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"A Novel Configuration of a Hybrid Offshore Wind-Wave Energy Conversion" by Safdar Rasool, Kashem M. Muttaqi et al.

This paper aims to develop a novel hybrid offshore wind-wave energy conversion system (HOW-WECS) configuration which can successfully feed a stable power to the customers of remote communities in near-shore areas or remote islands. The proposed configuration uses a minimum number of converters for the integration of the doubly-fed induction generator (DFIG)-based wind energy system with the direct-drive linear permanent magnet generator (DDLPMG)-based wave energy system. Advanced control schemes for the DFIG and the DDLPMG are presented to enhance the power extraction from the implemented HOW-WECS. The dynamic and the transient performance of the proposed system and the associated control schemes are tested under various operating scenarios and electrical fault conditions. The dynamic performance was acceptable as the implemented control strategies were able to keep the stator voltage and the stator current of the DFIG sinusoidal and balanced, the frequency excursions are within the ac ....

Oubly Fed Induction Generators , Frequency Regulation , Hybrid Power Systems , Ower Maximization , Power Supply , Power System Stability , Save Energy , Wave Energy Conversion , Wind Energy , Wind Turbines , Ind Wave Hybrid ,

"A Novel Configuration of a Hybrid Wind-Wave Energy Harvesting System f" by Safdar Rasool, Kashem M. Muttaqi et al.

The electrification of remote islands with a stable power network is challenging in the absence of large-scale utility grids. This paper aims to develop a novel hybrid wind-wave energy system (HWWES) configuration which can successfully feed a stable power to the customers of remote islands with a synergetic combination of wind and wave energy. The proposed configuration uses a minimum number of converters for the integration of the doubly-fed induction generator (DFIG)-based wind energy system with the linear permanent magnet generator (LPMG)-based wave energy system. The enhanced power extraction from the HWWES is achieved by the advanced control schemes for the DFIG and the LPMG. The dynamic performance of the proposed system is tested under various operating conditions. The results prove the effectiveness of the proposed system as the stator voltage and the stator current of the DFIG remain sinusoidal and balanced, the frequency excursion remains within the acceptable band, and the ....

Frequency Regulation , Linear Generator , Ower Maximization , Save Energy , Ind Wave Hybrid ,