Connection of off-shore wind power plants to VSC-MTdc networks using HVdc diode-rectifiers
S Bernal-Perez, S Añó-Villalba… - 2013 IEEE …, 2013 - ieeexplore.ieee.org
2013 IEEE International Symposium on Industrial Electronics, 2013•ieeexplore.ieee.org
This paper introduces the use of a diode based HVdc rectifier for the connection of a large
off-shore wind power plants (WPP) to an existing multiterminal VSC-HVdc grid. Wind
turbines with fully rated converters are used to control the offshore ac-grid voltage and
frequency and the power delivered by the WPP. Moreover, the proposed topology allows for
black-start operation of the off-shore WPP and exhibits a good response against
perturbations such as off-shore faults. The technical feasibility of the proposed topology has …
off-shore wind power plants (WPP) to an existing multiterminal VSC-HVdc grid. Wind
turbines with fully rated converters are used to control the offshore ac-grid voltage and
frequency and the power delivered by the WPP. Moreover, the proposed topology allows for
black-start operation of the off-shore WPP and exhibits a good response against
perturbations such as off-shore faults. The technical feasibility of the proposed topology has …
This paper introduces the use of a diode based HVdc rectifier for the connection of a large off-shore wind power plants (WPP) to an existing multiterminal VSC-HVdc grid. Wind turbines with fully rated converters are used to control the offshore ac-grid voltage and frequency and the power delivered by the WPP. Moreover, the proposed topology allows for black-start operation of the off-shore WPP and exhibits a good response against perturbations such as off-shore faults. The technical feasibility of the proposed topology has been validated by means of detailed PSCAD simulations, assuming a WPP consisting on five aggregated wind turbines of different ratings to evaluate the distributed nature of the control strategy.
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