The SCADA frameworks for wind comprise of servers, correspondences frameworks, sensors, RTUs, PLCs and that's just the beginning. SCADA frameworks regularly gather rotor speed, azimuth edge, nacelle edge, adapt switches, substations, transformers and numerous different purposes of simple and advanced information, alongside wind speed, producing level and different types of information.
Customer SCADA programming makes it conceivable to show the present condition of the wind turbine, dissemination organize, incline diagrams, alert history and different outlines, get ready hourly/day by day logs and month to month reports, enter wind turbine control summons, and take part in different activities.
Training Objectives:
- Understand the history and background of onshore and offshore wind farms
- Explain the different types of wind turbines in wind farms
- Describe the operation of wind farms
- Describe the role of SCADA and EMS systems
- Understand the different types of transmission systems in wind farms
- Explain SCADA control and protections implemented for different parts of wind farms
- Describe the SCADA functions applied to wind farms
- Tackle the problems related to unbalance and faults in offshore wind farms
- Combine the concept of SCADA and wind farms into the microgrids
Course Content:
- Wind Energy Overview
- Background and history
- Market history and overview (Europe, Asia and USA)
- State of the States
- Global context 2020, 2025, 2030
- High level factors that impact LCoE
Development of onshore/offshore Wind Farms:
- Onshore and Offshore wind resource
- GIS database
- Database components
- Wind resource estimates
- Distance from shore
- Grid Interconnection
- Port Infrastructure
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