Array to Supply OmniTrack Solar Trackers for Pekintas’ 260MW Solar Project

Why It Matters

The project demonstrates how advanced tracking and high‑efficiency cell technology can accelerate Turkey’s renewable‑energy goals while lowering construction costs, signaling a scalable model for future large‑scale solar farms in complex terrains.

Key Takeaways

• Array supplies OmniTrack for Turkey's 260 MW YEKA solar project
• Terrain‑following trackers cut grading costs on sloped Anatolian site
• TOPCon+ cells boost efficiency, marking first YEKA use of technology
• SmarTrack software optimizes output under diffuse weather conditions

Pulse Analysis

Turkey’s YEKA (Yenilenebilir Enerji Kaynak Alanları) programme, launched in 2020, is a cornerstone of the country’s ambition to quadruple its wind and solar capacity to 120 GW by 2035. The 260 MW Karaman project, developed by Pekintas in partnership with Germany’s Schmid Group, is the first YEKA solar farm to integrate high‑efficiency TOPCon+ cells, positioning the site as a benchmark for next‑generation photovoltaic performance in the region. By aligning with the national renewable agenda, the project not only adds substantial clean‑energy generation but also showcases Turkey’s growing capability to host sophisticated, large‑scale solar installations.

Array Technologies’ OmniTrack system brings a terrain‑following design that adapts to the natural undulations of Central Anatolia’s landscape. This approach minimizes earth‑moving, cutting grading expenses and preserving local ecology—critical advantages in a country where many potential sites feature rugged topography. Coupled with the SmarTrack software suite, the trackers dynamically adjust to diffuse weather conditions and employ terrain‑adaptive backtracking to reduce shading losses. The result is a higher capacity factor and more predictable output, essential for meeting the stringent performance standards set by the YEKA programme.

For Array, the Karaman deployment expands its footprint into a high‑growth market and validates the scalability of its 2 000 V‑compatible tracker platforms. Having already installed over 96 GW of tracking capacity worldwide, the company’s entry into Turkey positions it to capture a share of the nation’s projected multi‑gigawatt solar pipeline. The project also underscores a broader industry trend: the convergence of advanced cell technologies, intelligent tracking software, and localized manufacturing to drive down Levelized Cost of Energy (LCOE) and accelerate the global transition to renewable power.