Control Strategy of Full Power Converter for Wind Turbine under Grid Voltage Swell

Zi Xu Lin; Hong Hua Xu; Wang Jian

doi:10.4028/www.scientific.net/AMM.448-453.1815

Paper Titles

Dynamic Analysis of Transient Voltage for Distribution Network with the Consideration of Wind Power
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MPPT of Wind Generation for DC Microgrid
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Control of Vector Transformation in the BDFG Distributed Wind Power System
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Research on Low-Wind-Speed Wind Power
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Control Strategy of Full Power Converter for Wind Turbine under Grid Voltage Swell
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Analysis on Power Output Capability and its Power Control Strategy of DFIG Wind Turbine under Unbalanced Grid Voltage
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Short-Term Wind Power Forecasting Based on Least-Square Support Vector Machine (LSSVM)
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Efficiency Evaluation of Investment about China's Wind Farms Based on DEA Model
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Wind Power Prediction Based on Grey Theory and Simulation Study
p.1835

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Control Strategy of Full Power Converter for Wind Turbine under Grid Voltage Swell

Abstract:

LVRT technology is currently a hot research of wind power, but the impact on the wind turbine of grid voltage swells and HVRT technology have not been given sufficient attention. This article analyzed the converter problems of full power wind turbine on grid voltage swells and used the control strategy of reactive power control, dynamic voltage and over-modulation to enhance the full power wind turbines HVRT capability.