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AssigneeVestas Wind Systems A/S
InventorMichael Adam ZAGRODNIK
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A method for compensating an inductance imbalance in a three-phase alternating current electrical system is provided. An inductance imbalance is determined in the three-phase electrical system, an induction compensation device is selected based on the determination and thereafter applied within the three-phase electrical system. The induction compensation device is applied onto a power cable within the electrical system. A three-phase electrical system wherein an inductance imbalance is addressed with an inductance compensation device is further provided. A wind turbine generator comprising such a three-phase AC electrical system.
A method for compensating an inductance imbalance in a three-phase alternating current, AC, electrical system of a wind turbine generator, comprising an electrical generator coupled to a plurality of parallel operated back-to-back power converters, the power converters being subsequently coupled to a load, the power converters receiving electrical power from the electrical generator and delivering conditioned electrical power to the load, wherein the current of each phase of the three-phase AC electrical system is carried through separate power cables, the method comprising:
A three-phase alternating current, AC, electrical system for a wind turbine generator, comprising:
(canceled)
A wind turbine, comprising:
Dependencies are inferred from the claim text.