Solar Tracking System

One axis solar tracking system maximizes energy yield via AI-powered sun following. Adapts to 20% slopes, withstands 47m/s winds, and boosts output by 8%. Features low-LCOE dual power (self-powered/Li-battery), IP65 wireless controls, and ±2° precision. Certified UL/TUV for utility/agri-PV projects globally...

Maximize solar energy harvest with our advanced active solar tracker featuring AI-powered dual-axis precision. Engineered for extreme conditions, it withstands 47m/s winds through multi-point drive technology and adapts to 15% slopes. Boasts 8% higher energy yield via intelligent cloud-adaptation algorithms. Compatible with bifacial modules and reduces LCOE through quick installation and <0.04kWh/day self-consumption. Ideal for utility-scale, agrivoltaic, and floating PV applications...

Innovative 2P array tracker solar tracking system maximizes energy yield with AI-driven algorithms. Featuring multi-point drive technology, it enhances structural rigidity by 20% and adapts to slopes up to 20%. Ideal for bifacial modules and complex terrains, this solution reduces LCOE with wireless monitoring and storm-resistant certification. Globally certified for 25-year performance...

The Automatic Sun Tracking System maximizes solar energy output by intelligently adjusting panels to follow the sun's path, increasing annual power generation by up to 40%. It integrates AI-driven weather adaptation and dual-axis precision, ensuring peak performance on challenging terrains like 20% sloped lands. This cost-effective solution is certified for extreme conditions, delivering unmatched reliability in harsh environments to reduce LCOE...

​​AI-Driven Photovoltaic Tracker Solutions for Maximum Energy Harvest​​: Engineered with multipoint drive technology to enhance structural rigidity by 20%, our tracking systems withstand extreme winds up to 47m/s. Featuring adaptive slope compatibility (20% N-S incline) and AI optimization algorithms that boost energy yield by 8% in complex terrains. Certified for global deployment with TUV/UL wind-tunnel validation...

GS-Light Solar Sun Tracker revolutionizes energy yield with advanced dual-axis technology, autonomously aligning panels perpendicular to sunlight via GPS and AI algorithms. Engineered for complex terrains (20% N-S slope adaptability) and extreme conditions (47m/s wind resistance), it boosts power generation by 40% vs. fixed systems while reducing LCOE. Featuring multi-point drive for 20% structural rigidity, real-time cloud-adaptive tracking, and IP65-rated durability. Ideal for utility-scale farms, agro-PV, and industrial installations...

Advanced Solar Tracking Device optimizes energy harvest with real-time sun alignment. Featuring AI-driven tracking algorithms and multi-point drive technology, our system adapts to 20% terrain slopes, withstands 47m/s typhoons, and boosts output by 8%+ versus fixed mounts. Compatible with 182mm/210mm bifacial modules, it integrates wireless control, lithium backup power, and LCOE-reducing designs for utility-scale reliability...

Maximize solar energy harvest with intelligent sun tracking solar panel mounts designed for rugged terrains. Our systems dynamically adjust panel angles using GPS and tilt sensors, delivering up to 8% higher energy yield versus fixed mounts. Engineered with multi-point drives for 20% enhanced structural rigidity, they withstand 47m/s typhoon gusts while adapting to 20% north-south slopes. Integrated AI algorithms optimize cloud coverage response, and low-power wireless controls (＜0.04kWh/day) ensure reliable operation across -40°C to 70°C environments. Ideal for agricultural, fishery, and industrial solar installations...

Sunflower Solar Tracker delivers intelligent dual-axis precision with industry-leading terrain adaptability. Engineered for 20% north-south slopes and unlimited east-west gradients, our multi-drive system (3-5 motors per tracker) increases structural rigidity by 20% while resisting 47m/s typhoon-force winds. AI-powered algorithms switch between astronomical tracking and real-time weather adjustment, boosting energy yield by 8% for bifacial modules. With wireless control and <0.04kWh/day power consumption, it minimizes LCOE across complex PV projects...