Modeling and Control of a Multiport Power Electronic Transformer (PET) for Electric Traction Applications

Keyphrases

• Traction Application 100%
• Electric Traction 100%
• Multi-port Power Electronic Transformer 100%
• Single Active Bridge 66%
• Medium Frequency Transformer 66%
• Power Balance 66%
• Phase-shift Control 66%
• Multi-winding 66%
• High Power 33%
• Control Scheme 33%
• Traction System 33%
• Voltage Control 33%
• Zero Voltage Switching 33%
• Control Strategy 33%
• Modeling for Control 33%
• Switching Phase 33%
• Transformer Isolation 33%
• Modeling Analysis 33%
• Multiport 33%
• Control Algorithm 33%
• Soft Switching 33%
• Multi-winding Transformer 33%
• Balance Control 33%
• Locomotive 33%
• Transformer Topologies 33%
• Flux Linkage 33%
• Power Decoupling 33%
• Power Characteristics 33%
• Isolation Unit 33%
• Current Analysis 33%
• Shift Voltage 33%
• Virtual Circuit 33%
• Power Utility 33%
• Distribution Application 33%
• Electric multiple Unit 33%
• Wind Power Generation 33%
• Switching Condition 33%
• Marine Propulsion 33%
• Power Decoupling Method 33%
• Current Characteristics 33%
• Bridge Isolation 33%
• Topology Algorithm 33%
• Grid Distribution 33%
• Analysis Scheme 33%
• Equivalent Circuit Modeling 33%
• Polygon 33%
• Nonlinear Solution 33%
• Power Analysis 33%
• Utility Grid 33%

Engineering

• Power Electronics 100%
• Phase Shift 66%
• Frequency Transformer 66%
• Control Scheme 33%
• Potential Application 33%
• Control Algorithm 33%
• Control Strategy 33%
• Equivalent Circuit 33%
• Zero Voltage Switching 33%
• Flux Linkage 33%
• Soft-Switching 33%
• Wind Power Generation 33%
• Power Balance 33%
• Virtual Circuit 33%