A light steel villa is an industrialized building model where certain parts of the building are produced and transported in a modern factory and then transported to the building site for assembly.

Since the main frame is light steel building structure material with over 80% recycling rate and the interior and exterior decorative materials are environmentally friendly, the construction process produces less construction waste and does not cause construction pollution to the environment; the construction process uses tower crane construction, which greatly reduces the energy consumption during construction compared with traditional construction methods, and adopts dry construction method with less wetland operation. With thin walls and a small footprint, light steel villas can save land resources to the maximum, so light steel villas can meet the requirements of "four sections and one environmental protection".

At the same time, a light steel villa has less restriction on terrain conditions, applies to most terrains, and can be combined with a natural environment; long service life is anti-corrosion, moisture-proof, flame retardant, and less maintenance; it has strong wind resistance and high safety performance; thin wall, free change, and large space, compared with brick and mix structure houses, it has the advantages of small thermal conductivity, small temperature change, good heat preservation performance, and energy saving. Compared with brick-and-mortar houses, it can save more than 70% of energy, and air conditioning equipment can save more than 30% of electricity in summer and winter.

The process of establishing the design system of a light steel villa is a new standard system of industrialized housing from nothing to something and gradually perfected. In this process, the design of light steel houses not only has to follow the general principles of residential design but also has to face the contradictions of the standardization and serialization principles of industrial production, the diversification of residential functions, and aesthetic requirements.

On the one hand, the light steel system requires the building scheme to fully adapt to the characteristics of intelligent design, industrialized production, standardized construction, and diversified combination of structural members to meet the requirements of industrialized production and assembled construction, which inevitably requires the serialization and standardization of residential buildings; on the other hand, the internal and external space of residential buildings should meet the requirements of residential livability and comfort.

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