能源回购补偿机制下基于无限阶段折扣准则的最优生产与库存策略

发布时间：2018-03-14 09:19

本文选题：管理科学与工程　切入点：供应链管理　出处：《运筹与管理》2014年05期 　论文类型：期刊论文

【摘要】：世界经济的快速发展和工业化进程的推进促使各国电力需求激增,电力供需矛盾为能源回购项目的发展提供了条件。为能够实现错峰用电和缓解能源需求的紧张,能源回购项目在每个阶段出现能源短缺时,将根据短缺的不同程度为限产(或停产)企业提供了金额不同的资金补偿。因此,在该能源回购补偿机制下,企业需要确定每个阶段是否参加能源回购项目及其相应的生产库存策略,来实现其期望折扣成本的最小化。本文研究了能源回购补偿机制下企业以最小化期望折扣成本为目标的无限阶段最优生产/库存策略。引入启动成本和多个能源需求状态的资金补偿水平后,在合理的假设条件下,证明了每个阶段生产商的最优生产/库存策略在高峰状态为(si,S)策略,在非高峰状态为(s0,S,A)策略。
[Abstract]:With the rapid development of the world economy and the advancement of industrialization, the power demand of all countries has increased sharply, and the contradiction between supply and demand of power has provided the conditions for the development of energy repurchase projects. When the energy repurchase project is short of energy at each stage, it will provide different amounts of financial compensation to the limited production (or stop production) enterprise according to the different degree of the shortage. Therefore, under the energy repurchase compensation mechanism, Enterprises need to determine whether to participate in each phase of the energy repurchase project and its corresponding production inventory strategy, In this paper, an infinite stage optimal production / inventory strategy with the goal of minimizing the expected discount cost under the energy repo compensation mechanism is studied. The start-up cost and multiple energy sources are introduced. After the level of capital compensation in the state of demand, Under reasonable assumptions, it is proved that the optimal production / inventory strategy for each stage is a Schi-Si-S) strategy in the peak state and a S0 / SI-A) strategy in the off-peak state.
【作者单位】：北京外国语大学国际商学院;中国科学院数学与系统科学研究院应用数学所;
【基金】：国家自然科学基金(71371032,71071023) 北京外国语大学规划项目(2011XG003) 中央高校基本科研业务费(2012XJ030) 北京高校青年英才计划(YETP0851)
【分类号】：F416.6

【参考文献】