Inverter Based on Improved Z-Source Structure for Off-Grid Type Wind Power Generation

Xu Guang Wang; Zu Yu Zhao; Guang Qi Cao

doi:10.4028/www.scientific.net/AMR.605-607.200

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Robust Design of an Ultra-Thin Centrifugal Fan on Fuzzy-Based Taguchi Method
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Research on Key Technologies in the Field of Wood Saving and Substitution in Packaging of Electromechanical Products
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Inverter Based on Improved Z-Source Structure for Off-Grid Type Wind Power Generation
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Structure Design and Modeling for a Picking Bananas Manipulator
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Reinforced Techniques Analysis of Goaf-Side Entry at Isolated Island Coal Face Based on FLAC Numerical Simulation
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Design of the Spring Fixture for Aging Treatment
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A Framework for Life Cycle Cost Estimation of a Product Family at the Early Stage of Product Development
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 605-607Inverter Based on Improved Z-Source Structure for...

Inverter Based on Improved Z-Source Structure for Off-Grid Type Wind Power Generation

Abstract:

For the Complexity of off-grid type wind power generation &supply system and disturb of the load, an inverter based on improved z-source and single-phase &single polarity circuit for off-grid type wind power generation was designed. Results of Compared simulation and experiment indicated that the inverter designed in this paper was effective and reliable when applied to off-grid type wind power generation.