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    • 3. 发明申请
    • Operational control device, operational control method, program and storage medium thereof, for a plurality of power consumption systems
    • 用于多个功率消耗系统的操作控制装置,操作控制方法,程序和存储介质
    • US20060253225A1
    • 2006-11-09
    • US11347568
    • 2006-02-06
    • Katsunori UenoTomoya TakahashiMakoto Umeki
    • Katsunori UenoTomoya TakahashiMakoto Umeki
    • G05D3/12
    • H02J4/00Y04S20/224
    • In an operational control device 20 of a power supply system for supplying electric power from an electric power equipment 4 to a plurality of power consumption systems 8A to 8F, a power consumption pattern of each of the power consumption systems is stored, and a combined expected power consumption pattern 40 is obtained by adding together power consumption patterns of operating power consumption systems. Next, a combined assumed power consumption pattern is obtained by adding a power consumption pattern, obtained based on a temporary operational start time, of a power consumption system which has made the request for starting operation to the combined expected power consumption pattern. Subsequently, the combined assumed power consumption pattern and a preset allowable power 42 of the power supply equipment are compared to each other, and the temporary operational start time of the power consumption pattern is delayed along the axis of time until each of the power values in the combined assumed power consumption pattern is no longer above the preset allowable power. Thereafter, an expected operational start time is decided based on the temporary operational start time at which all power values represented in the combined assumed power consumption pattern are smaller than the preset allowable power, and an operational permission signal is outputted when the current time reaches the decided expected operational start time.
    • 在从电力设备4向多个电力消耗系统8A〜8F供电的供电系统的运转控制装置20中,存储有各功率消耗系统的功耗模式, 组合的预期功耗模式40通过将工作功耗系统的功耗模式相加而获得。 接下来,通过将已经进行了开始运行请求的功耗系统的基于临时运行开始时间获得的功耗模式与组合的预期功耗模式相加来获得组合的假想功耗模式。 随后,将组合的假设功耗模式和电源设备的预设容许功率42相互比较,并且功耗模式的临时操作开始时间沿时间轴延迟,直到每个功率值在 组合的假设功耗模式不再高于预设容许功率。 此后,基于组合的假想功耗模式中表示的所有功率值小于预设容许功率的临时操作开始时间来决定预期操作开始时间,并且当当前时间到达时输出操作许可信号 决定预计运营开始时间。