Energy-saving environmentally-friendly type distribution room based on quick construction technique

Abstract

The invention discloses an energy-saving and environment-friendly power distribution room based on rapid construction technology. Fasteners are used for detachable fixation. The steel structure frame is detachably fixed on the civil foundation through fasteners. There are several combined walls on the side of the steel structure frame. The top of the steel structure frame There are several combined roofs on the surface, the doors and windows of the power distribution room are set on the combined wall, and the top surface of the civil foundation in the steel structure frame is also provided with pre-installed cable trenches. The power distribution room of the present invention adopts a steel structure frame, and each part of the steel structure frame is detachably fixed by fasteners, which reduces the dependence on welding equipment and personnel qualifications, and is not limited by the construction geographical environment, and has advantages in construction in remote areas more obvious.

Description

technical field [0001] The invention relates to an energy-saving and environment-friendly power distribution room based on rapid construction technology, and belongs to the technical field of intelligent substation construction. Background technique [0002] With the implementation of the concept of full life cycle construction of State Grid smart substations, the construction of smart substations should strictly follow the coordinated and unified principles of "safety, applicability, versatility, and economy", and follow the "two types and one modernization" (resource-saving, Environmentally friendly, industrialized) requirements, and gradually formed a smart substation construction idea of ​​"standardized design, factory processing, prefabricated construction", and implemented prefabricated power distribution rooms in new substations. Adopting the construction mode of prefabricated power distribution room can reduce on-site "wet work", increase the application scope of mec...

AI Technical Summary

Problems solved by technology

[0003] Under normal circumstances, when building a substation power distribution room, the enclosure structure, decorative panels, door and window installation structure, canopy components, etc. are directly laid out, measured, cut, opened, bulk spliced ​​and post-processed at the substation site; power distribution There is a lot of welding work in the indoor steel structure; the construction quality is greatly affected by the environment, the production efficiency is not high, the construction period is long, and the requirements for construction equipment, machinery, materials, and personnel are high

At present, the power distribution room mainly uses cement fiberboard as the outer wall enclosure structure. This kind of board is prone to deformation and cracks under high and low temperature conditions. The thermal insulation effect and impermeability are poor, and it is difficult to repair after damage.

The thermal insulation material is usually a single rock wool, the thermal insulation effect is average and the environmental performance is poor, and the life cycle does not meet the design life requirements of the substation power distribution room

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