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利用施耐德实验室所提供的器材,设计了一套完整的电梯群控装置,并实现了高层楼宇的智能电梯群控制系统。解决方案的重点在于设计出控制算法,使之既能够最大限度地满足用户的需求,同时减少能耗,实现效率的最大化。论述了其设计思路,基于实际使用提出了设计准则,根据性能评价指标(平均候梯时间、平均乘梯时间、电梯能耗等)优化算法。实验结果表明,该系统获得了较理想的性能指标,具有一定的市场实用价值。
Using the equipment provided by Schneider Electric Laboratory, a complete set of elevator group control devices was designed and the intelligent elevator group control system of high-rise buildings was realized. The focus of the solution is to design a control algorithm that maximizes the user’s needs while minimizing energy consumption and maximizing efficiency. Discusses its design ideas, based on the actual use of the proposed design criteria, based on performance evaluation indicators (average waiting time, average ride time, elevator energy consumption, etc.) optimization algorithm. The experimental results show that the system has obtained the ideal performance index and has certain market practical value.