Project Overview Commissioned in February 2020 in Hasaköy, Niğde, this utility-scale 4.8 MWp facility is a testament to sustainable regional development. Designed with a modular architecture comprising four synchronized blocks (4 x 1 MWe), the plant utilizes a seasonal tilt mounting system to house 15,104 PV modules, maximizing the capture of Niğde’s high solar irradiance.

The Challenge The project required the rapid deployment of a multi-megawatt capacity in a region with distinct seasonal variations. The primary engineering challenge was to optimize the specific yield for each of the four sub-fields while ensuring seamless grid integration and stability for a facility generating over 7 GWh annually.

The Solution Solarexen executed a data-driven Turnkey EPC strategy, implementing a seasonal variable-tilt mounting structure. This design allows for the adjustment of panel angles to align with the sun’s trajectory throughout the year, significantly boosting efficiency compared to fixed systems. We integrated 32 units of 125 kW inverters, ensuring robust DC/AC conversion and high system availability across all blocks.

Key Impact Generating an average of 7,270,000 kWh annually, the plant serves as a reliable clean energy source for the national grid. It prevents 3,361.65 tons of CO2 emissions per year—equivalent to the ecological benefit of 10,085 trees—demonstrating the project’s significant contribution to both environmental sustainability and economic efficiency.