Project Overview Commissioned in October 2020 in Kaman, Kırşehir, this utility-scale 6 MWp facility plays a pivotal role in the region’s renewable infrastructure. Comprising five synchronized blocks (5 x 1 MWe), the plant utilizes a seasonal tilt mounting system to house 18,880 PV modules, converting Central Anatolia’s high solar irradiance into clean energy with exceptional efficiency.

The Challenge The project demanded the seamless integration of a large-scale generation capacity within a tight timeframe in a region known for its continental climate. The main engineering challenge was to design a system that maximizes specific yield across drastically different seasonal conditions while ensuring grid stability for a high-volume injection point.

The Solution Solarexen executed a Turnkey EPC strategy centered on yield optimization. We deployed a seasonal variable-tilt mounting system to adjust panel angles for winter and summer peaks, significantly outperforming fixed systems. The electrical engineering involved the precise synchronization of 40 units of 125 kW inverters across five sub-fields, ensuring minimal transmission losses and maximum system uptime.

Key Impact Delivering approximately 9,686,000 kWh annually, the plant acts as a major energy provider for the local grid. Environmentally, it prevents 4,478.81 tons of CO2 emissions per year—equivalent to the ecological benefit of 13,436 trees—highlighting the project’s dual success in financial performance and sustainability.