Double-layer stochastic model predictive voltage control in active distribution networks with high penetration of renewables

Keyphrases

• Active Distribution Network 100%
• Active Power Curtailment 66%
• Bus Voltage 33%
• Capacitor Bank 33%
• Control Period 33%
• Controller 100%
• Curtailment Losses 33%
• Distributed Generation 33%
• Distribution Network 33%
• Double Layer 100%
• High Renewable Penetration 100%
• IEEE 33 Bus System 33%
• Lower Layer 66%
• Model Predictive Control Algorithm 33%
• Model Predictive Voltage Control 100%
• On-load Tap Changer 33%
• Operation number 33%
• Power Loss 33%
• Reactive Power Control 33%
• Stochastic Model 100%
• Stochastic Model Predictive Control 33%
• Traditional Control 33%
• Transformer 33%
• Two-stage Stochastic 33%
• Upper Layer 66%
• Voltage Control 66%
• Voltage Profile 33%
• Voltage Regulation 100%

Engineering

• Active Distribution Network 100%
• Active Power 66%
• Bus System 33%
• Bus Voltage 33%
• Capacitor Bank 33%
• Control Algorithm 33%
• Curtailment 66%
• Distributed Power Generation 33%
• Double Layer 100%
• Electric Power Distribution 33%
• On-Load Tap Changer 33%
• Power Control 33%
• Power Loss 33%
• Predictive Control Model 33%
• Reactive Power 33%
• Renewable Energy 33%
• Renewables 100%
• Stochastic Model 100%
• Voltage Regulation 100%