A bidirectional dual active bridge converter for V2G applications based on DC microgrid | Semantic Scholar
Design Methodology of a DC Nanogrid incorporating the V2G Technology | Semantic Scholar
DUTh IEEE IAS SBC
A bidirectional dual active bridge converter for V2G applications based on DC microgrid | Semantic Scholar
Proposed 35 kV/10 kV/5000 kVA OLVR-EPT a Connection of EPT and main... | Download Scientific Diagram
Energies | Free Full-Text | A Study on the V2G Technology Incorporation in a DC Nanogrid and on the Provision of Voltage Regulation to the Power Grid
Steady-state behavior. | Download Scientific Diagram
Apostolis Averkiadis - Senior CPU Verification Engineer - Arm | LinkedIn
DUTh IEEE IAS SBC
Simulation diagram constructed by CarSim. | Download Scientific Diagram
Ioannis Skouros - Electrical Design Engineer - MES Energy S.A. | LinkedIn
DUTh IEEE IAS SBC
A bidirectional dual active bridge converter for V2G applications based on DC microgrid | Semantic Scholar
Ioannis Skouros - Electrical Design Engineer - MES Energy S.A. | LinkedIn
How to derive equations for a resonant buck converter with ZVS? | ResearchGate
Energies | Free Full-Text | A Study on the V2G Technology Incorporation in a DC Nanogrid and on the Provision of Voltage Regulation to the Power Grid
Design Methodology of a DC Nanogrid incorporating the V2G Technology | Semantic Scholar
DUTh IEEE IAS SBC
Ioannis Skouros - Electrical Design Engineer - MES Energy S.A. | LinkedIn
Ioannis Skouros - Electrical Design Engineer - MES Energy S.A. | LinkedIn
Energies | Special Issue : Power Electronics for Energy Saving
A bidirectional dual active bridge converter for V2G applications based on DC microgrid | Semantic Scholar
Random time-varying delays series. | Download Scientific Diagram
Energies | Special Issue : Power Electronics for Energy Saving
A bidirectional dual active bridge converter for V2G applications based on DC microgrid | Semantic Scholar
DUTh IEEE IAS SBC
Energies | Special Issue : Power Electronics for Energy Saving
DUTh IEEE IAS SBC
