发明名称 POWER LEVELING CONTROL DEVICE AND POWER LEVELING CONTROL METHOD
摘要 The processor treats, as a maximum charging amount, a sum of a charging amount with which the power storage device is currently being charged and power or a power amount corresponding to a portion of the power measured or the power amount in the units of time measured that is lower than a smaller value between a maximum value of power or a maximum value of the power amount per unit of time supplied from the power supply measured at or after a past first time point.;The processor supplies power from the power supply to the load and charges the power storage device within a scope such that the maximum charging amount is not exceeded when the measured power or power amount is equal to or lower than the target value, and supply power from the power storage to the load when the target value has been exceeded.
申请公布号 US2014297055(A1) 申请公布日期 2014.10.02
申请号 US201414302979 申请日期 2014.06.12
申请人 FUJITSU LIMITED 发明人 FUNAKUBO Toshiaki
分类号 G05F1/66 主分类号 G05F1/66
代理机构 代理人
主权项 1. A power leveling control device that performs, on the basis of a prescribed target value, leveling on power or a power amount per unit of time supplied by a power supply in a system in which the power supply is connected with a power storage device and a load, the power leveling control device comprising a processor configured to measure power supplied from the power supply or a power amount in units of time supplied from the power supply, to treat, as a maximum charging amount with which the power storage device is permitted to be charged, a sum of a charging amount with which the power storage device is currently being charged and power or a power amount corresponding to a portion of the power measured or the power amount in the units of time measured that is lower than a smaller value between a maximum value of power supplied from the power supply measured at or after a past first time point or a maximum value of the power amount per unit of time supplied from the power supply measured at or after a past first time and the target value, and to supply power from the power supply to the load and to charge the power storage device within a scope such that the maximum charging amount is not exceeded when the measured power or power amount is equal to or lower than the target value, and to discharge the power storage device so as to supply power to the load when the target value has been exceeded.
地址 Kawasaki-shi JP