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Design of 1-hp Three-phase Self-excited Induction Generator for Wind Power Generation

http://hdl.handle.net/20.500.12678/0000002714
cdb38f75-2989-4e5f-989a-c8cf030aa416
1dafad07-2877-40a4-9fd9-408afe749768
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Design Design of 1-hp three-phase self-excited induction Generator for Wind Power Generation.pdf (2183 Kb)
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Title
Title Design of 1-hp Three-phase Self-excited Induction Generator for Wind Power Generation
Language en
Publication date 2009
Authors
Thant Zin See
Salai Tluang Za Thang
Description
The increasing importance of fuel saving has been responsible for the revival of interest in so-called alternative source of energy. Thus, the drive towards the decentralization of power generation and increasing use of non-conventional energy sources such as wind energy, bio-gas, solar and hydro potential, etc. has become essential to adopt a low cost generating system, which is capable of operating in the remote areas, and in conjunction with the variety of prime movers. With the renewed interest in wind turbines and micro-hydro-generators as an alternative energy source, the induction generators are being considered as an alternative choice to the well-developed synchronous generators because of their lower unit cost, inherent ruggedness, operational and maintenance simplicity. The ability of induction generator to generate power at varying speed facilitates its application in various modes such as self-excited stand-alone (isolated) mode; in parallel with synchronous generator to supplement the local load, and in grid-connected mode. This paper covers the design of stand-alone 1-HP self-excited induction generator for wind energy. In this paper, the essential features of induction generator and the selection of the generator for low speed are explained. Moreover, the design and calculation of the three-phase 1-hp self-excited induction generator are included in detail.
Keywords
Self-excited
Identifier https://uyr.uy.edu.mm/handle/123456789/348
Journal articles
Proceedings of the First International Conference on Science and Engineering
1
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0
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