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    • 1. 发明授权
    • Diagnosis method for state-of-health of batteries
    • 电池健康状况诊断方法
    • US07446510B2
    • 2008-11-04
    • US11655904
    • 2007-01-22
    • Hung-Liang ChouYu-Hua SunKuen-Der WuChin-Chang WuMing-Hsun HsiehYa-Tsung Feng
    • Hung-Liang ChouYu-Hua SunKuen-Der WuChin-Chang WuMing-Hsun HsiehYa-Tsung Feng
    • H02J7/16
    • G01R31/3679
    • A diagnosis method for SOH of batteries includes the steps of: providing data of discharge voltages and currents of a battery unit; setting an acceptable value of a predetermined period of time and an acceptable range of variation rate of discharge current for the battery unit; calculating variation rates of discharge voltages and currents of the battery unit within the predetermined period of time by using the data of discharge voltages and currents; recording the data of discharge voltages and currents of the batteries and variation rates thereof; comparing the data of discharge voltages of the batteries and the variation rates thereof if the variation rates of discharge current are fallen within the acceptable range of current variation with selected reference data; and converting results of compared data of discharge voltages of the battery unit and the variation rates thereof into a SOH index.
    • 电池的SOH的诊断方法包括以下步骤:提供电池单元的放电电压和电流的数据; 设定电池单元的预定时间段的可接受值和放电电流变化率的可接受范围; 通过使用放电电压和电流的数据计算预定时间段内的电池单元的放电电压和电流的变化率; 记录电池的放电电压和电流的数据及其变化率; 如果放电电流的变化率在所选择的参考数据的电流变化的可接受范围内下降,则比较电池的放电电压的数据及其变化率; 并将电池单元的放电电压的比较数据和其变化率的结果转换为SOH指数。
    • 2. 发明申请
    • Diagnosis method for state-of-health of batteries
    • 电池健康状况诊断方法
    • US20070252600A1
    • 2007-11-01
    • US11655904
    • 2007-01-22
    • Hung-Liang ChouYu-Hua SunKuen-Der WuChin-Chang WuMing-Hsun HsiehYa-Tsung Feng
    • Hung-Liang ChouYu-Hua SunKuen-Der WuChin-Chang WuMing-Hsun HsiehYa-Tsung Feng
    • G01N27/416
    • G01R31/3679
    • A diagnosis method for SOH of batteries includes the steps of: providing data of discharge voltages and currents of a battery unit; setting an acceptable value of a predetermined period of time and an acceptable range of variation rate of discharge current for the battery unit; calculating variation rates of discharge voltages and currents of the battery unit within the predetermined period of time by using the data of discharge voltages and currents; recording the data of discharge voltages and currents of the batteries and variation rates thereof; comparing the data of discharge voltages of the batteries and the variation rates thereof if the variation rates of discharge current are fallen within the acceptable range of current variation with selected reference data; and converting results of compared data of discharge voltages of the battery unit and the variation rates thereof into a SOH index.
    • 电池的SOH的诊断方法包括以下步骤:提供电池单元的放电电压和电流的数据; 设定电池单元的预定时间段的可接受值和放电电流变化率的可接受范围; 通过使用放电电压和电流的数据计算预定时间段内的电池单元的放电电压和电流的变化率; 记录电池的放电电压和电流的数据及其变化率; 如果放电电流的变化率在所选择的参考数据的电流变化的可接受范围内下降,则比较电池的放电电压的数据及其变化率; 并将电池单元的放电电压的比较数据和其变化率的结果转换为SOH指数。
    • 3. 发明授权
    • Three-leg power converter apparatus
    • 三脚电源转换器
    • US08031497B2
    • 2011-10-04
    • US12432839
    • 2009-04-30
    • Hung-Liang ChouYu-Hua SunChin-Chang WuYa-Tsung Feng
    • Hung-Liang ChouYu-Hua SunChin-Chang WuYa-Tsung Feng
    • H02M3/24G05F1/10
    • H02J9/062H02J3/383H02J3/386H02J7/35Y02B10/72Y02E10/563Y02E10/566Y02E10/763
    • A three-leg power converter apparatus including first, second and third input/output ports, a three-leg bridge converter, a filter circuit, a decoupling circuit and a controller is presented. The three-leg bridge converter has three single-leg circuits, two DC terminals connecting to two terminals of the first input/output port, and three mid-terminals with each of them being formed by a middle point of one of the three single-leg circuits. The controller connects to the three-leg bridge converter for controlling an input or output current passing through each DC terminal and mid-terminal. The filter circuit connects between two of the mid-terminals and the second input/output port. The decoupling circuit has two terminals connecting to the second input/output port and another terminal connecting to a terminal of the third input/output port, with the third input/output port having another terminal connecting to the other mid-terminal that dose not connect with the filter circuit.
    • 本发明提供了一种包括第一,第二和第三输入/输出端口,三脚桥式变换器,滤波电路,去耦电路和控制器的三脚电力转换装置。 三脚桥转换器具有三条单脚电路,两条直流端子连接到第一输入/输出端口的两个端子,三个中间端子由三个单脚电路中的一个中点形成, 腿电路。 控制器连接到三脚桥转换器,用于控制通过每个直流端子和中端子的输入或输出电流。 滤波电路连接在两个中端和第二输入/输出端口之间。 去耦电路具有连接到第二输入/输出端口的两个端子和连接到第三输入/输出端口的端子的另一个端子,其中第三输入/输出端口具有连接到不连接的另一个中间端子的另一端子 与滤波电路。
    • 4. 发明申请
    • Three-Leg Power Converter Apparatus
    • 三脚电源转换器
    • US20100201341A1
    • 2010-08-12
    • US12432839
    • 2009-04-30
    • Hung-Liang ChouYu-Hua SunChin-Chang WuYa-Tsung Feng
    • Hung-Liang ChouYu-Hua SunChin-Chang WuYa-Tsung Feng
    • G05F3/08
    • H02J9/062H02J3/383H02J3/386H02J7/35Y02B10/72Y02E10/563Y02E10/566Y02E10/763
    • A three-leg power converter apparatus including first, second and third input/output ports, a three-leg bridge converter, a filter circuit, a decoupling circuit and a controller is presented. The three-leg bridge converter has three single-leg circuits, two DC terminals connecting to two terminals of the first input/output port, and three mid-terminals with each of them being formed by a middle point of one of the three single-leg circuits. The controller connects to the three-leg bridge converter for controlling an input or output current passing through each DC terminal and mid-terminal. The filter circuit connects between two of the mid-terminals and the second input/output port. The decoupling circuit has two terminals connecting to the second input/output port and another terminal connecting to a terminal of the third input/output port, with the third input/output port having another terminal connecting to the other mid-terminal that dose not connect with the filter circuit.
    • 本发明提供了一种包括第一,第二和第三输入/输出端口,三脚桥式变换器,滤波电路,去耦电路和控制器的三脚电力转换装置。 三脚桥转换器具有三条单脚电路,两条直流端子连接到第一输入/输出端口的两个端子,三个中间端子由三个单脚电路中的一个中点形成, 腿电路。 控制器连接到三脚桥转换器,用于控制通过每个直流端子和中端子的输入或输出电流。 滤波电路连接在两个中端和第二输入/输出端口之间。 去耦电路具有连接到第二输入/输出端口的两个端子和连接到第三输入/输出端口的端子的另一个端子,其中第三输入/输出端口具有连接到不连接的另一个中间端子的另一端子 与滤波电路。
    • 5. 发明申请
    • Bi-directional DC to DC power converter having a neutral terminal
    • 具有中性端子的双向直流至直流功率转换器
    • US20100072819A1
    • 2010-03-25
    • US12458288
    • 2009-07-08
    • Yi-Hu LeeWen HsuChin-Chang WuHung-Liang ChouYa-Tsung Feng
    • Yi-Hu LeeWen HsuChin-Chang WuHung-Liang ChouYa-Tsung Feng
    • H02J1/00
    • H02M3/1582H02M3/1584Y10T307/685
    • A bidirectional DC to DC power converter includes two DC sources, two inductors respectively connected to the two DC sources, a first switch and a second switch respectively connected to the two inductors, two capacitors respectively connected to the two switches, and a third switch connected between the two inductors. The first, second and third switches are respectively connected reversely with a diode in parallel. When the third switch is alternately turned on and off and the first and second switches are always turned off, the power converter operates as a boost power converter and electric energy flows from the two DC sources to the two capacitors. When the third switch is always turned off and the first and second switches are synchronously turned on or off, the power converter operates as a buck power converter and electric energy flows from the two capacitors to the two DC sources.
    • 双向DC到DC电力转换器包括两个DC源,分别连接到两个DC源的两个电感器,分别连接到两个电感器的第一开关和第二开关,分别连接到两个开关的两个电容器和连接到两个开关的第三开关 两个电感之间。 第一,第二和第三开关分别与并联的二极管反向连接。 当第三开关交替地接通和断开,并且第一和第二开关总是关断时,功率转换器作为升压功率转换器工作,电能从两个DC源流向两个电容器。 当第三开关总是关闭并且第一和第二开关同步地接通或断开时,功率转换器作为降压功率转换器工作,电能从两个电容器流到两个DC源。