能源工程

某大型综合能源企业涵盖生物质耦合发电、垃圾耦合发电、污泥耦合发电及天然气制冷等多个子单元。由于各子单元现行运行指标评价方法在完善性、有效性和公平性方面存在差异，企业核心生产运行指标的精准监督与考核难以有效落实。针对这一问题，本研究综合运用德尔菲法（Delphi）与层次分析法（AHP），从生产管理、安全管理、环保管理和基础性管理四个维度构建指标评价体系目标层；建立综合能源指标竞赛的递阶层次结构模型，并通过科学计算确定各指标权重，最终形成一套系统、完备的综合能源企业运行指标评价准则。

A large-scale integrated energy enterprise covers a number of sub-units such as biomass-coupled power generation, wastecoupled power generation, sludge-coupled power generation and natural gas refrigeration. Due to the differences in the perfection,validity and fairness of the existing evaluation methods of the operation indexes of each sub-unit, it is difficult to effectively implement the accurate supervision and assessment of the core production and operation indexes of the enterprise. To address this problem, this study uses Delphi method and hierarchical analysis method(AHP) to construct the target layer of the indicator evaluation system from the four dimensions of production management, safety management, environmental protection management and basic management; based on the target layer, it establishes a progressive hierarchical model for the comprehensive energy indicator competition and determines the weights of each indicator through scientific calculations to form a set of systematic and complete evaluation guidelines for the operation indicators of the comprehensive energy enterprises. Evaluation Guidelines for Energy Enterprise Operation Indicators.