Data-Driven Modeling of Grid-Forming Inverter Dynamics Using Power Hardware-in-the-Loop Experimentation

Keyphrases

• Human-in-the-loop 100%
• Data-driven Modeling 100%
• Grid-connected Inverter 100%
• Inverter Dynamics 100%
• Power Electronic Converters 66%
• Dynamic Response 33%
• Modeling Techniques 33%
• Analytical Approach 33%
• Grid-forming 33%
• Dynamic Behavior 16%
• Mathematical Model 16%
• System Dynamics 16%
• Simulation Study 16%
• Experimental Simulation 16%
• Capture Dynamics 16%
• Probing Signal 16%
• Frequency Change 16%
• Power Grid 16%
• Goodness-of-fit 16%
• Loading Conditions 16%
• System Identification Algorithm 16%
• Grid Operation 16%
• Advanced Control Strategies 16%
• Reactive Power 16%
• Active Power 16%
• Synchronous Generator 16%
• Converter Model 16%
• Dynamic Grid 16%
• Weak Grid 16%
• Conventional Power System 16%
• OPAL-RT 16%
• RT Models 16%
• Converter-based Generation 16%

Engineering

• Inverter 100%
• Power Electronic Converter 66%
• Dynamic Response 33%
• Analytical Approach 33%
• Control Strategy 16%
• Systems Dynamics 16%
• Dynamic Behavior 16%
• Power Engineering 16%
• Power Grid 16%
• Loading Condition 16%
• Active Power 16%
• Synchronous Generator 16%
• Reactive Power 16%
• Probing Signal 16%
• Mathematical Model 16%