METHOD FOR INCREASING THE PERFORMANCE OF THE AC ELECTRIC LOCOMOTIVES IN THE MODE OF RECOVERY BRAKING AND THE DEVICE FOR ITS IMPLEMENTATION Russian patent published in 2018 - IPC B60L9/12 B60L7/16 H02P7/295 H02M7/155 

Abstract RU 2659756 C2

FIELD: machine building.

SUBSTANCE: group of inventions relates to electrical traction systems of vehicles. Way to increase the efficiency of the AC electric locomotive in the regenerative braking mode is that when the steering impulse of control is passed to one of the thyristor arms of the rectifier-inverter converter, depending on the regulation zone and the direction of the electromotive force of the traction transformer, the control unit generates and provides for the new steering pulses, which are intended for the shoulders, the operation of which excludes the formation of the short circuit in the circuit. Device for implementing the efficiency of the rectifier-inverter converter includes the control pulse tracking units, which are installed directly on each converter. Tracking units consist of two parallel groups of diodes that, with their anode group, are connected to the wires, which are suitable for the thyristor arms of the converter, and with the cathode group – to the two wires, which return to the control unit.

EFFECT: technical result consists in increased efficiency of the rectifier-inverter converter of the electric locomotive.

2 cl, 6 dwg

Similar patents RU2659756C2

Title Year Author Number
METHOD FOR DETERMINING EMERGENCY ARM OF RECTIFIER-INVERTER CONVERTER OF AC ELECTRIC LOADER 2021
  • Skorik Vitalij Gennadevich
  • Suprun Demyan Andreevich
  • Blazhnov Aleksej Ivanovich
RU2766917C1
DEVICE FOR INCREASING THE POWER FACTOR OF RECTIFIER-INVERTER CONVERTER OF SINGLE-PHASE ALTERNATING CURRENT 2020
  • Ivanov Aleksandr Vitalevich
  • Vlasevskij Stanislav Vasilevich
  • Malysheva Olga Aleksandrovna
RU2760815C1
METHOD OF INCREASING AC ELECTRIC LOCOMOTIVE POWER EFFICIENCY AND QUALITY OF ELECTRIC POWER AT LOCOMOTIVE CURRENT COLLECTOR, AND DEVICE TO THIS END 2011
  • Mel'Nichenko Oleg Valer'Evich
  • Gazizov Jurij Vladimirovich
  • Portnoj Aleksandr Jur'Evich
  • Shramko Sergej Gennad'Evich
RU2467892C1
SEMICONDUCTOR GEAR GUIDED BY MAINS FOR SPEED CONTROL OF ONE-PHASE DOUBLE-WINDING ASYNCHRONOUS MOTOR 2010
  • Stal'Naja Maja Ivanovna
  • Orlov Oleg Aleksandrovich
  • Talanov Il'Ja Evgen'Evich
  • Skornjakov Anton Aleksandrovich
RU2439774C1
METHOD TO REDUCE POST-SWITCHING OSCILLATIONS OF VOLTAGE AT ELECTRIC LOCOMOTIVE CURRENT COLLECTOR AND DEVICE FOR ITS REALISATION 2009
  • Mel'Nichenko Oleg Valer'Evich
  • Gazizov Jurij Vladimirovich
  • Shafrygin Aleksandr Vladimirovich
RU2435288C2
SEMICONDUCTOR DEVICE OF REGULATING SPEED OF SINGLE-PHASE DOUBLE-WOUND ASYNCHRONOUS ELECTROMOTOR WITH MENTIONED DC LINK 2015
RU2613345C1
CONTROL METHOD FOR MULTIZONE REVERSIBLE CONVERTER OF SINGLE-PHASE DIRECT CURRENT 2014
  • Vlas'Evskij Stanislav Vasil'Evich
  • Semchenko Viktor Vasil'Evich
  • Mel'Nichenko Oleg Valer'Evich
RU2561913C1
MULTIPROCESSOR CONTROL UNIT FOR RECTIFYING-INVERTING CONVERTER 2002
  • Rabinovich M.D.
  • Sorin L.N.
  • Krivnoj A.M.
  • Kramskov S.A.
  • Plis V.I.
  • Stekol'Shchikov D.V.
  • Chekmarev A.E.
RU2251785C2
METHOD OF DIAGNOSING BRANCHES OF REVERSIBLE CONVERTER OF LOADED ALTERNATING CURRENT LOCOMOTIVE 2007
  • Babichuk Aleksej Kuz'Mich
  • Mel'Nichenko Oleg Valer'Evich
RU2346829C1
REVERSIVE SEMICONDUCTOR DEVICE FOR SPEED CONTROL OF THREE-PHASE INDUCTION MOTOR 2015
  • Stalnaya Maya Ivanovna
  • Eremochkin Sergej Yurevich
  • Korolev Dmitrij Anatolevich
  • Titova Anastasiya Andreevna
RU2622394C1

RU 2 659 756 C2

Authors

Ustinov Roman Ivanovich

Melnichenko Oleg Valerevich

Portnoj Aleksandr Yurevich

Shramko Sergej Gennadevich

Linkov Aleksej Olegovich

Yagovkin Dmitrij Andreevich

Dates

2018-07-03Published

2016-11-24Filed