Real-Time Reactive Power Compensation of Industrial Loads Using Intelligent Control Techniques

Описание: This project presents the design and real-time control of reactive power compensation for industrial electrical loads using intelligent control techniques. The system dynamically monitors voltage, current, reactive power, and power factor, and automatically injects or absorbs reactive power to maintain near-unity power factor.

Advanced intelligent controllers such as fuzzy logic, adaptive control, or AI-based techniques are employed to ensure fast response, reduced voltage fluctuations, improved power quality, and lower energy penalties under continuously varying industrial load conditions.

📊 Key Highlights:
✔ Real-time reactive power monitoring
✔ Intelligent control-based compensation strategy
✔ Power factor correction under dynamic loads
✔ Voltage stability & loss reduction
✔ MATLAB/Simulink-based implementation

🎓 Ideal for PhD | MS | MTech | Final-Year Engineering Projects
🌍 Applications: Industrial power systems, smart grids, power-quality improvement

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📩 Contact for MATLAB code, Simulink models & IEEE journal support

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