diverse needs in the renewable energy sector, Trakia MT Solar Ltd.’s strategy aims to build new energy storage capacities by 2034. This plan includes facilities with a total capacity of 200 MWh and a power output of up to 100 MW, either integrated with photovoltaic power plants or as standalone systems, prioritizing the best possible economic and technical solutions.
Battery energy storage systems (BESS)
PVP “Malko Tarnovo”
Trakia MT Solar Ltd. has developed and constructed a photovoltaic power plant project located in the land area of the […]
Battery energy storage systems (BESS)
Energy storage systems are a rapidly evolving class of high-tech equipment that unlocks fundamentally new opportunities for the development of […]
Partnership with Simens
Start parthnership with Simens Ltd and Simens Energy Ltd
TRAKIA MT SOLAR LTD
Founded in 2020, TRAKIA MT SOLAR Ltd. is part of the Winslow Solar Energy group and owns and operates the […]