Conference Publication Details
Mandatory Fields
Coleman J, Pican E, Ahmad H, Toal D
(UPEC), 2013 48th International Universities Power Engineering Conference (IEEE)
Airborne wind energy: Simulation of directly interconnected synchronous generators for a novel wind energy technology
2013
September
Published
1
()
Optional Fields
AWE systems airborne wind energy systems continuous power output directly-interconnected synchronous generators noncontinuous periodic supply synchronisation routine wind energy technology wind farm
1
6
Dublin
02-SEP-13
03-SEP-13
This paper presents the design and simulation of a simple wind farm consisting of three identical airborne wind energy systems. The novel concept of airborne wind energy (AWE) is briefly introduced. The focus of the paper is on the modelling of an operational method that provides a continuous power supply from a cluster of AWE systems whose individual operation delivers a non-continuous, periodic supply. The devices are directly interconnected on a local bus with an operation schedule to provide a continuous power output. A synchronisation routine is described, which enables an offline machine to join the bus. This setup is simulated under typical operating scenarios with results presented and discussed within.
IRCSET, EPS partner - Bord Gais Energy, Analog Devices Bv. SFI Charles Parsons Energy Research Awards,
10.1109/UPEC.2013.6714941
Grant Details
Irish Research Council: RS/2010/2632, EPSPD/2011/56, SFI 06/CP/E007