Proven, desert-tested single-axis and dual-axis solar trackers designed to maximize return on investment under severe sandstorm and solar-radiation profiles.
High-rigidity 1-in-Portrait tracker engineered for maximum wind stability, featuring simplified assembly mechanics for large-scale utility layouts.
Optimized 2-in-Landscape dual-row linked configurations. Increases active module density and minimizes excavation depth on rocky desert terrains.
Full 360-degree solar tracking system yielding up to 35% more power over fixed brackets in extreme high-radiation Middle East locations.
Features high corrosion protection (HDG coatings) and robust slew drive gearboxes capable of surviving desert wind shear and sand abrasion.
As Iraq accelerates its strategic energy transition plan to install over 10GW of solar energy by 2030, the reliance on high-efficiency, durable solar infrastructures has never been more critical. The vast Iraqi desert landscapes—such as Al-Anbar, Muthanna, and Basra—present some of the world's highest levels of Global Horizontal Irradiation (GHI). However, harvesting this energy requires hardware engineered to withstand severe environments where temperatures regularly exceed 50°C and dust storms are frequent.
Traditional fixed-tilt racking systems fall short of maximizing Levelized Cost of Energy (LCOE) performance indicators. In contrast, Flat Single Axis Trackers engineered by global experts offer an optimal middle ground between mechanical simplicity and superior output efficiency, raising electrical output by 15% to 30% compared to static structures.
Exporters and solar engineering companies must adapt systems to survive Iraq’s unique site challenges:
Global engineering, procurement, and construction (EPC) contractors working in Iraq require supply chain stability, high-volume production, certified quality assurance (TUV, CE, ISO), and direct support. Shandong Zhaori New Energy Tech. Co., Ltd. satisfies these requirements with an established manufacturing hub and a specialized engineering team dedicated to customized photovoltaic tracking brackets.
A premier manufacturing powerhouse delivering robust PV mounting systems to the Middle East, Central Asia, and beyond.
Founded in June 2012, Shandong Zhaori New Energy Tech. Co., Ltd. is a high-tech energy corporation built upon independent intellectual property rights. The company features 10 core specialized departments, including R&D, Technical, Engineering, Production, Quality Assurance, Development, Foreign Trade, Domestic Trade, and I.M.D.
Our dedicated team of over 60 professional technology talents has focused on utility-scale photovoltaic installations and automated tracking technologies for over a decade.
Our modern factory spans over 50,000 square meters and is equipped with advanced automated production systems. These systems include precision CNC machine tools, industrial laser cutters, automated welding robots, plasma cutters, and dozens of dedicated roll-forming lines. With over 300 production workers, we achieve a monthly capacity of 500MW.
Our product line includes fixed racking, adjustable PV brackets, flat single-axis tracking systems, tilted single-axis tracking systems, and dual-axis tracking systems. Every structure is designed to deliver reliable performance with minimal maintenance in dry, dusty environments.
Our products have received invention patents from the European Patent Office (EPO), United States, Canada, Australia, Japan, South Korea, Thailand, India, Brazil, and South Africa, alongside 8 Chinese National Invention Patents and more than 30 Utility model patents.
All tracking components undergo testing to conform to rigorous quality management system regulations.
Innovative and variable incline mounting modules designed for low-tilt requirements and specialized local environments.
Designed with a pre-inclined structural angle to maximize low-latitude solar performance. Excellent for dusty environments where natural module tilt helps with rain self-cleaning.
Explore Solution
Supports 10 to 20 solar modules per tracking block with a tilted structure, delivering 15% to 25% energy yield gains over static systems at low latitudes.
Explore SolutionOur tracking systems are deployed worldwide, from snow-loaded mountain sites to hot desert projects.
Watch our advanced single-axis and dual-axis solar trackers in operation across global locations.
How we solve structural and electrical failures caused by sandstorms, high heat, and soil erosion.
Our intelligent controllers run customized algorithms that automatically tilt the solar modules to a 45° angle or maximum cleaning angle during heavy dust events. This helps minimize sand accumulation on module surfaces and reduces wind load pressure on the structure.
We utilize thick-walled square steel tubes finished with Zinc-Aluminum-Magnesium (ZAM) or heavy Hot-Dip Galvanization. This design offers robust torsional stiffness to resist sandstorm loads while ensuring long-term rust protection.
Our bearing units are constructed with self-lubricating, UV-stabilized engineered polymers. They are designed to operate without manual oiling, preventing sand particles from adhering to the moving surfaces and accelerating wear.
By matching our 1P/2P Single Axis Trackers with modern bifacial solar modules, developers can leverage the high albedo of desert soils. The elevated single-axis configuration allows reflected light to reach the backside of the modules, boosting total generation by up to 30%.
Recognizing that skilled labor can be scarce and expensive in remote Iraqi desert locations, our tracker systems are designed for quick mechanical installation. Pre-assembled bearing brackets and clamp-on torque tubes help reduce welding and alignment times on-site.
Key technical insights for EPC contractors, project developers, and procurement managers in Iraq.
Select and request custom quotes for our complete line of trackers, custom mounting solutions, and fixed-tilt systems.
High-density portrait racking configuration with multi-point drive linkage systems for high stability.
Features a robust central torque tube design, optimized for high wind speeds in desert environments.
Designed for low-latitude solar arrays, providing increased winter yield in northern Iraq.
Features dual-axis tracking logic, driving significant generation gains on high-DNI desert land.
Fully automated tracking system built with a high-rigidity structure and advanced backtracking controls.
Cost-efficient seasonal tilt brackets that allow manual angle adjustment for optimized performance.
Combines mechanical durability with cost-effective manual adjustment systems for small grid arrays.
Heavy duty dual-axis tracker designed to support up to 40 standard solar modules per tracker unit.
Get in touch with our design engineers for detailed structural calculations, tracker layout drawings, and competitive project pricing.
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