Method for stabilizing an electric grid
A technology of power grid and power grid state, applied in the field of power supply network, can solve problems such as grid faults that cannot support symmetry
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[0045] figure 1 A device 1 for generating electrical energy is shown.
[0046] The figure shows a PV generator 2 with a plurality of PV modules 3 , 4 , 5 , 6 which are electrically connected according to current requirements.
[0047] The PV generator 2 is connected on the DC voltage side to an inverter 9 via a positive DC lead 7 and a negative DC lead 8 . The PV generator 2 converts the incoming energy into direct current, which in turn is converted by the power section 9 of the inverter 22 into one or more deliverable alternating currents.
[0048] On the AC voltage side, the inverter 22 is connected via a plurality of electrical leads to a low-voltage side (NS) 10 of a grid for supplying electrical energy to consumers, for example to a public power grid. The individual leads on the AC voltage side are not provided with reference signs for the sake of clarity. The diagram relates to a three-phase power network, the three phases of which are generally labeled L1, L2 and L3...
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