A Case Study on Evaluation Criteria of Solar System for High-tech Facility
Date Issued
2008
Date
2008
Author(s)
Li, Tsung-Hsuan
Abstract
Based on published statistics, 93% of the energy consumption in a typical high-tech Wafer manufacturing fab are from electricity in Taiwan. Whenever the price of petrifaction- energy is up, the consumption is down. As an island nation, Taiwan does not have enough energy and heavily depends on import from the oversea. Saving energy or seeking for sustainable auxiliary renewable energy has become an important issue. Presently, Solar System does not have economic advantage. However, under such unfavorable circumstances, there are still high-tech facility manufactures that are willing to apply. Therefore, the purpose of this study is to find out the Solar System evaluation criteria of a representative semi-conductor factory in Taiwan. The study addresses the issues.: (1) The reasons to choose Solar System, (2) Evaluation criteria, and (3) Decisive criteria. In addition, the study intends to find out the critical factors that affect decision-making processes and lays down a generic foundation for evaluating the use of other energy systems in high-tech facility. The study concluds: (1) The reasons to choose Solar System in high-tech facility are the low complexity in relative laws or regulations and the maturity of technology. (2) The evaluation criteria for feasibility analysis are whether or not the cost of construction is under the whole construction budget? it can fulfill company’s social responsibilities and raise the corporate image? the system is expandable in the future? If the answers are yes, then Solar System is feasible. Finally, the study proposes criteria for evaluating Solar System for high-tech facility. The criteria are energy, environment, economy and social quality.
Subjects
High-tech facility
Solar System
evaluation criteria
critical decisive factors
SDGs
Type
thesis
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