This paper presents studies of a single-phase induction machine driven by a micro wind turbine connected to an LV distribution system within a residential dwelling. The transient associated with grid connection and both local and electrically remote network faults are presented. Based on these studies conclusions will be drawn regarding the network impacts of microgenerators using single-phase induction generators and, conversely, the impact of network secondary systems such as protection (e.g. typical fault clearance times) on the behaviour of these generators, and also the threshold values of the machine speed and its retained terminal voltage when the system experiences a remote fault on the MV system are defined. The principle contribution of this paper is to highlight stability issues associated with such small scale generators, and to propose some remedial measures by which the stable operation of such generators may be improved.
|Number of pages||5|
|Publication status||Published - 2 Apr 2008|
|Event||4th IET Power Electronics, Machine and Drives 2008 - , United Kingdom|
Duration: 2 Apr 2008 → 4 Apr 2008
|Conference||4th IET Power Electronics, Machine and Drives 2008|
|Period||2/04/08 → 4/04/08|
- single phase induction generator
- transient stability
Emhemed, A., Tumilty, R., Burt, G., & McDonald, J. R. (2008). Transient performance analysis of single-phase induction generators for microgeneration applications. 345-349. Paper presented at 4th IET Power Electronics, Machine and Drives 2008, United Kingdom.