Project Overview Commissioned in September 2020 in the Saraypınar district of Konya, this 3.6 MWp land-based facility serves as a robust pillar in the region’s renewable infrastructure. Structured across six synchronized generation blocks (6 x 0.5 MWe), the plant features a seasonal tilt mounting system hosting 11,328 high-efficiency modules, designed to harvest the region’s intense solar irradiation with maximum efficacy.

The Challenge The primary objective was to deploy a mid-scale utility project that could maintain superior specific yield numbers despite the continental climate variations of Central Anatolia. Engineering a system composed of six distinct sub-fields required precise grid integration planning to ensure seamless synchronization and stable energy injection into the medium-voltage network.

The Solution Solarexen utilized a data-driven Turnkey EPC approach, implementing a seasonal variable-tilt mounting structure. This engineering choice allows for angle adjustments to align with the sun’s trajectory throughout the year, significantly boosting generation beyond fixed systems. We integrated 24 units of 125 kW inverters across the blocks to ensure resilient DC/AC conversion and minimize system downtime.

Key Impact Producing an average of 5,870,000 kWh annually, the plant acts as a reliable clean energy source for the national grid. It prevents 2,714.29 tons of CO2 emissions per year—equivalent to the ecological benefit of planting 8,143 trees—showcasing the tangible financial and environmental returns of sustainable engineering.