Type testing a 2000 MW turbogenerator

@article{Sedlazeck2009TypeTA,
  title={Type testing a 2000 MW turbogenerator},
  author={Klaus Philipp Sedlazeck and Christoph Richter and S. Strack and S. Lindholm and J. Pipkin and Feng Fu and B.T.A. Humphries and L. W. Montgomery},
  journal={2009 IEEE International Electric Machines and Drives Conference},
  year={2009},
  pages={465-470}
}
Type tests completed in August 2008 have validated all electrical and mechanical design parameters of the 1992 MVA 4-pole, 1500 RPM turbogenerator that Teollisuuden Voima Oy is now installing in the Olkiluoto 3 nuclear power station. Olkiluoto 3 is the first European Pressurized Reactor (EPR) power station. In response to TVO's requirement that the generator capability be at least 10% above the 1992 MVA nameplate rating, Siemens Energy designed the generator so that its capability is above 2222… 
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References

SHOWING 1-5 OF 5 REFERENCES
Designing the cooling systems for the world's most powerful turbogenerator - Olkiluoto unit 3
Olkiluoto 3 will have a rated capability of 1992 MVA at 0.90 power factor, giving it the highest rating ever attained by a turbogenerator. Although the machine is highly efficient (expected generator
Influence of customer’s specifications upon design features of the EPR turbogenerator
  • CIGRÉ Report 11-106,
  • 2002
Generators > 1200 MW”, Giga-Watt Generation Panel Session, CIGRÉ Group A1 (Rotating
  • Electrical Machines),
  • 2008
Caguiat, “Designing the world’s most powerful turbogenerator – Olkiluoto Unit 3
  • Conference Paper no. 0167,
  • 2006
Design and performance of large four-pole turbogenerators with semiconductor excitation for nuclear power stations
  • CIGRE Report 11-04,
  • 1972