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Feasibility study for maximum demand control on the central division of Queensland Railways

机译:昆士兰铁路中央分区最大需求控制的可行性研究

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Queensland Railway (QR) has electrified its Central Queensland Track servicing the mines west of Rockhampton and Mackay. The traffic task annually consumes 202*10/sup 6/ kWh of electrical energy for the Goonyella system and 161*10/sup 6/ kWh for the Blackwater system resulting in an annual electricity cost of A$29M. The existing tariff structures provided two usable tariffs; a time of use energy consumption tariff and a time of use two-part demand tariff. Considering the level of consumption and maximum demand, it became obvious to QR that minimising the upper limit of the maximum half-hour demand for the total system could save substantial annual electricity costs. This is by virtue of maintaining the load factor as high as possible and making best use of the two-part demand tariff. The authors discuss strategies to reduce and control the maximum half-hour demands.
机译:昆士兰铁路公司(QR)已将其中央昆士兰轨道电气化,为Rockhampton和Mackay西部的矿山提供服务。对于Goonyella系统,交通任务每年消耗202 * 10 / sup 6 / kWh的电能,对于Blackwater系统,则消耗161 * 10 / sup 6 / kWh的电能,每年的电力成本为2900万澳元。现有的关税结构提供了两种可用的关税。使用时间能源消耗费率和使用时间两部分需求费率。考虑到消耗水平和最大需求,QR显然认为,将整个系统的最大半小时需求上限最小化可以节省大量的年度电费。这是因为要保持尽可能高的负载系数并充分利用两部分需求电价。作者讨论了减少和控制最大半小时需求的策略。

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