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Technological, Economic And Sustainability Evaluation Of Power Plants Using The Analytic Hierarchy Process

机译：基于层次分析法的电厂技术经济可持续发展评价

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摘要

Complexity of power plant evaluation is steadily rising, as more criteria are involved in the overall assessment while evaluation data change rapidly. Apart from evaluating several aspects of power plants separately, a multicriteria analysis based on hierarchically structured criteria is necessary, so as to address the overall assessment of power plants according to the technological, economic and sustainability aspects. For this reason, in this paper, ten types of power plant are evaluated using nine end node criteria properly structured under the Analytical Hierarchy Process. Moreover, pairwise comparisons allow for accurate subjective criteria weighting. According to the scenario based on the subjective criteria weighting, emphasis is laid on sustainability driving renewable energy power plants at the top of the overall ranking, while nuclear and fossil fuel power plants rank in the last five positions. End node criteria contribution to each power plant and power plant performance per end node criterion is presented for all types of power plant and end node criteria.
机译：随着总体评估中涉及更多标准，同时评估数据迅速变化，电厂评估的复杂性也在稳步上升。除了分别评估发电厂的多个方面之外，还需要基于层次结构的标准进行多准则分析，以便根据技术，经济和可持续性方面对发电厂进行总体评估。因此，在本文中，使用在层次分析法下正确构造的九个末端节点标准对十种类型的发电厂进行了评估。此外，成对比较允许准确的主观标准权重。根据基于主观标准权重的方案，重点放在以可持续性驱动可再生能源发电厂的总体排名最高，而核能和化石燃料发电厂则排名最后五位。终端节点标准对每个电厂的贡献以及针对所有类型的电厂和终端节点标准的每个终端节点标准的电厂性能。

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