High Thermal Conducting Stator Coil Insulation

Design improvement of conventional stator coil insulation (thermal barrier) and increase of generator power density

Fig.1 Design improvement of conventional stator coil insulation (thermal barrier) and increase of generator power density

Temperature reduction of generator brought by high thermal conducting insulation (three-phase short circuit temperature test)

Fig.2 Temperature reduction of generator brought by high thermal conducting insulation (three-phase short circuit temperature test)

Expanded capacity range of indirect-cooled generators

Fig.3 Expanded capacity range of indirect-cooled generators




Publications

[1] M. Tari, K. Yoshida, S. Sekito, R. Brutsch, J. Allison, A. Lutz、HTC Insulation Technology Drives Rapid Progress of Indirect-Cooled Turbo Generator Unit Capacity、2001、IEEE PES Summer Meeting in July-2001
[2] M. Tari, K. Yoshida, S. Sekito, H. Hatano、IMPACTS ON TURBINE GENERATOR DESIGN BY THE APPLICATION OF INCREASED THERMAL CONDUCTING STATOR INSULATION、2002、CIGRE Session - 2002 August, Paper No.11-105

Related Researches

Category

Electricity & Electric Power
(Electric Apparatus)
Electricity & Electric Power
(Electric/Electronic Materials)

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