Quality Improvements in the Electrical Design of Typical DC-DC Electronic Power Converter for High-Voltage Applications
The green transition has brought about a worldwide-shift to the use of renewables as alternative energy sources. Because of this, high voltage DC has been a field of interest in power electronics due to its capability in efficiently transmitting power to reach remote areas. Typical DC-DC electronic...
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ph-ateneo-arc.ecce-faculty-pubs-11332023-02-28T08:26:52Z Quality Improvements in the Electrical Design of Typical DC-DC Electronic Power Converter for High-Voltage Applications Recto, King Harold A Escoto, Miguel T Hernandez, Noel B The green transition has brought about a worldwide-shift to the use of renewables as alternative energy sources. Because of this, high voltage DC has been a field of interest in power electronics due to its capability in efficiently transmitting power to reach remote areas. Typical DC-DC electronic power converter design has the capability of boosting voltage level to a certain extent but not enough for high-voltage applications. Using the DMAIC Approach of the Six Sigma, quality improvements in the design was proposed to stabilize operating frequency, bring up the output voltage from 100 VDC to 4,000 VDC and provide at least 10% margin of error in the apparent power measured at the output side to offset inherent losses in the electrical design. These proposed quality improvements were sustained by designing a control circuit that would ensure the attainment of the parameters set in the Define Phase of the DMAIC Approach. The result of the study is a practical 12 VDC to 4,000 VDC boost converter design that has incorporated all the proposed quality improvements. 2022-01-01T08:00:00Z text https://archium.ateneo.edu/ecce-faculty-pubs/139 https://doi.org/10.1109/ICEET56468.2022.10007348 Electronics, Computer, and Communications Engineering Faculty Publications Archīum Ateneo Boost Converter DC-DC Electronic Power Converter DMAIC Approach Green Transition HVDC Six Sigma Electrical and Computer Engineering Engineering Power and Energy Sustainability |
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Boost Converter DC-DC Electronic Power Converter DMAIC Approach Green Transition HVDC Six Sigma Electrical and Computer Engineering Engineering Power and Energy Sustainability Recto, King Harold A Escoto, Miguel T Hernandez, Noel B Quality Improvements in the Electrical Design of Typical DC-DC Electronic Power Converter for High-Voltage Applications |
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The green transition has brought about a worldwide-shift to the use of renewables as alternative energy sources. Because of this, high voltage DC has been a field of interest in power electronics due to its capability in efficiently transmitting power to reach remote areas. Typical DC-DC electronic power converter design has the capability of boosting voltage level to a certain extent but not enough for high-voltage applications. Using the DMAIC Approach of the Six Sigma, quality improvements in the design was proposed to stabilize operating frequency, bring up the output voltage from 100 VDC to 4,000 VDC and provide at least 10% margin of error in the apparent power measured at the output side to offset inherent losses in the electrical design. These proposed quality improvements were sustained by designing a control circuit that would ensure the attainment of the parameters set in the Define Phase of the DMAIC Approach. The result of the study is a practical 12 VDC to 4,000 VDC boost converter design that has incorporated all the proposed quality improvements. |
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Recto, King Harold A Escoto, Miguel T Hernandez, Noel B |
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Recto, King Harold A Escoto, Miguel T Hernandez, Noel B |
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Recto, King Harold A |
title |
Quality Improvements in the Electrical Design of Typical DC-DC Electronic Power Converter for High-Voltage Applications |
title_short |
Quality Improvements in the Electrical Design of Typical DC-DC Electronic Power Converter for High-Voltage Applications |
title_full |
Quality Improvements in the Electrical Design of Typical DC-DC Electronic Power Converter for High-Voltage Applications |
title_fullStr |
Quality Improvements in the Electrical Design of Typical DC-DC Electronic Power Converter for High-Voltage Applications |
title_full_unstemmed |
Quality Improvements in the Electrical Design of Typical DC-DC Electronic Power Converter for High-Voltage Applications |
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quality improvements in the electrical design of typical dc-dc electronic power converter for high-voltage applications |
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Archīum Ateneo |
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2022 |
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https://archium.ateneo.edu/ecce-faculty-pubs/139 https://doi.org/10.1109/ICEET56468.2022.10007348 |
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