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Project Showcase | Global Practices of Grace Solar's Intelligent Tracking System

Publish Time：2025-05-21 Sources：

As photovoltaic power stations worldwide advance toward higher efficiency and intelligence, tracking systems have become a critical tool for enhancing power generation. As a leading provider of photovoltaic tracking solutions, GraceSolar leverages over a decade of technological expertise to develop the GS series solar tracking system, integrating AI, IoT, and advanced materials. This system demonstrates exceptional adaptability and reliability across the globe.



The GraceSolar GS tracking system combines AI and IoT technologies to achieve millisecond-level environmental sensing (0.5 seconds per scan) and dual intelligent algorithms (tracking every 5-10 minutes), ensuring precise sunlight alignment. Its innovative high-wind protection and anti-shading modes guarantee stable operation in harsh weather conditions. Constructed with high-strength, corrosion-resistant magnesium-aluminum-zinc coating and a multi-point drive design, the system boasts 20% greater rigidity than traditional single-drive systems, along with superior wind resistance. Rigorous quality control ensures reliability, making it a robust foundation for green energy.

Let’s explore how this system excels in landmark projects worldwide:

Italy | Multiple Plants Totaling 18MW Independent Single-Row Systems

"This is not just a technical solution but also a respect for nature,"?remarked an engineer from Enel, the project partner.?



In Italy’s mountainous terrain, GraceSolar demonstrated ingenuity by adopting flexible independent single-row systems tailored to the landscape, avoiding extensive land leveling. Each array unit autonomously adapts to varying slopes and orientations, functioning like a skilled mountaineering team navigating rugged terrain. This?"work with nature"?approach preserves the original landscape while delivering above-expected power yields.

Notably, the system’s anti-snow mode proves highly effective in winter. When sensors detect continuous snowfall, the supports automatically adjust to a?"wave-like"?staggered arrangement, using gravity to shed snow naturally. This ensures winter power generation efficiency remains above 85% of normal levels.



Bulgaria | 2.4MW Solar Project


In Bulgaria’s suburbs, Grace Solar’s 2.4MW tracking system redefines the synergy between cities and energy, embodying the?"invisible power plant"?concept. During heavy snow, the system tilts the supports to their maximum angle for rapid snow shedding, ensuring uninterrupted winter operation. The design also prioritizes ecological compliance, with spacing that accommodates bird flight paths and noise levels kept below 35 decibels.



Beyond these projects, Grace Solar’s tracking systems showcase unique value in specialized settings like Angola (under construction), where they balance power generation with agricultural and aesthetic needs. What truly sets GraceSolar apart is its engineering philosophy: rather than chasing technical specs, the focus is on real-world performance. This pragmatic approach ensures solutions perfectly meet client demands.


As global energy transitions accelerate, photovoltaic power stations face increasingly diverse challenges. Through continuous innovation, GraceSolar proves that intelligent tracking systems are not just tools for boosting output—they are key to maximizing a power plant’s lifecycle value.

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