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    • 2. 发明申请
    • ENERGY MANAGEMENT CONTROL FOR SOLAR-POWERED LIGHTING DEVICES
    • 太阳能照明设备的能源管理控制
    • WO2011095922A3
    • 2012-06-14
    • PCT/IB2011050408
    • 2011-01-31
    • KONINKL PHILIPS ELECTRONICS NVTOUSAIN ROBERTUS LEONARDUSBLANKESTIJN JAN-IVOHONTELE BERTRAND JOHAN EDWARD
    • TOUSAIN ROBERTUS LEONARDUSBLANKESTIJN JAN-IVOHONTELE BERTRAND JOHAN EDWARD
    • H02J7/00H05B37/00
    • H05B37/00H02J3/383H02J7/00H05B37/0227H05B37/0281Y02A30/12Y02E10/563
    • This invention relates to a method of controlling the light output of a solar- powered lighting device. The lighting device comprises a light source, a battery connected to the light source, a solar-power generator including a charger connected to the battery, and a control unit for performing the light output control. The method comprises: - charging the battery while solar-power is generated; - acquiring local day-light data; - repeatedly: - acquiring, at predetermined time intervals, local weather forecast data covering a predetermined time period, and determining a lighting output profile for the predetermined time period; and - driving the lighting device according to the lighting output profile, wherein said determining a lighting output profile comprises: - predicting a lighting demand for the predetermined time period on basis of first environment light data, which first environment light data comprises the local day-light data; - predicting a battery capacity for the predetermined time period on basis of a present energy storage level and second environment light data, which second environment light data comprises the weather forecast data and the local day-light data; and - determining the lighting output profile on basis of the lighting demand and the battery capacity under consideration of keeping the energy storage level above a predetermined minimum level during the predetermined time period.
    • 本发明涉及一种控制太阳能照明装置的光输出的方法。 照明装置包括光源,连接到光源的电池,包括连接到电池的充电器的太阳能发电机和用于执行光输出控制的控制单元。 该方法包括: - 在产生太阳能的同时对电池充电; - 获取当地的日光数据; - 重复地: - 以预定时间间隔获取覆盖预定时间段的本地天气预报数据,以及在所述预定时间段内确定照明输出分布; 以及 - 根据所述照明输出特征来驱动所述照明设备,其中所述确定照明输出配置文件包括: - 基于第一环境光数据预测所述预定时间段内的照明需求,所述第一环境光数据包括所述本地日 - 光数据; - 基于当前能量存储水平和第二环境光数据预测电池容量达预定时间段,该第二环境光数据包括天气预报数据和本地日光数据; 以及 - 在所述预定时间段期间,考虑将所述能量存储水平保持在预定最小水平以下的方式,基于所述照明需求和所述电池容量来确定所述照明输出曲线。
    • 3. 发明申请
    • LED RETROFIT DRIVER CIRCUIT AND METHOD OF OPERATING THE SAME
    • LED转换驱动电路及其操作方法
    • WO2012156891A3
    • 2013-01-10
    • PCT/IB2012052384
    • 2012-05-14
    • KONINKL PHILIPS ELECTRONICS NVTOUSAIN ROBERTUS LEONARDUSEDDEANE REDOUANECLAESSENS DENNIS JOHANNES ANTONIUSVAEL PHILIP LOUIS ZULMAJIANG JACK
    • TOUSAIN ROBERTUS LEONARDUSEDDEANE REDOUANECLAESSENS DENNIS JOHANNES ANTONIUSVAEL PHILIP LOUIS ZULMAJIANG JACK
    • H05B33/08
    • H05B33/0845F21K9/23H05B39/044
    • A LED retrofit driver circuit (3) is provided, comprising at least an input (6) for receiving an operating voltage from a power supply (2), an output (8) for connection to one or more LED units (5), a power converter (7) connected with said input (6) and said output (8) and configured to provide a lamp current (50) at said output (8) during operation in at least a first and a second operating state. To provide a versatile circuit (3), allowing operation with a variety of power supplies and under various load conditions, in said first operating state, the power converter (7) is adapted to switch between a high current generating mode (40), in which the power converter (7) is configured to draw current pulses from said power supply (2) to provide a first average input current (33a), and an OFF mode (42) in which no current is drawn from said power supply (2). In said second operating state, said power converter (7) is adapted at least to operate in a low current generating mode (41), in which the power converter (7) is configured to draw a current from said power supply (2) to provide a second average input current (33b)which is lower than said first average input current (33a).
    • 提供了一种LED改装驱动器电路(3),至少包括用于从电源(2)接收工作电压的输入端(6),用于连接到一个或多个LED单元(5)的输出端(8) 功率转换器(7),其与所述输入端(6)和所述输出端(8)连接并被配置为在至少第一和第二操作状态下在所述输出端(8)处提供灯电流(50)。 为了提供通用电路(3),允许在所述第一操作状态下使用各种电源和在各种负载条件下操作,功率转换器(7)适于在高电流产生模式(40)之间切换, 功率转换器(7)被配置为从所述电源(2)提取电流脉冲以提供第一平均输入电流(33a),以及不从所述电源(2)吸取电流的OFF模式(42) )。 在所述第二操作状态下,所述功率转换器(7)至少适于在低电流产生模式(41)中工作,其中功率转换器(7)被配置为将来自所述电源(2)的电流吸入 提供低于所述第一平均输入电流(33a)的第二平均输入电流(33b)。