Research on the Design of Drawer-Type Power Module Based 10kV Outdoor Intensive SVG

Lin Zhang; Nan Zheng; Yuan Hang Wang; Ming Hang Jiao; Shu Ze Liu; Gang Li; Yun Xing; Bo Song

doi:10.4028/www.scientific.net/AMM.644-650.3854

Paper Titles

Designing a Parallel Switch Simulator Based on OpenMP
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The Impact of Power System Frequency Regulation Caused by Wind Disturbance
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A New Type of IGBT Device with Electronic Enhance Collector
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Mixed Chance Constrained Unit Commitment Model for Power System Containing Wind Farm
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Research on the Design of Drawer-Type Power Module Based 10kV Outdoor Intensive SVG
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Research on Field Parameter Setting Test for Using 10kV Chain SVG to Resolve Low Voltage of Rural Power Grid Substation
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Simulation Research on Starting Resistor Parameter Selection of 10kV Chain Static Var Generator
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Research on Chain SVG Direct Current Control Simulation Based on PSCAD
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Impacts of H-Bridge DC Side Capacitor on Chain SVG Performance
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 644-650Research on the Design of Drawer-Type Power Module...

Research on the Design of Drawer-Type Power Module Based 10kV Outdoor Intensive SVG

Abstract:

Recently, static var generator has been widely applied to substations all over China, mainly adopting indoor mounting and outdoor box-type substation (or color plate housing) mounting. As SVG is popularized, people gradually find out that the current mounting ways are not suitable for the actual environment of many substations (especially rural power grid). Large land coverage, big overall loss and complex maintenance have become the main factors that restrain further popularization of SVG. A new SVG structure is proposed. SVG body and mounting are combined, applied to a rural power grid substation successfully. Compared with ordinary SVG, it features small land coverage, reduced loss and maintenance quantity and higher stability.

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Periodical:

Applied Mechanics and Materials (Volumes 644-650)

Pages:

3854-3857

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.644-650.3854

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Online since:

September 2014

Authors:

Lin Zhang*, Nan Zheng, Yuan Hang Wang, Ming Hang Jiao, Shu Ze Liu, Gang Li, Yun Xing, Bo Song

Keywords:

Drawer-Type, Outdoor Intensive, Power Module, SVG IGBT

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* - Corresponding Author

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