Stand-alone operation of cross-flow water turbines

A study of the stand-alone mode of operation for cross-flow-water-turbine-based generation systems is presented in this paper. This system is considered to feed a mainly resistive load via a power electronics interface which allows the use of advanced integrated controls. It should guarantee the imp...

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Main Authors: Andreica, M., Bacha, S., Roye, D., Munteanu, I., Bratcu, A.I., Guiraud, J.
Format: Conference Proceeding
Language:English
Subjects:
Electric variables control
Energy storage
Feeds
Hydraulic turbines
Mesh generation
Power electronics
Power generation
Rivers
Water resources
Wind turbines
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creator Andreica, M.
Bacha, S.
Roye, D.
Munteanu, I.
Bratcu, A.I.
Guiraud, J.
description A study of the stand-alone mode of operation for cross-flow-water-turbine-based generation systems is presented in this paper. This system is considered to feed a mainly resistive load via a power electronics interface which allows the use of advanced integrated controls. It should guarantee the imposed voltage parameters in the absence of energy storage elements. Experimental tests have been performed in order to validate the control loop responses and the operating strategy of the turbines.
doi_str_mv 10.1109/ICIT.2009.4939558
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subjects Electric variables control
Energy storage
Feeds
Hydraulic turbines
Mesh generation
Power electronics
Power generation
Rivers
Water resources
Wind turbines
title Stand-alone operation of cross-flow water turbines
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