A Control for Preventing False Tripping of Grid-Tied Renewable Systems With Increased Solar Penetration and Fluctuating Load Demand

Keyphrases

• Point of Common Coupling 100%
• Grid-tied 100%
• Load Demand 100%
• Fluctuating Load 100%
• Penetration Load 100%
• Solar Penetration 100%
• Renewable System 100%
• False Tripping 100%
• Phase Frequencies 66%
• Estimated Frequency 66%
• Power Variability 66%
• Power Quality 33%
• Load Current 33%
• Quality Performance 33%
• Proposed Methodology 33%
• Current Distortion 33%
• Steady State 33%
• System Reliability 33%
• Supply Voltage 33%
• Voltage-current 33%
• High Penetration 33%
• System Operation 33%
• Phase Jump 33%
• Frequency Locked Loops 33%
• High Demand 33%
• Synchronization Control 33%
• Amplitude Frequency 33%
• Solar Energy Systems 33%
• Voltage Phase Angle 33%
• Demand Fluctuation 33%
• State Phase 33%
• Frequency Estimation 33%
• Solar Power Generation System 33%
• Phase Amplitude 33%
• Amplitude Matching 33%
• Power Electronic Switch 33%
• Fictitious Frequency 33%
• Frequency Jump 33%
• Variable Renewable Energy 33%
• Frequency Control Loop 33%
• Phase Transients 33%

Engineering

• Point of Common Coupling 100%
• Renewables 100%
• Fluctuating Load 100%
• Experimental Result 33%
• Power Quality 33%
• Simulation Result 33%
• Power Electronics 33%
• Phase Shift 33%
• Supply Voltage 33%
• Solar Energy 33%
• System Operation 33%
• Phase Locked Loop 33%
• Locked Loop 33%
• Solar Energy System 33%
• Switching Circuit 33%
• Power Generation System 33%
• Frequency Estimation 33%
• Load Current 33%