MODULAR ELECTRIC PLANT AND ITS RECEIVING ASSEMBLY Russian patent published in 2006 - IPC H02B5/02 H01B1/00 

Abstract RU 2267843 C1

FIELD: power engineering, possible use for construction of supporting structures of sub-stations, distributing devices and other electric plants, meant for receiving, transforming and distributing electric energy of three-phase electric current of industrial frequency 50 Hz in networks with voltages range 35, 110, 150, 220 kV.

SUBSTANCE: modular electric plant consists of electric equipment, receiving assembly and bearing structure, formed of at least one module mounted on foundation , consisting of at least two rows of bearing posts of tubular shape, with at least two of them in each row with forming of flights in longitudinal and transverse directions; bearing beams, supported by bearing posts in each flight of longitudinal direction and mounted in pairs. Modules are constructed so, that bearing beams of separate modules are mutually parallel and/or mutually perpendicular, and electric equipment is mounted on foundation. Receiving assembly consists of at least one current-conducting wire, connected to at least one support, mounted on bearing structure of modular electric plant, while support consists of two polymer isolators, connected along height with forming of rigidity point, and current conducting wire is connected to support by holding assembly. The best variants of inventions from the group are realized with bolt connection of bearing structure elements and polymer isolators.

EFFECT: higher operational reliability of electric plant structures in case of upholding of unification and standardization principles due to development of modules, rational occupation of area occupied by distributing device, possible further expansion of operating electric plants, decreased metal capacity of bearing structure, decreased net costs of mounting operations and operation of electric plant, higher operational reliability of receiving assembly of modular electric plant due to support being capable of receiving static and dynamic loads, increased reliability of receiving assembly of modular electric plant due to development of modules.

2 cl, 4 dwg

Similar patents RU2267843C1

Title Year Author Number
POWER INSTALLATION 2004
  • Burakov Jurij Valentinovich
RU2271594C1
MOBILE FRAME-MODULAR BUILDING FRAME 2022
  • Gataullin Rustam Mukhtarovich
  • Dolgin Leonid Mikhailovich
  • Babkin Aleksei Nikolaevich
  • Kravchuk Pavel Alekseevich
RU2786917C1
BUILDING PANELS, FOUNDATION STRUCTURE, THREE-DIMENSIONAL BUILDING STRUCTURE, METHODS FOR THREE-DIMENSIONAL BUILDING STRUCTURE ERECTION AND BUILDING HEAT INSULATION 2004
  • Razmolodin Evgenij Robertovich
RU2277619C2
SEISMIC RESISTANT FOUR-PILE MOBILE PIPELINE SUPPORT AND DAMPER DEVICE FOR THE SEISMIC RESISTANT FOUR-PILE MOBILE PIPELINE SUPPORT 2017
  • Revel-Muroz Pavel Aleksandrovich
  • Shoter Pavel Ivanovich
  • Lisin Yurij Viktorovich
  • Surikov Vitalij Ivanovich
  • Kazantsev Maksim Nikolaevich
  • Flegentov Ilya Aleksandrovich
  • Mikheev Yurij Borisovich
  • Bronnikov Viktor Aleksandrovich
  • Zhukov Vitalij Vladimirovich
  • Ibragimov Eduard Revinerovich
  • Bondarenko Valerij Vyacheslavovich
  • Shonin Kirill Sergeevich
RU2648179C1
STEEL TENT CONSTRUCTION 2013
  • Basovskij Aleksandr Arturovich
RU2553700C2
BRIDGE CRANE 2023
  • Ilchenko Evgenij Konstantinovich
  • Burdin Oleg Vladimirovich
RU2820482C1
METHOD OF ACCELERATED BUILDING ERECTION USING METHOD OF SCREWDRIVER ASSEMBLY AND BUILDING FROM FACADE PANELS WITH DECORATIVE EXTERNAL FINISHING AND METAL FRAMEWORK 2016
  • Semenov Dakhir Kurmanbievich
RU2633602C1
MULTI-PILE FOUNDATION AND METHOD FOR ERECTION THEREOF ON FROZEN SOILS 2015
  • Shustov Efir Ivanovich
  • Shcherbinko Aleksandr Vasilevich
  • Kozlov Maksim Anatolevich
  • Momot Oleg Nikolaevich
RU2584019C1
METHOD TO ASSEMBLE CARCASS OF STEEL TENT STRUCTURE 2013
  • Belov Vadim Vladimirovich
RU2542060C1
COLLAPSIBLE CONTAINER 2014
  • Goncharov Igor' Georgievich
  • Sitsikhovskij Pavel Viktorovich
RU2556502C1

RU 2 267 843 C1

Authors

Burakov Jurij Valentinovich

Dates

2006-01-10Published

2004-07-13Filed