Energy production system with a coupling system reacting to changing weather conditions

摘要

The invention reveals a system of energy production with a coupling system that responds to changing atmospheric conditions used for the protection of the environment and the extraction of renewable energy, consisting of two sets of photovoltaic panels combined in series, where the first row of photovoltaic panels (PF1) is connected to the first input of the inverter and the second row of photovoltaic panels (PF2) to the second input of the inverter, between each photovoltaic panel (PF1 and PF2),a coupling system (US) is installed,which enables the photovoltaic panels (PF1 and PF2) to be switched between the individual rows and possibly the photovoltaic panels (PF1 and PF2) to be switched off, Whereas the coupling system (US) has a coupling (S) for each photovoltaic panel consists of a "switch connected to the end of the photovoltaic panel (PF1),which allows this end to be connected to the entry(s) of the first inverter channel (item 1-) or to the entry(s) of the second inverter channel (item 2-) or to the previous panel in a row (item PRE),and from the second switch connected to the end (+) of the photovoltaic panel (PF2),which allows this end to be connected to the input (+) of the first inverter channel (item 1+) or to the input (+) of the second inverter channel (item 2+) or to the next panel in a row (item NEXT),and an additional element is the connector (L) which enables the photovoltaic panel to be shortened, i.e. eliminated from the series, while the photovoltaic panels may be 10 and 3-series.