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A METHOD AND APPARATUS FOR LOAD SHEDDING USING A TRAINLINE MONITOR SYSTEM

机译:列车监控系统进行负荷分担的方法和装置

摘要

Method for controlling the power consumed by a series of sub-systems in a railway train comprising several cars, equipped with multiple power supplies connected in parallel to power subsystems. The train includes a global communications network comprising a bus interconnect in each vehicle in communication with the power supplies and the car subsystems, a ream of interconnection buses extending to the whole trainset and communication nodes in each car, train connecting the bus to each of the car bus. One of the communication nodes of a car is primary node office and other other cars communication nodes are the slave nodes, each slave node communicating status information on the power supplies and subsystems on his car bus to the master node and the control information to the power supplies and subsystems on the car bus. The method consists of using the communication network for periodically determining the number of functional power supplies connected in parallel, to determine from the number of functional power available at all times a variable corresponding to the total available power for the subsystems consumers of the train and selectively reduce the subsystems of the train through the communication network, according to the determined variable as part of the determination step.
机译:用于控制铁路列车中的一系列子系统所消耗的功率的方法,该火车包括多辆轿厢,这些轿厢配备有并联连接至功率子系统的多个电源。该列车包括一个全球通信网络,该全局通信网络包括与电源和轿厢子系统通信的每辆车中的总线互连,延伸到整个列车组的一系列互连总线以及每辆车中的通信节点,列车将总线连接到每个列车。汽车大巴。汽车的通信节点之一是主节点办公室,其他汽车通信节点是从节点,每个从节点将汽车总线上的电源和子系统的状态信息传递给主节点,并将控制信息传递给电源汽车总线上的耗材和子系统。该方法包括使用通信网络来周期性地确定并联连接的功能电源的数量,以便从始终可利用的功能电源的数量中确定与火车的子系统消费者的总可用功率相对应的变量,并有选择地进行选择。作为确定步骤的一部分,根据确定的变量,通过通信网络减少列车的子系统。

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