Explore our industry-leading single-axis and dual-axis solar tracking solutions, engineered for maximum energy yield and extreme environmental durability.
Shandong Zhaori New Energy Tech. Co., Ltd. is a high-tech and new energy company based on independent intellectual property rights. Founded in June 2012, our organization has evolved into a sophisticated enterprise featuring 10 dedicated departments, including R&D, technical, engineering, production, quality assurance, development, foreign trade, domestic trade, and I.M.D. departments.
With more than 60 professional technology-talented employees, our expert engineering team has focused intensively on photovoltaic power stations and advanced solar tracking technology for over a decade. We deliver superior optimization for utility-scale, commercial, and industrial photovoltaic assets worldwide.
Our state-of-the-art manufacturing facility covers an expansive area of 50,000 square meters, equipped with a comprehensive series of advanced production machinery. This includes high-precision CNC machine tools, fiber laser cutting machines, automated robotic welding systems, plasma cutting equipment, and dozens of streamlined high-capacity production lines.
Driven by over 300 skilled production operators and technical personnel, our monthly production capacity reliably reaches 500MW. Every single solar tracker component undergoes rigorous quality control protocols—spanning raw material inspection, precise laser cutting, automated structural welding, precision forming, advanced multi-layer anti-rust treatments, post-processing, strict dimensional audits, and secure industrial packaging—fully complying with international quality management system certifications.
Our diverse portfolio encompasses stationary PV brackets, adjustable PV brackets, flat single-axis tracking systems, tilted single-axis tracking systems, and cutting-edge dual-axis tracking systems. Guided by our engineering philosophy—"more simple, more reliable, and more effective"—we eliminate mechanical complexities to deliver unmatched operational uptime.
Our technological excellence is globally recognized, holding prestigious invention patents from the European Patent Office, United States, Canada, Australia, Japan, South Korea, Thailand, India, Brazil, and South Africa, alongside 8 Chinese National Invention Patents and over 30 Utility Model Patents. All product lines carry rigorous international certifications including TUV, CE, and ISO.
As the global energy transition accelerates towards net-zero targets, utility-scale photovoltaic developers are increasingly shifting from fixed-tilt structures to advanced solar tracking systems. Modern solar tracker manufacturing requires deep integration of IoT monitoring, AI-driven astronomical algorithms, and extreme weather resilience (such as automated stowage modes against high winds and heavy snowfalls).
Global procurement demands emphasize Supply Chain Resilience, Bankability, and Levelized Cost of Electricity (LCOE) reduction. International energy conglomerates actively source from Chinese Tier-1 manufacturing hubs due to unmatched industrial clusters, superior supply chain depth, and rapid delivery capabilities. Industrial and commercial (C&I) rooftop installations as well as large utility-scale desert projects now universally mandate bifacial-compatible single-axis and high-gain dual-axis trackers to maximize kWh output per square meter.
Discover our specialized heavy-duty tracking equipment designed for optimal performance across complex terrains, deserts, and snowy climates.
Certified by world-renowned testing institutions, our products meet the highest safety, structural, and operational standards globally.
Proven performance across utility-scale desert installations, mountainous terrains, snowy regions, and industrial rooftops worldwide.
Single-axis solar trackers typically increase photovoltaic power generation by 15% to 30% depending on geographical latitude and module alignment. Dual-axis tracking systems (such as our ZRD series) can further optimize solar irradiance capture, achieving up to 35% to 40% higher energy output compared to standard fixed-tilt systems on identical array sizes.
Our trackers feature intelligent anemometer integration and automated stowage algorithms. Upon detecting wind speeds exceeding safety thresholds, the system automatically rotates the panels into a flat or optimized stow position to minimize aerodynamic lift. For snowy regions, inclined positioning helps shed snow loads rapidly to prevent structural stress and cell shading.
With a 50,000㎡ advanced manufacturing plant, 500MW monthly production capacity, strict TUV/CE/ISO quality controls, and international patents across the US, EU, Canada, and Asia, we offer exceptional reliability, factory-direct pricing, custom engineering solutions, and comprehensive full-lifecycle technical support.
Yes! All our single-axis and dual-axis tracking solutions are engineered with high-torsion torque tubes and optimized shadowing geometry, making them 100% compatible with high-power bifacial photovoltaic modules to capture both direct sunlight and albedo ground reflection.
Zhaori
