
The extended half brick double transformer shell is a non-metallic shell used for box type substations, which has multiple advantages, as follows: 1. High mechanical strength: Prefabricated with special fast drying cement and threaded steel materials, it has high mechanical strength such as bending, impact resistance, and tensile strength, and can withstand certain external impacts and pressures,

The core function of the semi brick shell with a measuring box is to balance the protection and safety of measuring equipment with the integration of building appearance. Through structural design and material characteristics, it meets the requirements of equipment operation, safety regulations, and building aesthetics.

The noise reduction performance of the shell of the color steel plate box type substation is mainly achieved through three core methods: structural design optimization, application of noise reducing materials, and gap sealing treatment. It can effectively weaken the noise generated by internal equipment (such as transformers and reactors) in the substation and meet the noise control requirements o

The non-metallic box station shell made of imitation stone bricks has core advantages such as strong weather resistance, excellent stone like appearance, anti-corrosion and rust prevention (non-metallic characteristics), and easy installation. It can adapt to the needs of multiple industries for "durability, beauty, and safety" of box stations (various functional boxes/station shells). The specifi

Non tiled ultra wide non-metallic shell refers to an integrated container or structural component made of non-metallic materials (such as fiberglass, polyethylene, polypropylene, polytetrafluoroethylene, carbon fiber composite materials, etc.) as the substrate, without the need for additional ceramic tiles (the anti-corrosion layer commonly used in traditional metal/concrete shells), and with a la

The thermal insulation performance of the shell of the color steel plate box type substation mainly depends on the layered structure design of the composite color steel plate. Through core material insulation and structural optimization, temperature protection of the internal equipment of the substation is achieved, and it is suitable for outdoor high and low temperature environments.

In photovoltaic power plants, non-metallic box substations (referred to as "non-metallic box substations") are an important alternative to traditional metal box substations. Their core advantages include strong weather resistance, excellent insulation performance, light weight, corrosion resistance, and low operation and maintenance costs. They can adapt to the special operational needs of photovo

The shell of a box type substation (referred to as the "box type substation shell") is the core protective structure of a box type substation. Its design needs to adapt to different environmental requirements such as climate, safety, and pollution. The core function is to protect internal transformers, switchgear, cables, and other components from external influences, while ensuring operation and

The semi tiled shell with a measuring box is a composite component that combines "functional measurement" and "decorative adaptation". Its core advantage lies in the combination of electric/hydraulic measuring boxes (such as meter boxes, water meter boxes) with the tiled decorative facades of commercial buildings, which not only meets the installation and maintenance needs of measuring equipment,

The shell of a non-metallic box station made of imitation stone bricks is the external protective and decorative structure of a box type substation (referred to as a "box station", used for outdoor power distribution, transformation, etc.). Its core function revolves around four dimensions: protective performance, environmental adaptation, functional adaptation, cost, and operation and maintenance