Optimal sensor placement methods for active power electronic systems

Keyphrases

• Power Electronic Systems 100%
• Active Power 100%
• Optimal Sensor Placement 100%
• Sensor Placement Method 100%
• High Temperature 50%
• High Density 50%
• Accurate Estimation 50%
• Order Reduction 50%
• Overall System 50%
• Estimation Accuracy 50%
• Physics-based 50%
• Discretized 50%
• Computational Expense 50%
• Thermal Model 50%
• Safety Factor 50%
• System Performance 50%
• GaN-based 50%
• Performance Metrics 50%
• Information-centric 50%
• Inverter 50%
• Improved Estimation 50%
• Lumped Parameter 50%
• Factor System 50%
• System Utility 50%
• Linear Programming Formulation 50%
• Enhanced System 50%
• Temperature Estimation 50%
• Sensor Placement 50%
• Reliable Estimation 50%
• Seven-level 50%
• Support Solution 50%
• Failure Prevention 50%
• Dynamic Thermal Management 50%
• Real-time Temperature Monitoring 50%
• Continuous Relaxation 50%
• Sensor Placement Problem 50%
• Loading Estimation 50%
• Material Sensitivity 50%
• Component Sensitivity 50%
• Multiple Loading Conditions 50%
• Temperature Sensors Placement 50%

Engineering

• Metrics 100%
• Power Electronics 100%
• Active Power 100%
• Placement Method 100%
• Temperature Estimation 66%
• Linear Programming 33%
• Lumped Parameter 33%
• Thermal Model 33%
• Thermal Sensor 33%
• Computational Expense 33%
• Systems Performance 33%
• Safety Factor 33%
• Multiple Loading Condition 33%