Intelligent control cabinet temperature regulation apparatus

• Main Authors: WANG XIAOXIN, LUO HENG, ZHANG PAN, WU WENBIN, WANG CHENGZHEN, DU TAO, WANG JUNHENG, QI TAO, ZHANG LUN, LU FEN, CHAI YONG, XU XIONGJUN, HU KAI, ZHANG GAIJIE, XIAO LEI, ZHU LINGLING, JIA MINMIN
• Format: Patent
• Language: English
• Published: 29.07.2015
• Subjects: CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR; ELECTRICITY; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS; PRINTED CIRCUITS

The utility model discloses an intelligent control cabinet temperature regulation apparatus is become by the big power semiconductor temperature regulation piece module of intensity, the scattered temperature piece of inner loop, the scattered temperature fan of inner loop, phase transition heat transfer temperature-uniforming plate, heat pipe, extrinsic cycle miniaturation fin grid nest of tubes phase transition heatsink, extrinsic cycle heatsink fan and intelligent management circuit group. The scattered temperature piece of inner loop is connected for the big difference in temperature temperature control system of inner loop with the scattered temperature fan of inner loop, phase transition heat transfer temperature-uniforming plate is connected for the high-efficient cooling system of extrinsic cycle miniaturation distributing type phase transition circulation with heat pipe and extrinsic cycle miniaturation fin grid nest of tubes phase transition heatsink. The utility model discloses the installation specification and the weight of device can be suitable for installation of the various regulator cubicles body and application request in the transformer substation, realized the big difference in temperature in the internal enclosed environment of all kinds of regulator cubicles of transformer substation and adjusted temperature range in the ability accurate switch board under abominable limit temperature environment, can also dwindle equipment volume and weight when promoting the temperature regulation performance by a wide margin.