CONTROLLED REACTOR-COMPENSATOR (VERSIONS) Russian patent published in 2019 - IPC H01F29/14 

Abstract RU 2701150 C1

FIELD: electrical engineering.

SUBSTANCE: invention relates to electrical engineering and can be used in electrical systems. For this purpose, the direct bias current supplied by exciter 5 to windings 1, 2 and 10 is changed, the inductance of windings 1, 2 of the reactor is changed, and consequently, the reactive power consumed by windings 1 and 2 from the mains. In such mode of consumption, switches 8, 9 are switched off and capacitor batteries 6, 7 are not used. Keys 8, 9 are closed in generation mode. Batteries 6, 7 generate reactive power. At that, they are connected to the same as of magnetization taps of windings, which eliminates constant component of voltage on capacitors. Magnetizing current is supplied to the reactor in such a way as to ensure the required level of generation, which is defined as the difference between the full total power of batteries 6, 7 minus the reactive power of windings 1, 2.

EFFECT: technical result consists in reduction of losses due to exclusion of transformation of reactive current inside reactor and simplification of reactor.

2 cl, 2 dwg

Similar patents RU2701150C1

Title Year Author Number
SHUNT REACTOR-COMPENSATOR (OPTIONS) 2018
  • Dzhus Ilya Nikolaevich
RU2680374C1
LINEAR CONTROLLED SHUTTER REACTOR (OPTIONS) 2022
  • Dzhus Ilya Nikolaevich
RU2781912C1
SHUNT REACTOR WITH INDIVIDUAL PHASE CONTROL 2017
  • Dzhus Ilya Nikolaevich
RU2662149C1
CONTROLLED REACTOR WITH INDEPENDENT MAGNETIZATION 2019
  • Dzhus Ilya Nikolaevich
RU2700569C1
TRIPHASE CONTROLLED SHUNT REACTOR 2015
  • Dzhus Ilya Nikolaevich
RU2628751C2
MULTI-BRIDGE RECTIFIER 2019
  • Dzhus Ilya Nikolaevich
RU2717080C1
SHUNTING REACTOR WITH COMBINED EXCITATION (VERSIONS) 2018
  • Dzhus Ilya Nikolaevich
RU2686301C1
CONTROLLED SHUNTING REACTOR (VERSIONS) 2019
  • Dzhus Ilya Nikolaevich
RU2701149C1
SHUNTING CONTROLLED REACTOR 2019
  • Dzhus Ilya Nikolaevich
RU2701147C1
CONTROLLED SHUNTING REACTOR 2019
  • Dzhus Ilya Nikolaevich
RU2701144C1

RU 2 701 150 C1

Authors

Dzhus Ilya Nikolaevich

Dates

2019-09-25Published

2019-01-28Filed