Smart Tracking Meets Intelligent Cleaning – Dual AI Boosts Efficiency To maximize solar plant output, optimal mounting design must be paired with intelligent operations and maintenance (O&M). Grace Solar’s AI Tracking + Cleaning Robot Solution…
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Optimized Tracking for Bifacial Modules and Sloped Terrains The GS-Light Independent Single Row 2P System is purpose-built for projects using bifacial or high-power modules, delivering maximum energy output with minimal civil engineering. With a wide…
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Cost-Effective AI-Driven Tracker for Flat Land Power Plants The GS-Light Double Row Linkage Tracking System is an advanced solar tracker tailored for large-format, high-power modules. Designed with larger cross-section beams and a high-strength linkage structure,…
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AI-Enhanced Single-Row Solar Tracking System for Complex Terrain The GS-Light 1P Tracking System is a high-performance, independent single-row tracker designed for irregular land and complex terrain. Capable of adapting to north-south slopes up to 20%,…
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AI-Driven Tracking with High Wind Resistance for Large High-Power Modules This self-developed solar tracking system features a unique multi-point transmission structure that dramatically enhances rigidity and wind resistance—ideal for the latest 182mm and 210mm large…
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Efficient Tracking Solution for High-Latitude Solar Power Plants The MRac Smart Tilt Single Axis PV Solar Tracker is an advanced solar tracking solution engineered specifically for large-scale photovoltaic projects in latitudes above 40 degrees. This…
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Maximizing Solar Power Generation with Smart Tracking Technology The MRac Single Axis Solar Tracking System is an advanced solution designed for large-scale solar power plants, particularly in low-latitude regions. This system utilizes a single motor…
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