Turkey stands as a bridge between Europe and Asia, possessing some of the highest solar irradiation levels in the Mediterranean basin. As the Turkish government pushes towards its 2035 National Energy Plan—aiming for a solar capacity of 52.9 GW—the demand for advanced tracking technology has shifted. While traditional fixed brackets dominated early installations in Konya and Antalya, the industry is now pivoting toward Tilted Single Axis Trackers (TSAT). These systems are particularly effective in the Turkish geography, where latitudes ranging from 36°N to 42°N require specific tilt optimizations to maximize winter yield and manage the rugged Anatolian terrain.
As a leading Tilted Single Axis Tracker Factory, Shandong Zhaori New Energy Tech. Co., Ltd. (Sunchaser) provides specialized solutions that align with the technical requirements of Turkey's TEİAŞ (Turkish Electricity Transmission Corporation) and local grid regulations. Our products, such as the ZRT-16, are designed to withstand the high wind loads of the Aegean region and the heavy snow loads of Eastern Anatolia, offering a 15% to 25% energy gain compared to standard fixed-tilt configurations.
Monthly Capacity
R&D Expertise
Global Patents
Energy Gain
International EPCs and Turkish developers are increasingly seeking "Bankable" tracking solutions. Our UL and TUV-certified systems ensure that Turkish projects remain attractive to global financiers and investment funds.
Our smart controllers are compatible with Turkish grid codes, featuring rapid shutdown capabilities and advanced scada integration for remote monitoring across scattered Anatolian sites.
Turkey’s industrial zones (OSB) require decentralized power. Our TSAT systems are modular, allowing for easy installation on uneven industrial plots where traditional trackers might fail.
The future of solar tracking in Turkey is inextricably linked to AI-driven optimization. Shandong Zhaori New Energy is pioneering the integration of machine learning algorithms into our tracking controllers. These "Smart Sunchasers" can predict diffuse radiation during Turkey's cloudy spring days, adjusting the tilt to capture maximum light even when the sun is not visible. Furthermore, our roadmap includes the 2P (Two-in-Portrait) configuration optimization, which drastically reduces the steel-to-watt ratio, helping Turkish developers combat rising raw material costs.
Our 50,000 square meter factory utilizes automatic welding robots and CNC laser cutting to ensure every tracker sent to the Turkish market meets a tolerance level of ±0.5mm. This precision is vital for the longevity of the drive systems, ensuring a 25-year operational lifespan in harsh environments.
Founded in 2012, Shandong Zhaori New Energy Tech. Co., Ltd. holds 10 specialized departments including a core R&D wing. Our 60+ technical experts focus exclusively on photovoltaic power stations and solar tracking technology. With patents in the USA, Europe, Japan, and Canada, our authority in the field is recognized globally, providing Turkish partners with a reliable, high-tech supply chain.
Key Certifications: TUV, CE, ISO9001. Our principle: More simple, more reliable, and more effective.
Industrial Self-Consumption Project (Bursa)
20MW Utility Project (Central Anatolia)
High-Altitude Snow Performance Test
At latitudes above 35°, a flat single axis tracker loses efficiency during winter months when the sun is lower. The "Tilted" axis compensates for this by maintaining a better angle of incidence year-round, resulting in a more consistent energy profile across the seasons in regions like Ankara or Istanbul.
While our core components are manufactured in our 500MW factory, we offer flexible supply chain solutions that allow Turkish EPCs to integrate local steel or labor to help meet specific regional incentive requirements.
Our systems feature a "one-click" cleaning mode and a high-clearance design, making them ideal for the dusty environments of Central Anatolia. Maintenance is minimal, requiring only annual inspections of the drive gears.
Yes, our trackers are engineered for wind speeds up to 150km/h and include an automatic stow-position sensor that flattens the modules during high-wind events to protect the structure.
Whether you are developing a 100MW utility farm in Karapınar or a 500kW commercial roof in Izmir, our Tilted Single Axis Tracker Factory provides the engineering depth, manufacturing scale, and localized technical support necessary for success. We invite Turkish energy partners and global procurement officers to visit our facilities or contact our technical team for a comprehensive project simulation and LCOE analysis.
Zhaori
