Fayol thinks that management consists of planning, organizing, leading, coordinating and controling, This thesis is about performance measurement, which belongs to the management control system. But because of many re...Fayol thinks that management consists of planning, organizing, leading, coordinating and controling, This thesis is about performance measurement, which belongs to the management control system. But because of many reasons, performance measurement is faced with unprecedented challenges. As Robert G. Eccles has ever predicted in the early of 90s, every company will redesign its own performance measurement system in five years. As a review, this thesis will be organized according to the elements of performance measurement system and sum up part of performance measurement literatures, Furthermore, this part will be this basis of studying management control and incentives, especially reward system.展开更多
针对微网中源储荷的协同配置问题,为确保微网系统的经济性,在规划阶段需细致考虑源储荷的配比问题。提出了基于雨流计数法的电池健康状态评估方法,考虑储能电池健康状态(state of health,So H),以源储荷净收益最大为目标,提出了电池储...针对微网中源储荷的协同配置问题,为确保微网系统的经济性,在规划阶段需细致考虑源储荷的配比问题。提出了基于雨流计数法的电池健康状态评估方法,考虑储能电池健康状态(state of health,So H),以源储荷净收益最大为目标,提出了电池储能系统各时段充放电功率的优化方法,综合考虑了运行效益、补贴及上网收益、延缓配电网升级带来的效益、碳减排效益、投资运维及电池替换成本,以投资回报率为指标,建立了源储荷的协同配置模型,并提出了一种双层多目标优化求解方法,通过实际算例仿真分析,结果表明:所提出的源储荷协同配置方法能够实现微网系统的经济性,该文算例中,光储荷的适宜配比为0.7:0.125:1,储能系统持续放电时间为3 h,源储荷的协同配置受电价、负荷、收益构成、光储成本、储能技术特性等多因素制约。仿真结果证明了模型及其求解方法的有效性,可为微网中源储荷的协同配置提供参考。展开更多
文摘Fayol thinks that management consists of planning, organizing, leading, coordinating and controling, This thesis is about performance measurement, which belongs to the management control system. But because of many reasons, performance measurement is faced with unprecedented challenges. As Robert G. Eccles has ever predicted in the early of 90s, every company will redesign its own performance measurement system in five years. As a review, this thesis will be organized according to the elements of performance measurement system and sum up part of performance measurement literatures, Furthermore, this part will be this basis of studying management control and incentives, especially reward system.
文摘针对微网中源储荷的协同配置问题,为确保微网系统的经济性,在规划阶段需细致考虑源储荷的配比问题。提出了基于雨流计数法的电池健康状态评估方法,考虑储能电池健康状态(state of health,So H),以源储荷净收益最大为目标,提出了电池储能系统各时段充放电功率的优化方法,综合考虑了运行效益、补贴及上网收益、延缓配电网升级带来的效益、碳减排效益、投资运维及电池替换成本,以投资回报率为指标,建立了源储荷的协同配置模型,并提出了一种双层多目标优化求解方法,通过实际算例仿真分析,结果表明:所提出的源储荷协同配置方法能够实现微网系统的经济性,该文算例中,光储荷的适宜配比为0.7:0.125:1,储能系统持续放电时间为3 h,源储荷的协同配置受电价、负荷、收益构成、光储成本、储能技术特性等多因素制约。仿真结果证明了模型及其求解方法的有效性,可为微网中源储荷的协同配置提供参考。
