Efficiency Optimization by Considering the High Voltage Flyback Transformer Parasitics using an Automatic Winding Layout Technique

Prasanth Thummala, Henrik Schneider, Zhe Zhang, Ziwei Ouyang, Arnold Knott, Michael A. E. Andersen

Research output: Contribution to journalJournal articleResearchpeer-review

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Abstract

This paper presents an efficiency optimization approach for a high voltage bidirectional flyback dc-dc converter.The main goal is to optimize the converter for driving a capacitive actuator, which must be charged and discharged from 0 V to2.5 kV dc and vice versa,supplied from a24 Vdc supply.The energy efficiency is optimized using a proposed new automatic winding layout (AWL) technique and a comprehensive loss model.The AWL technique generates a large number of transformer winding layouts.The transformer parasitics such as dc resistance, leakage inductance and self-capacitance are calculated for each winding layout.An optimization technique is formulated to minimize the sum of energy losses during charge and discharge operations.The efficiency and energy loss distribution results from the optimization routine provide a deep insight into the high voltage transformer designand its impact on the total converter efficiency.The proposed efficiency optimization approach is experimentally verified on a25 W (average charging power) with100 W (peakpower) flyback dc-dc prototype.
Original languageEnglish
JournalIEEE Transactions on Power Electronics
Volume30
Issue number10
Pages (from-to)5755 - 5768
Number of pages13
ISSN0885-8993
DOIs
Publication statusPublished - 2015

Keywords

  • Switched-mode power supply
  • High voltage dc-dc power converter
  • Transformer design
  • Optimization energy efficiency
  • Actuars
  • Dielectric films

Cite this

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title = "Efficiency Optimization by Considering the High Voltage Flyback Transformer Parasitics using an Automatic Winding Layout Technique",
abstract = "This paper presents an efficiency optimization approach for a high voltage bidirectional flyback dc-dc converter.The main goal is to optimize the converter for driving a capacitive actuator, which must be charged and discharged from 0 V to2.5 kV dc and vice versa,supplied from a24 Vdc supply.The energy efficiency is optimized using a proposed new automatic winding layout (AWL) technique and a comprehensive loss model.The AWL technique generates a large number of transformer winding layouts.The transformer parasitics such as dc resistance, leakage inductance and self-capacitance are calculated for each winding layout.An optimization technique is formulated to minimize the sum of energy losses during charge and discharge operations.The efficiency and energy loss distribution results from the optimization routine provide a deep insight into the high voltage transformer designand its impact on the total converter efficiency.The proposed efficiency optimization approach is experimentally verified on a25 W (average charging power) with100 W (peakpower) flyback dc-dc prototype.",
keywords = "Switched-mode power supply, High voltage dc-dc power converter, Transformer design, Optimization energy efficiency, Actuars, Dielectric films",
author = "Prasanth Thummala and Henrik Schneider and Zhe Zhang and Ziwei Ouyang and Arnold Knott and Andersen, {Michael A. E.}",
year = "2015",
doi = "10.1109/TPEL.2014.2379439",
language = "English",
volume = "30",
pages = "5755 -- 5768",
journal = "I E E E Transactions on Power Electronics",
issn = "0885-8993",
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Efficiency Optimization by Considering the High Voltage Flyback Transformer Parasitics using an Automatic Winding Layout Technique. / Thummala, Prasanth; Schneider, Henrik; Zhang, Zhe; Ouyang, Ziwei; Knott, Arnold; Andersen, Michael A. E.

In: IEEE Transactions on Power Electronics, Vol. 30, No. 10, 2015, p. 5755 - 5768.

Research output: Contribution to journalJournal articleResearchpeer-review

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T1 - Efficiency Optimization by Considering the High Voltage Flyback Transformer Parasitics using an Automatic Winding Layout Technique

AU - Thummala, Prasanth

AU - Schneider, Henrik

AU - Zhang, Zhe

AU - Ouyang, Ziwei

AU - Knott, Arnold

AU - Andersen, Michael A. E.

PY - 2015

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N2 - This paper presents an efficiency optimization approach for a high voltage bidirectional flyback dc-dc converter.The main goal is to optimize the converter for driving a capacitive actuator, which must be charged and discharged from 0 V to2.5 kV dc and vice versa,supplied from a24 Vdc supply.The energy efficiency is optimized using a proposed new automatic winding layout (AWL) technique and a comprehensive loss model.The AWL technique generates a large number of transformer winding layouts.The transformer parasitics such as dc resistance, leakage inductance and self-capacitance are calculated for each winding layout.An optimization technique is formulated to minimize the sum of energy losses during charge and discharge operations.The efficiency and energy loss distribution results from the optimization routine provide a deep insight into the high voltage transformer designand its impact on the total converter efficiency.The proposed efficiency optimization approach is experimentally verified on a25 W (average charging power) with100 W (peakpower) flyback dc-dc prototype.

AB - This paper presents an efficiency optimization approach for a high voltage bidirectional flyback dc-dc converter.The main goal is to optimize the converter for driving a capacitive actuator, which must be charged and discharged from 0 V to2.5 kV dc and vice versa,supplied from a24 Vdc supply.The energy efficiency is optimized using a proposed new automatic winding layout (AWL) technique and a comprehensive loss model.The AWL technique generates a large number of transformer winding layouts.The transformer parasitics such as dc resistance, leakage inductance and self-capacitance are calculated for each winding layout.An optimization technique is formulated to minimize the sum of energy losses during charge and discharge operations.The efficiency and energy loss distribution results from the optimization routine provide a deep insight into the high voltage transformer designand its impact on the total converter efficiency.The proposed efficiency optimization approach is experimentally verified on a25 W (average charging power) with100 W (peakpower) flyback dc-dc prototype.

KW - Switched-mode power supply

KW - High voltage dc-dc power converter

KW - Transformer design

KW - Optimization energy efficiency

KW - Actuars

KW - Dielectric films

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