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Context – Classic Grid

EPSRC Power Electronics Centre Early Stage Researchers Meet up WP1.1 High Power DC-DC Converter Topologies   Luiz Villa . Context – Classic Grid. Context - Renewables. Context – DC Grid . Basic DC-DC converter approach. Voltage stresses Voltage step Frequency/Volume Reliability Losses.

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Context – Classic Grid

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  1. EPSRC Power Electronics CentreEarly Stage Researchers Meet upWP1.1 High Power DC-DC Converter Topologies  Luiz Villa.

  2. Context – Classic Grid WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  3. Context - Renewables WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  4. Context – DC Grid WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  5. Basic DC-DC converter approach • Voltage stresses • Voltage step • Frequency/Volume • Reliability • Losses

  6. DC-AC-DC converter approach WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  7. DC-AC-DC converter approachA closer look WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  8. DC-AC-DC converter approachA closer look WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  9. DC-AC-DC converter approachA closer look WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  10. DC-AC-DC converter approachA closer look WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  11. DC-AC-DC converter approachA closer look WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  12. DC-AC-DC converter approachSum up • Voltage stresses • Voltage step • Frequency/Volume • Reliability • Losses WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  13. Modular converter approach WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  14. Modular converter approachA closer look WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  15. Modular converter approachA closer look WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  16. Modular converter approachA closer look WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  17. Modular converter approachSum up • Voltage stresses • Voltage step • Frequency/Volume • Redundancy • Losses WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

  18. Modular converter approachChallenges ahead • Control • Sizing of elementary module • Secondary side - Transformer isolation WP1.1 - High Power DC-DC Converter Topologies - Luiz Villa

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