Novel transformer substation arrangement structure

The utility model belongs to the field of electric power grids and particularly relates to a novel transformer substation arrangement structure. The structure comprises an upper layer of rectangular building structure and a lower layer of rectangular building structure, wherein a 10-kilovolt machine...

Full description

Saved in:
Bibliographic Details
Main Author LIU RENHAN
Format Patent
LanguageEnglish
Published 10.06.2015
Subjects
Online AccessGet full text

Cover

Loading…
More Information
Summary:The utility model belongs to the field of electric power grids and particularly relates to a novel transformer substation arrangement structure. The structure comprises an upper layer of rectangular building structure and a lower layer of rectangular building structure, wherein a 10-kilovolt machine room is arranged on one side of the lower layer; double rows of high-voltage switch cabinets are arranged in the 10-kilovolt machine room along the length direction; a maintaining roadway is formed between the double rows of high-voltage switch cabinets; a 10-kilovolt reactive compensation room is arranged on the other side of the 10-kilovolt machine room; no gap exists between the 10-kilovolt reactive compensation room and the 10-kilovolt machine room; the safety distance is 3.6-4m; a stair hall is arranged on the side of the 10-kilovolt reactive compensation room; a 66-kilovolt machine room is arranged on one side, corresponding to the 10-kilovolt machine room, of the upper layer; a protection room the periphery of which is provided with walls is arranged on the other side; a stair gap is arranged on the position, corresponding to the stair hall of the lower layer, of one side of the protection room. According to the novel transformer substation arrangement structure, the general layout is changed by adjusting the layout of electrical equipment, and the aims of reducing the public area and improving the covered area and the usage rate of the electrical equipment are achieved.
Bibliography:Application Number: CN20142867796U