Method of controlling power distribution system including microgrid
A microgrid controller and controller technology, applied in the field of power systems, can solve problems such as the influence of the microgrid
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[0052] figure 1 A power distribution network 1 is shown consisting of two parts, namely a first part 1a connected to the transmission grid via a transformer 10 and a second part 1b which is a microgrid which is at the PCC (Point of Common Coupling) connected to the first part. The distribution network 1 comprises a plurality of assets 3 - 7 such as loads 3 , voltage source converters 4 , distributed generators 5 , series capacitors 6 and energy storage devices 7 . Energy storage devices 7 and distributed generators 5 may be connected to the distribution network grid 1 voltage source converter 4 . Assets 3-7 are provided in the first part 1a as well as in the microgrid 1b. The first part 1a comprises a distribution network controller 9 operatively connected to assets 3-7 of the first part 1a and arranged to monitor the first part 1a of the distribution network 1, including monitoring PCCs. The microgrid 1b includes a microgrid controller 8 arranged to monitor the microgrid 1...
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