Outage costs and strategy analysis for hi‐tech industries
Herein a cost minimization model with fuzzy multiple goals to determine available alternatives, which will economically enhance the quality of electricity within high‐tech industries is developed. The proposed model focuses on the worsening phenomenon of the quality of electricity within high‐tech industries. Electricity quality is initially divided into load curtailment, interruption frequency and interruption duration, and is associated with the cost components and defined in terms of damage functions. A model is formulated using fuzzy multiple goals based on these damage functions and the characteristics of demands for electricity quality. A realistic packing enterprise is implemented to test the model methodology. The results of the implementation demonstrate that the proposed model is adequate for the high‐tech enterprise on deciding electricity quality planning.
Year of publication: |
2002
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Authors: | Juei Wang, Earl |
Published in: |
International Journal of Quality & Reliability Management. - MCB UP Ltd, ISSN 1758-6682, ZDB-ID 1466792-7. - Vol. 19.2002, 8/9, p. 1068-1087
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Publisher: |
MCB UP Ltd |
Subject: | Electricity industry | Quality control | Supply and demand | Fuzzy logics | High technology | Planning |
Saved in:
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