Experimental analysis under laboratory conditions of the parallel connection of any local power station to an infinite bus can be expensive and complicated. In this study, such a connection has been modelled and simulated using the DELPHI packet program. The study focuses on immediately finding and solving problems which occur before and after connection. The visualisation capability of DELPHI makes the program useful for teaching at undergraduate level.
Electricity Council, ‘Notes of guidance for the protection of private generating sets for operation in parallel with electricity board distribution networks’, Engineering Recommendation G59 (June 1985)
2.
WildiT., Electrical Machines, Drivers and Power Systems, 2nd edn., Prentice Hall (1991)
3.
BayramM., Systems of Parallel Connection and Synchronisation (in Turkish), ITU (1972)
4.
RedfernM. A.BarrettJ. I. and UstaÖ., ‘New microprocessor based islanding protection algorithm for DSG units’, 95 WM 090–1–PWRD, IEEE WM (January/February 1995)
5.
TamuraJ. and TakedaI., ‘A new method to approximate stator transients of synchronous machines in power system simulation’, IEEE Trans. Energy Conversion, 12 (December 1997)
6.
SenP. C., Principles of Electric Machines and Power Electronics, Wiley (1989)