Service areas
Solar energy installation in 47 provinces
Survey, project design and turnkey installation in five regions. Choose your region and province.
Regions
Choose your region and province
Each province page includes focus points, district data and recommended systems.
Marmara Region solar energy installation
Rooftop solar PV on industrial roofs, OIZs and dense residential areas; hybrid and off-grid solutions on the coast and in rural areas.
- İstanbul1,350–1,480 kWh/m²With an annual solar energy potential of 1,350-1,480 kWh/m², Istanbul offers solutions suited to the dynamics of a megacity.
- Kocaeli1,400–1,550 kWh/m²With an annual solar energy potential of 1,400-1,550 kWh/m², Kocaeli offers ideal solutions for industrial and port regions.
- Sakarya1,380–1,500 kWh/m²With an annual solar energy potential of 1,380-1,500 kWh/m², Sakarya offers efficient solutions for the industrial and agricultural sectors. The head office is in Adapazarı.
- Bursa1,420–1,500 kWh/m²With an annual solar energy potential of 1,420-1,500 kWh/m², Bursa is an efficient region for industry and agriculture.
- Yalova1,450–1,550 kWh/m²With an annual solar energy potential of 1,450-1,550 kWh/m², Yalova is an ideal region for thermal facilities and agriculture.
- Bilecik1,420–1,500 kWh/m²With an annual solar energy potential of 1,420-1,500 kWh/m², Bilecik offers suitable solutions for small-scale industry and agriculture.
- Balıkesir1,460–1,550 kWh/m²With an annual solar energy potential of 1,460-1,550 kWh/m², Balıkesir offers efficient solutions on both the coast and the interior.
- Çanakkale1,450–1,600 kWh/m²With an annual solar energy potential of 1,450-1,600 kWh/m², Çanakkale is an ideal region for solutions integrated with wind energy.
- Tekirdağ1,450–1,550 kWh/m²With an annual solar energy potential of 1,450-1,550 kWh/m², Tekirdağ is a region that stands out in industry and agriculture.
- Kırklareli1,450–1,550 kWh/m²With an annual solar energy potential of 1,450-1,550 kWh/m², Kırklareli offers solutions focused on agriculture and border trade.
- Edirne1,500–1,600 kWh/m²With an annual solar energy potential of 1,500-1,600 kWh/m², Edirne is an ideal region for border trade and agriculture.
Aegean Region solar energy installation
Agricultural irrigation and open-field applications on high-irradiance plains; rooftop solar PV and hybrid systems for OIZ, hotel and villa projects.
- İzmir1,436–1,556 kWh/m²With an annual solar energy potential of about 1,496 kWh/m² (GEPA), İzmir is suitable for Aegean industrial, port and residential rooftop solar PV applications.
- Manisa1,426–1,546 kWh/m²With an annual solar energy potential of about 1,486 kWh/m² (GEPA), Manisa is suitable for industrial OIZ and agricultural irrigation projects.
- Aydın1,497–1,617 kWh/m²With an annual solar energy potential of about 1,557 kWh/m² (GEPA), Aydın is suitable for agriculture, greenhouse farming and tourism facilities.
- Denizli1,531–1,651 kWh/m²With an annual solar energy potential of about 1,591 kWh/m² (GEPA), Denizli is suitable for the textile industry and residential rooftop applications.
- Muğla1,527–1,647 kWh/m²With an annual solar energy potential of about 1,587 kWh/m² (GEPA), Muğla is suitable for tourism, coastal and rural off-grid applications.
- Afyonkarahisar1,497–1,617 kWh/m²With an annual solar energy potential of about 1,557 kWh/m² (GEPA), Afyonkarahisar is suitable for thermal power / thermal spa facilities and agricultural irrigation.
- Kütahya1,400–1,500 kWh/m²With an annual solar energy potential of 1,400-1,500 kWh/m², Kütahya is suitable for mining and the ceramic industry.
- Uşak1,480–1,600 kWh/m²With an annual solar energy potential of about 1,540 kWh/m² (GEPA), Uşak is suitable for industry- and agriculture-focused rooftop solar PV.
Central Anatolia Region solar energy installation
Türkiye’s largest land and irrigation potential; solar-powered irrigation, industrial rooftop solar PV and off-grid rural systems.
- Ankara1,380–1,470 kWh/m²With an annual solar energy potential of 1,380-1,470 kWh/m², Ankara offers solutions suited to its continental climate.
- Konya1,548–1,668 kWh/m²With an annual solar energy potential of about 1,608 kWh/m² (GEPA), Konya is a strong region for agricultural and industrial solar PV thanks to its high radiation.
- Eskişehir1,400–1,480 kWh/m²With an annual solar energy potential of 1,400-1,480 kWh/m², Eskişehir is an efficient region for industrial and residential projects.
- Kayseri1,528–1,648 kWh/m²With an annual solar energy potential of about 1,588 kWh/m² (GEPA), Kayseri is suitable for industrial OIZ and residential projects.
- Sivas1,478–1,598 kWh/m²With an annual solar energy potential of about 1,538 kWh/m² (GEPA), Sivas is suitable for industrial and residential solar PV in a continental climate.
- Yozgat1,434–1,554 kWh/m²With an annual solar energy potential of about 1,494 kWh/m² (GEPA), Yozgat is suitable for agriculture and rural off-grid applications.
- Aksaray1,518–1,638 kWh/m²With an annual solar energy potential of about 1,578 kWh/m² (GEPA), Aksaray is suitable for agricultural irrigation and residential solar PV.
- Niğde1,560–1,680 kWh/m²With an annual solar energy potential of about 1,620 kWh/m² (GEPA), Niğde is suitable for agricultural and industrial rooftop solar PV thanks to its high potential.
- Nevşehir1,477–1,597 kWh/m²With an annual solar energy potential of about 1,537 kWh/m² (GEPA), Nevşehir is suitable for tourism- and agriculture-focused applications.
- Kırıkkale1,400–1,520 kWh/m²With an annual solar energy potential of about 1,460 kWh/m² (GEPA), Kırıkkale is suitable for industrial and residential rooftop solar PV.
- Kırşehir1,449–1,569 kWh/m²With an annual solar energy potential of about 1,509 kWh/m² (GEPA), Kırşehir is suitable for agriculture and small industrial applications.
- Karaman1,600–1,720 kWh/m²With an annual solar energy potential of about 1,660 kWh/m² (GEPA), Karaman is suitable for agricultural and industrial solar PV thanks to its high radiation.
- Çankırı1,372–1,492 kWh/m²With an annual solar energy potential of about 1,432 kWh/m² (GEPA), Çankırı is suitable for rural and residential solar PV applications.
Mediterranean Region solar energy installation
High sunshine for most of the year; solar PV for greenhouse and irrigation systems, tourism facilities and industrial rooftops.
- Antalya1,586–1,706 kWh/m²With an annual solar energy potential of about 1,646 kWh/m² (GEPA), Antalya has high potential for its tourism, greenhouse and residential ecosystem.
- Adana1,504–1,624 kWh/m²With an annual solar energy potential of about 1,564 kWh/m² (GEPA), Adana is suitable for industrial, agricultural and residential rooftop solar PV.
- Mersin1,554–1,674 kWh/m²With an annual solar energy potential of about 1,614 kWh/m² (GEPA), Mersin is suitable for port, agricultural and residential applications.
- Hatay1,476–1,596 kWh/m²With an annual solar energy potential of about 1,536 kWh/m² (GEPA), Hatay is focused on industry and agricultural irrigation.
- Kahramanmaraş1,550–1,670 kWh/m²With an annual solar energy potential of about 1,610 kWh/m² (GEPA), Kahramanmaraş is suitable for industrial OIZ and agricultural projects.
- Osmaniye1,495–1,615 kWh/m²With an annual solar energy potential of about 1,555 kWh/m² (GEPA), Osmaniye is suitable for industrial and agricultural rooftop solar PV.
- Isparta1,552–1,672 kWh/m²With an annual solar energy potential of about 1,612 kWh/m² (GEPA), Isparta is suitable for rose/agricultural and tourism facilities.
- Burdur1,571–1,691 kWh/m²With an annual solar energy potential of about 1,631 kWh/m² (GEPA), Burdur is suitable for agriculture- and tourism-focused solar PV applications.
Western Black Sea Region solar energy installation
Rooftop solar PV with equipment resistant to humidity and snow load; hybrid and off-grid systems for highland, vineyard-house and rural buildings.
- Zonguldak1,300–1,450 kWh/m²With an annual solar energy potential of 1,300-1,450 kWh/m², Zonguldak offers suitable solutions for industrial and residential projects despite its humid climate.
- Düzce1,380–1,470 kWh/m²With an annual solar energy potential of 1,380-1,470 kWh/m², Düzce is suitable for rural and urban projects.
- Bolu1,350–1,450 kWh/m²With an annual solar energy potential of 1,350-1,450 kWh/m², Bolu is suitable for tourism and rural areas.
- Bartın1,247–1,367 kWh/m²With an annual solar energy potential of about 1,307 kWh/m² (GEPA), Bartın is suitable for coastal and rural applications.
- Karabük1,309–1,429 kWh/m²With an annual solar energy potential of about 1,369 kWh/m² (GEPA), Karabük is suitable for industrial and residential rooftop solar PV.
- Kastamonu1,304–1,424 kWh/m²With an annual solar energy potential of about 1,364 kWh/m² (GEPA), Kastamonu is suitable for rural, agricultural and residential applications.
- Sinop1,268–1,388 kWh/m²With an annual solar energy potential of about 1,328 kWh/m² (GEPA), Sinop is suitable for coastal tourism and rural off-grid.
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