80+ completed solar energy projects in Turkey, 85 MW cumulative installed capacity, 20+ years of documented practical experience
Every figure on this page is backed by an actual project that can be visited or verified. We do not make empty marketing claims — this is a list of projects we have actually executed with our accredited partners in Turkey, which form the reputation we bring to Romania
This is a sample of the most prominent projects we have executed. Each project includes the site name, project type (ground-mounted / rooftop), installed capacity, and the executing partner. For full transparency, you can request a visit to any of these project sites to verify the actual performance.
20 MW
Ground
Implementing partner:MAPAPAR ENERJİ
27 MW
Rooftop
Implementing partner:KONELSİS
15 MW
Ground
Implementing partner:KONELSİS
4.5 MW
Ground
Implementing partner:EFTA ENERJİ
3.5 MW
Ground
Implementing partner:BEYSA ENERJİ
3.5 MW
Rooftop
Implementing partner:KONELSİS
3 MW
Rooftop
Implementing partner:İNSOS
3 MW
Ground
Implementing partner:DERYA SOLAR
2.7 MW
Rooftop
Implementing partner:MARENGO ENERJİ
2.1 MW
Ground
Implementing partner:GELİŞİM SOLAR
2 MW
Ground
Implementing partner:BEYSA ENERJİ
2 MW
Ground
Implementing partner:EFTA ENERJİ
6.5 MW
Ground
Implementing partner:KONELSİS
1 MW
Rooftop
Implementing partner:DKN ENERJİ
540 kW
Ground
Implementing partner:MEKE
400 kW
Rooftop
Implementing partner:MENSİS
The largest single project in the company's history, in partnership with MAPAPAR ENERJİ. A complete ground-mounted solar power plant with a capacity of 20 megawatts, delivered turnkey with full connection to the Turkish national distribution network
The challenge in this project was threefold: (1) executing a 20 MW plant on a vast agricultural land while preserving soil fertility for future use, (2) connecting the plant to the TEİAŞ high-voltage grid (154 kV) while ensuring supply stability, (3) adhering to a strict timeline (10 months) to benefit from the guaranteed purchase tariff before the application period ended.
In addition, the Kahramanmaraş region was hit by a devastating earthquake in February 2023, and the panel mounting structures had to be designed to withstand earthquakes of 7.5+ on the Richter scale, which exceeds the standard requirements for most solar systems in Turkey.
Our engineering team designed a ground-mounting system with in-depth geophysical research, using galvanized steel structures with enhanced seismic resistance according to European structural standards (Eurocode 3). Specialized string inverters for large plants were used, distributed across substations instead of a single central inverter, ensuring production continuity even when one unit fails. A central monitoring system tracks the performance of each inverter and each panel string in real time.
بدأ المشروع بالإنتاج التجاري الكامل في الموعد المحدد، وحقق في عامه الأول 98% من الإنتاج المتوقع رغم الظروف الزلزالية الصعبة في المنطقة. نظام المراقبة المركزي ما زال يوفر تقارير أداء لحظية لصاحب المحطة، مع صيانة وقائية مجدولة كل 6 أشهر. هذا المشروع هو مرجعنا الأبرز في المناقشات مع الشركاء الجدد في رومانيا.
CAGLAYAN SOLAR ENERJİ projects have been executed across most Turkish provinces with high solar irradiation. The following geographical distribution shows our focus on the Central Anatolia region (Konya and surroundings) with expansion toward the eastern and western regions
| Region / Province | Number of Projects | Cumulative Capacity (MW) | Majority Type |
|---|---|---|---|
| Konya (Konya) | 7 | ~46.9 MW | Mixed |
| Kahramanmaraş | 1 | 20 MW | Ground |
| Beyşehir | 2 | 5.5 MW | Ground |
| Afyon | 1 | 1 MW | Rooftop |
| Uşak | 1 | 2.1 MW | Ground |
| Yozgat | 1 | 2 MW | Ground |
| Babaeski (Kırklareli) | 1 | 4.5 MW | Ground |
| Çorlu (Tekirdağ) | 1 | 3 MW | Ground |
| Total (16 major projects) | 16 | ~85 MW | 12+ partners |
Whether you are looking for a 5 kW home system or a 20 MW ground-mounted plant, our team is ready to turn your idea into an executed project with documented performance. Request a free consultation now, and we will send you an initial feasibility study within 48 hours.