Высоковольтная линия постоянного тока (Russian Wikipedia)

Analysis of information sources in references of the Wikipedia article "Высоковольтная линия постоянного тока" in Russian language version.

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abb.com

amazon.com

  • [K. Sood][англ.]. HVDC and FACTS Controllers: Applications Of Static Converters In Power Systems (англ.). — Springer-Verlag. — P. 1. — ISBN 978-1402078903.. — «The first 25 years of HVDC transmission were sustained by converters having mercury arc valves till the mid-1970s. The next 25 years till the year 2000 were sustained by line-commutated converters using thyristor valves. It is predicted that the next 25 years will be dominated by force-commutated converters [4]. Initially, this new force-commutated era has commenced with Capacitor Commutated Converters (CCC) eventually to be replaced by self-commutated converters due to the economic availability of high power switching devices with their superior characteristics.».

claverton-energy.com

ieee.org

ieeexplore.ieee.org

ieee.org

inelfe.eu

myinsulators.com

rmst.co.il

rpdc.tas.gov.au

uoit.ca

engineering.uoit.ca

  • [K. Sood][англ.]. HVDC and FACTS Controllers: Applications Of Static Converters In Power Systems (англ.). — Springer-Verlag. — P. 1. — ISBN 978-1402078903.. — «The first 25 years of HVDC transmission were sustained by converters having mercury arc valves till the mid-1970s. The next 25 years till the year 2000 were sustained by line-commutated converters using thyristor valves. It is predicted that the next 25 years will be dominated by force-commutated converters [4]. Initially, this new force-commutated era has commenced with Capacitor Commutated Converters (CCC) eventually to be replaced by self-commutated converters due to the economic availability of high power switching devices with their superior characteristics.».

web.archive.org

wikipedia.org

en.wikipedia.org

  • [K. Sood][англ.]. HVDC and FACTS Controllers: Applications Of Static Converters In Power Systems (англ.). — Springer-Verlag. — P. 1. — ISBN 978-1402078903.. — «The first 25 years of HVDC transmission were sustained by converters having mercury arc valves till the mid-1970s. The next 25 years till the year 2000 were sustained by line-commutated converters using thyristor valves. It is predicted that the next 25 years will be dominated by force-commutated converters [4]. Initially, this new force-commutated era has commenced with Capacitor Commutated Converters (CCC) eventually to be replaced by self-commutated converters due to the economic availability of high power switching devices with their superior characteristics.».