发明名称 Method of operation and device for controlling an energy installation having photovoltaic modules
摘要 A method and device are provided for operating an energy installation and include multiple photovoltaic modules linked to at least one inverter. Switching means are provided to electrically arrange the photovoltaic modules in at least two configurable series of photovoltaic modules parallel to each other, so that each module can be individually connected to or disconnected from any of the series of photovoltaic modules. Current values and voltage values supplied individually by each photovoltaic module are measured. Intermediate electrical magnitudes are calculated or chosen corresponding respectively to a plurality of configurations of the series of photovoltaic modules. The intermediate electrical magnitudes are compared with each other or with a reference magnitude. A configuration is selected of each series of photovoltaic modules according to the result of the comparison.
申请公布号 US9214810(B2) 申请公布日期 2015.12.15
申请号 US201313933630 申请日期 2013.07.02
申请人 发明人 Hauf Harald;Van Sothachett
分类号 H02J7/14;H02J1/10;H02J3/38;H02J7/00;H02J7/35;G05B15/02;H01L31/02 主分类号 H02J7/14
代理机构 Panitch Schwarze Belisario & Nadel LLP 代理人 Panitch Schwarze Belisario & Nadel LLP
主权项 1. A method for operating an energy installation comprising multiple photovoltaic modules linked to at least one inverter, the method comprising: (a) providing switching means to electrically arrange the photovoltaic modules in at least two configurable series of photovoltaic modules parallel to each other, so that each module can be individually connected to or disconnected from any of the series of photovoltaic modules, (b) measuring current values and voltage values supplied individually by each photovoltaic module; (c) calculating or choosing intermediate electrical powers corresponding respectively to a plurality of configurations of the series of photovoltaic modules; (d) comparing the intermediate electrical powers with each other or with a reference electrical power; and (e) selecting a configuration of each series of photovoltaic modules corresponding to the highest power supplied by the energy installation according to the result of the comparison.
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