Intelligent management of solar tracking systems has become the new industry standard. As a representative of Guangdong Zeyang Intelligent Technology Co., Ltd., I am honored to introduce our revolutionary SCADA control system—the intelligent brain specifically designed for modern solar power plants. The AITRACKER SCADA Control System enables digital management of PV power plants through a centralized monitoring platform, improving system efficiency by over 15%. This system integrates real-time data acquisition, remote control, and AI predictive analysis functions, and has been successfully applied in global projects such as the 35.5MW project in India and the 80MW project in Myanmar.

Imagine your solar power plant maintaining optimal operation on a hot afternoon in Madrid or during a sandstorm in Zimbabwe—that’s the change brought by our SCADA system. Let’s dive into its three core advantages.

Why Is SCADA an Essential System for Large-Scale PV Power Plants?

When the scale of a PV power plant exceeds 20MW, traditional manual management models face significant challenges. Operators need to rush between various areas for inspections, resulting in low efficiency and high error rates. The AITRACKER SCADA System enables real-time monitoring of the entire power plant through a central control room, quickly detecting and handling over 80% of common faults. After our client SunPower Africa used it in their 50MW power plant in Zimbabwe, operational labor costs were reduced by 40%.

The main functions of the system include:

How to Ensure System Reliability in Extreme Weather?

Freezing cold in Poland, high temperatures in Spain, sandstorms in Africa... These extreme environments pose severe challenges to PV power plants. Traditional control systems often malfunction under such conditions. AITRACKER’s solution adopts military-grade hardware design and intelligent fault-tolerant algorithms, ensuring the system operates stably in environments ranging from -40℃ to 85℃. Our UL-certified products achieved 99.9% availability in cold weather tests in Inner Mongolia.

These technologies ensure reliable system operation:

• Triple protection design: Waterproof, dustproof, and corrosion-resistant casing

• Adaptive algorithm: Automatically adjusts working modes based on meteorological sensors

• Redundant communication: 4G/fiber dual-channel backup

• Self-inspection function: Daily automatic detection of key component status

Can Intelligent Operation and Maintenance Really Reduce Costs?

SolarTech, a solar developer in India, once faced the dilemma of operation and maintenance costs accounting for 18% of total revenue. One year after using our SCADA system, this ratio dropped to below 10%. The intelligent functions of the AITRACKER System create value for power plants in three aspects: preventive maintenance reduces sudden faults, optimization algorithms improve power generation, and remote control saves labor costs. Specific benefits include:

• Increased power generation: AI tracking algorithms increase output by an average of 5-15%

• Labor savings: 1 engineer can manage a 100MW power plant

• Reduced losses: Equipment lifespan extended by 30%

• Electricity cost optimization: Intelligent scheduling saves grid fees

Actual data from our Spanish client shows that a 20MW power plant recovered its investment in the first year after using the SCADA system and created an additional €2 million in revenue in the second year.

Conclusion

The AITRACKER SCADA Control System is redefining the management standards of solar power plants. Whether your project is in a hot desert or a cold plateau, our 12 years of industry experience will provide you with the best solution.