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    • 1. 发明专利
    • Charge control apparatus
    • 充电控制装置
    • JP2014121197A
    • 2014-06-30
    • JP2012275603
    • 2012-12-18
    • Kyushu Electric Power Co Inc九州電力株式会社
    • KURAYAMA KOJISAISHO MASAKISAKAI TAKAHIKOHAYASHI HIDEMI
    • H02J7/02H01M10/44H02J7/00H02J7/35
    • PROBLEM TO BE SOLVED: To provide a charge control apparatus, which when giving a charge of electricity generated by natural energy to a secondary battery system, is started by utilizing the electricity generated by natural energy to perform charge control.SOLUTION: A charge control apparatus 20 for performing charge control of electric power generated by natural energy includes: a switching regulator 21 for adjusting input power from a power generator 10 to charge power suited to charge to a secondary battery system 30; an MPU 22 for transmitting a control signal to the switching regulator 21; and a reference resistor 23 with a size corresponding to a size of an internal load required when the charge control apparatus 20 maintains operation. When the input power with a predetermined value or more is supplied to the MPU 22 through the reference resistor 23, the MPU 22 is started, a contactor for switching ON/OFF of connection between the power generator 10 and the secondary battery system 30 is turned on by the control of the MPU 22 and charge to the secondary battery system 30 is started.
    • 要解决的问题:提供一种充电控制装置,其通过利用由自然能量产生的电力来对二次电池系统产生的自然能量产生的电力进行充电以开始充电控制。解决方案:充电控制装置 20,用于进行由自然能产生的电力的充电控制,包括:开关调节器21,用于调节来自发电机10的输入功率,以对适于充电的二次电池系统30进行充电; 用于向开关调节器21发送控制信号的MPU22; 以及参考电阻器23,其尺寸对应于充电控制装置20保持操作所需的内部负载的大小。 当通过参考电阻器23向MPU22提供具有预定值以上的输入功率时,MPU22启动,用于切换发电机10和二次电池系统30之间的连接的接通/断开的接触器被转动 通过MPU22的控制开始向二次电池系统30充电。
    • 2. 发明专利
    • Power supply device
    • 电源设备
    • JP2013258836A
    • 2013-12-26
    • JP2012133418
    • 2012-06-13
    • Kyushu Electric Power Co Inc九州電力株式会社
    • KURAYAMA KOJISAISHO MASAKIWADA YOSHIHIROTAKAHASHI YOICHI
    • H02H3/06
    • PROBLEM TO BE SOLVED: To provide a power supply device that ensures safety and reliably prevents contact fusion and the like in view of various connections/disconnections of power supply devices having different potential differences.SOLUTION: A second power supply device 20 connectable to a first power supply device 10 includes: a connection section 40 for connecting the second power supply device 20 to the first power supply device 10; a second control section 21 for monitoring and controlling the operation of the second power supply device 20; a second secondary battery 23 for discharging a charge of electricity; and a switch section 22 for switching on/off a connection between two secondary batteries in response to the control of the second control section 21, in a battery network formed between the secondary batteries of the devices via the connection section 40 when the second power supply device 20 is connected to the first power supply device 10. The switch section 22 is controlled, when each power supply device is connected, such that a second main contact 51 is made after each secondary battery is connected via a resistance 52, and is controlled, when each power supply device is disconnected, such that the second main contact 51 is broken while both terminals of the second main contact 51 have the same potential.
    • 要解决的问题:提供一种电源装置,其鉴于具有不同电位差的电源装置的各种连接/断开,确保安全性并可靠地防止接触熔融等。解决方案:可连接到第一电源装置20的第二电源装置20 电源装置10包括:用于将第二电源装置20连接到第一电源装置10的连接部40; 用于监视和控制第二电源装置20的操作的第二控制部分21; 用于放电的第二二次电池23; 以及开关部分22,用于响应于第二控制部分21的控制,在通过连接部分40形成在设备的二次电池之间的电池网络中时,在两个二次电池之间接通/断开连接,当第二电源 设备20连接到第一电源设备10.当连接每个电源设备时,开关部分22被控制,使得在每个二次电池经由电阻52连接后形成第二主触点51,并且被控制 当每个电源装置断开时,使得第二主触头51的两个端子具有相同的电位而断开第二主触点51。