A Four-Degrees-of-Freedom Modulation Strategy for Dual-Active-Bridge Series-Resonant Converter Designed for Total Loss Minimization

Keyphrases

• Series Resonant Converter 100%
• Modulation Scheme 100%
• Modulation Strategy 100%
• Loss Minimization 100%
• Total Loss 100%
• Four Degrees of Freedom 100%
• Dual Active Bridge 100%
• Output Current 50%
• Voltage Gain 50%
• Switching Losses 50%
• Voltage Output 50%
• Supercapacitor 50%
• Conduction Losses 50%
• Range Variation 50%
• Tank Current 50%
• Switching Frequency 25%
• Maximum Efficiency 25%
• Output Voltage 25%
• Phase Shift 25%
• Root Mean Square 25%
• Modulation Parameters 25%
• Reactive Power 25%
• Boost Mode 25%
• Charging-discharging 25%
• Internal-external 25%
• Rated Output 25%
• Phase Switching 25%
• Zero Reactive Power 25%
• Hard Switching 25%
• Dual Active Bridge Converter 25%
• Buck Mode 25%
• DC Bus 25%
• Measuring Converter 25%
• Shift Frequency 25%
• Square Tank 25%
• Soft Switching 25%
• Converter Efficiency 25%
• Device Stress 25%

Engineering

• Degree of Freedom 100%
• Modulation Scheme 100%
• Resonant Converter 100%
• Supercapacitor 50%
• Switching Loss 50%
• Current Output 50%
• Reactive Power 50%
• Conduction Loss 50%
• Current Tank 50%
• Current Gain 50%
• Experimental Result 25%
• Output Voltage 25%
• Switching Frequency 25%
• Simulation Result 25%
• Mode Operation 25%
• Root Mean Square 25%
• Supplementary Material 25%
• Rated Output 25%
• Soft-Switching 25%
• Phase Shift 25%