DESIGN ADVANCEMENT, PARAMETERS, AND MODES OF HIGH POWER TURBO GENERATORS
Authors:
1.
Nekommercheskoe partnerstvo «Nauchno-tehnicheskiy sovet Edinoy energeticheskoy sistemy»
(chlen nauchno-tehnicheskoy kollegii)
Russian Federation
Russian Federation
Type:
ISBN:
978-5-16-012669-2
ISBN-online:
978-5-16-102528-4
Status:
In work
Language:
Russian, English
Quantity of pages:
325
Publisher:
INFRA-M Academic Publishing LLC.
Keywords:
Turbo generator, power grid, mode anomality, inductive resistance, electromagnetic time constant, inertia constant of turbo generators, short circuit, asynchronous mode, field suppression, turbo generator modeling
Abstract (English):
Turbo generators installed at the thermal and nuclear power plants produce about 85% of the electrical energy generated in the world. High power turbo generators have higher specific power normalized to the volume, and, as a result, higher tensions in the machine structure and increased sensitivity to switching between the modes of operation. Disruptions in turbo generator standard modes of operation cause increase in electrical currents, significant local heat increase as well as large electrodynamic stresses. The book discusses the improvement of design of Russian turbo generators and how their parameters impact the machine reliability; the book provides analysis of specifics of the abnormal modes of operation, and their limits and the risk of miscounting of these limits in the power system control; the book also discusses the modeling of turbo generators. The book is recommended as a textbook for college and university students, who study Power and Electrical Engineering, engineering and technical staff of power plants and power systems as well as professionals involved in the design and testing of turbine generators.
Turbo generators installed at the thermal and nuclear power plants produce about 85% of the electrical energy generated in the world. High power turbo generators have higher specific power normalized to the volume, and, as a result, higher tensions in the machine structure and increased sensitivity to switching between the modes of operation. Disruptions in turbo generator standard modes of operation cause increase in electrical currents, significant local heat increase as well as large electrodynamic stresses. The book discusses the improvement of design of Russian turbo generators and how their parameters impact the machine reliability; the book provides analysis of specifics of the abnormal modes of operation, and their limits and the risk of miscounting of these limits in the power system control; the book also discusses the modeling of turbo generators. The book is recommended as a textbook for college and university students, who study Power and Electrical Engineering, engineering and technical staff of power plants and power systems as well as professionals involved in the design and testing of turbine generators.
Keywords:
Turbo generator, power grid, mode anomality, inductive resistance, electromagnetic time constant, inertia constant of turbo generators, short circuit, asynchronous mode, field suppression, turbo generator modeling
Turbo generator, power grid, mode anomality, inductive resistance, electromagnetic time constant, inertia constant of turbo generators, short circuit, asynchronous mode, field suppression, turbo generator modeling
