Power Evacuation from Solar and Wind Energy Plants

1. Wind Power Evacuation:

   • Power flow from wind farms to the grid.

   • Substations, EHV lines, and grid integration.

   • Role of USS, PSS, and EHV connections.

2. Solar Power Evacuation:

   • Power flow from solar fields using string/central inverters.

   • Role of Isolation and Distribution Transformers (IDT) and VCBs.

   • Underground cable systems and grid connection.

3. Grid Stability and Control:

   • Functions of Load Dispatch Centers (SLDC, WRLDC, SRLDC, NLDC).

   • Importance of real-time data and Phasor Measurement Units (PMUs).

   • Role of Special Protection Schemes (SPS) in grid safety.

4. Power Quality Management:

   • Power Plant Controllers (PPC), Static Var Generators (SVG), and Capacitor Banks.

   • Maintaining voltage and reactive power quality.

5. Regulatory and Approval Process:

   • Key approvals for power evacuation projects.

   • ABT Metering for energy transactions.

6. Operational Tools:

   • Introduction to Independent Engineer Monitoring (IEM) and Automatic Meter Reading (AMR).

7. Practical Insights:

   • Real-world case studies and solutions for challenges in power evacuation.

This structured approach ensures participants grasp all critical aspects of power evacuation systems in renewable energy projects.