运筹与管理
運籌與管理
운주여관리
OPERATIONS RESEARCH AND MANAGEMENT SCIENCE
2014年
5期
109-119
,共11页
管理科学与工程%供应链管理%生产/库存决策%无限阶段折扣准则%动态规划%能源回购
管理科學與工程%供應鏈管理%生產/庫存決策%無限階段摺釦準則%動態規劃%能源迴購
관이과학여공정%공응련관리%생산/고존결책%무한계단절구준칙%동태규화%능원회구
management science and engineering%supply chain management%production/inventory decision%infinite planning horizon with discounting%dynamic programming%energy buy-back
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。
世界經濟的快速髮展和工業化進程的推進促使各國電力需求激增,電力供需矛盾為能源迴購項目的髮展提供瞭條件。為能夠實現錯峰用電和緩解能源需求的緊張,能源迴購項目在每箇階段齣現能源短缺時,將根據短缺的不同程度為限產(或停產)企業提供瞭金額不同的資金補償。因此,在該能源迴購補償機製下,企業需要確定每箇階段是否參加能源迴購項目及其相應的生產庫存策略,來實現其期望摺釦成本的最小化。本文研究瞭能源迴購補償機製下企業以最小化期望摺釦成本為目標的無限階段最優生產/庫存策略。引入啟動成本和多箇能源需求狀態的資金補償水平後,在閤理的假設條件下,證明瞭每箇階段生產商的最優生產/庫存策略在高峰狀態為(si,S)策略,在非高峰狀態為(s0,S,A)策略。
세계경제적쾌속발전화공업화진정적추진촉사각국전력수구격증,전력공수모순위능원회구항목적발전제공료조건。위능구실현착봉용전화완해능원수구적긴장,능원회구항목재매개계단출현능원단결시,장근거단결적불동정도위한산(혹정산)기업제공료금액불동적자금보상。인차,재해능원회구보상궤제하,기업수요학정매개계단시부삼가능원회구항목급기상응적생산고존책략,래실현기기망절구성본적최소화。본문연구료능원회구보상궤제하기업이최소화기망절구성본위목표적무한계단최우생산/고존책략。인입계동성본화다개능원수구상태적자금보상수평후,재합리적가설조건하,증명료매개계단생산상적최우생산/고존책략재고봉상태위(si,S)책략,재비고봉상태위(s0,S,A)책략。
Due to the rising power demand with the rapid development of economics and enhancement of industri -alization , the contradiction between supply and demand provides energy buy-back programs with great opportuni-ties.Such programs , when activated , offer certain amount of financial compensations to participants for reducing their energy use , and aim to encourage participants to shift their electricity usage from peak to non-peak time. Hence, a manufacturer has to deal with the balance between receiving financial compensations from participation by reducing production and increasing sales from satisfying customers 'demands through production/inventory . This paper studies a periodic review production/inventory control problem under an energy buy-back program over an infinite planning horizon .With the introduction of a fixed setup cost and compensation levels correspond-ing to different market states , we intend to identify the optimal production/inventory policy in order to minimize the discounted cost .Under mild assumptions , it is shown that such an optimal inventory policy is state depend-ent, and is of either an(si,S)or(s0,S,A)type by using Veinott's conditions.