Energy-saving transformer substation

Abstract

The invention discloses an energy-saving type substation, which comprises at least one main transformer chamber, a controlling chamber, a capacitor chamber and a distributing device chamber. The main transformer chamber, the controlling chamber, the capacitor chamber and the distributing device chamber are formed by encirclement of an external wall and share a same base and a tectum; the outside of the external wall is provided with a sun shading device; the inner of the controlling chamber and the distributing device chamber are provided with an air conditioning system; the external wall is a composite energy-saving wall which is composed of a wall body and a heat preservation structure; the tectum is an inverted roof comprising a protection layer, an insulation layer, a heat preservation layer, a water-proof layer and a structure layer from top to bottom. The energy-saving substation provided by the invention can save energy consumption in the substation in a plurality of aspects of major energy consumption facilities, such as buildings and substations. Besides, the invention has the beneficial effects of reasonable structure, energy saving, land saving, water saving, material saving and environmental protection and greatly reduces the energy consumption of the substation.

Description

technical field [0001] The invention relates to the field of electric power supply, in particular to an energy-saving substation. Background technique [0002] The current substations mainly include outdoor type, indoor type and a small amount of underground substations. For outdoor substations, the power distribution devices are generally outdoor, and there are only a small number of buildings in the substation, such as the main control building, on-site relay room, etc.; in the city center, the substation is generally indoor, and all electrical equipment All indoors. The total number of underground substations is small due to the high cost of civil construction. [0003] For substation buildings, most of them currently use frame structures, and new walls such as small concrete blocks are used as enclosure walls of frame structures, and some substations are still using clay bricks that are no longer allowed to be used. Since the current national, provincial and municipal...

AI Technical Summary

Problems solved by technology

[0005] Second, during the operation of the substation, air conditioning, lighting, ventilation, and the life of the on-duty personnel need to consume a lot of electricity a

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