DC Solar, founded by Mahmud Çevik in Ankara, marked our first step into the renewable energy sector and laid the foundation for our technical expertise in this field.
As our company continued its operations under the name Integra, it began developing international-scale projects with the aim of expanding into the global market.
We have become a notable player in the sector through high-capacity solar power plant projects realized under the Volta Enerji brand.
The Senkroner brand was established with the vision of being a pioneering company not only in the installation of solar power plants but also in the development of next-generation solar power technologies.
It is strengthening its leadership position in the renewable energy sector through synchronous operations, EPC projects, performance-enhancing solutions, and R&D activities based on academic collaborations.
Key Holding further strengthened its presence in the energy sector by combining its engineering capabilities and corporate vision through the strategic partnership it established with Senkroner Enerji in 2026.
Senkroner Energy approaches every project with technical expertise, field experience, and an innovative perspective, offering solutions that carry your energy investments into the future.
We prioritize efficiency and sustainability in all EPC processes from planning to commissioning.
We make systems smarter with advanced energy management and storage solutions.
MW EPC (Solar Installation)
MW Project Management
We build sustainable energy infrastructures...
We make eco-friendly energy more accessible...
Our energy storage solutions provide...
Our energy management systems offer...
Solar power plants are systems that convert sunlight directly into electrical energy using photovoltaic panels. They can operate either grid-connected or independently. They deliver high energy output depending on the installation site, panel efficiency, and climatic conditions. They are increasingly preferred in the energy sector due to their renewable and eco-friendly nature.
Wind power plants are facilities that convert the kinetic energy of the wind into mechanical energy via turbines, and subsequently into electrical energy using generators. They operate efficiently, particularly in regions with high wind potential. As they do not emit carbon, they play a significant role in environmentally friendly and sustainable energy production. There are various types that can be installed both onshore and offshore.
A carbon footprint represents the amount of greenhouse gases—expressed in terms of carbon dioxide (CO₂)—emitted directly or indirectly into the atmosphere by an individual, organization, or system. Energy consumption, transportation, production processes, and lifestyle habits influence this amount. Using renewable energy sources is one of the most effective ways to reduce one's carbon footprint. It serves as a key indicator of sustainability goals.
By their very nature, renewable energy sources are neither constant nor controllable. Storage systems are required to meet energy demands when the sun is not shining or the wind is not blowing. Batteries and other energy storage solutions ensure system continuity by balancing these fluctuations. Furthermore, they offer a strategic advantage for selling energy back to the grid or providing support during peak load periods.
Energy Management Systems (EMS) ensure the efficient operation of a system by monitoring and analyzing generation, consumption, and storage data in real time. This minimizes energy losses and reduces costs. They enable energy optimization across a wide range of settings, from industrial facilities to residential homes. Advanced EMS solutions make energy management intelligent through remote access and automated decision-making mechanisms.
Microgrids are local energy systems capable of autonomous operation, comprising generation, storage, and consumption units. They can operate either connected to the grid or provide energy in island mode (independently). They ensure uninterrupted energy supply to critical areas during natural disasters or grid failures. Thanks to smart control systems, energy efficiency and security are maximized.
Photovoltaic cells consist of semiconductor materials that convert sunlight directly into electrical energy. Typically silicon-based, these cells are the fundamental building blocks of solar power systems. When light photons strike the cell surface, free electrons are generated, and this movement produces an electric current. Cell efficiency varies depending on the technology used and climatic conditions.
Technically, solar power systems can be installed without storage; however, storage offers significant advantages in terms of energy continuity and manageability. Battery systems are essential, particularly for off-grid applications. Thanks to storage, excess energy can be saved and used when needed, thereby increasing system efficiency and the return on investment.
