Dynamic performance analysis of a wind turbine generating system with series connected wind generators and bypass diodes using a current source thyristor inverter

Dynamic performances of a wind turbine generating system consisting of series connected wind generators with parallel connected bypass diodes at rectified DC output terminals and a current source thyristor inverter are discussed. It is shown that the tip speed ratio of the individual turbine can be...

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Main Authors: Tatsuta, F, Nishikata, S
Format: Conference Proceeding
Language:English
Subjects:
DC generators
Diodes
Inverters
Performance analysis
Power generation
Rectifiers
renewable energy
thyristor inverter
Thyristors
Wind energy generation
wind farm
Wind farms
wind turbine generating system
Wind turbines
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Nishikata, S
description Dynamic performances of a wind turbine generating system consisting of series connected wind generators with parallel connected bypass diodes at rectified DC output terminals and a current source thyristor inverter are discussed. It is shown that the tip speed ratio of the individual turbine can be controlled almost constant with the proposed method, making an effective operation of the system possible.
doi_str_mv 10.1109/IPEC.2010.5543526
format conference_proceeding
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects DC generators
Diodes
Inverters
Performance analysis
Power generation
Rectifiers
renewable energy
thyristor inverter
Thyristors
Wind energy generation
wind farm
Wind farms
wind turbine generating system
Wind turbines
title Dynamic performance analysis of a wind turbine generating system with series connected wind generators and bypass diodes using a current source thyristor inverter
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