分享型能源改造合同利益分配优化设计

发布时间：2018-06-16 19:50

本文选题：合同能源管理 + 不确定分析　；参考：《土木工程与管理学报》2017年06期

【摘要】：作为高耗能大国,采取节能改造措施对国家节能减排具有战略意义。基础设施节能改造中存在诸多不确定因素,传统的定性确定方法不能满足节能改造发展的需求。本文着重基础设施合同能源管理中合同利益分享机制不确定性因素,采用几何布朗运动构建节能效益不确定模拟模型,提出合同参数定量确定的流程,构建节能收益分享比例、节能量、能源价格及投资额等参数模拟与优化方法,基于构建的研究模型,结合工程实例,确定既定工程条件下的最优节能收益分配比例。结果表明,本文采用定量模拟的方法取代传统的定性分析,为节能中不确定因素对节能绩效的影响提供了数据支撑,为合同双方的利益提供了保障,解决了以往过多依赖专家经验的局限性,具有一定的理论意义和实践价值。
[Abstract]:As a large energy consuming country, it is of strategic significance to take energy saving measures. There are many uncertain factors in the energy-saving reconstruction of infrastructure, and the traditional qualitative determination method can not meet the needs of energy-saving reconstruction development. This paper focuses on the uncertain factors of contract benefit sharing mechanism in the energy management of infrastructure contract, uses geometric Brownian motion to construct the uncertain simulation model of energy saving benefit, puts forward the flow of quantitative determination of contract parameters, and constructs the proportion of energy saving income sharing. The simulation and optimization methods of energy saving, energy price and investment are used to determine the optimal distribution ratio of energy saving income under given engineering conditions based on the established research model and engineering examples. The results show that the method of quantitative simulation is used to replace the traditional qualitative analysis, which provides data support for the influence of uncertain factors in energy conservation on the performance of energy conservation, and provides protection for the interests of both parties to the contract. It solves the limitation of relying too much on expert experience in the past and has certain theoretical significance and practical value.
【作者单位】：信阳师范学院建筑与土木工程学院;中交武汉港湾工程设计研究院有限公司;悉尼大学商学院;华中科技大学土木工程与力学学院;
【分类号】：F206

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