With the development of my country's industry, there are more and more large-scale industrial plants. In order to meet the requirements of industrial production, the architectural design of large-scale plants must choose a scientific building system structure. In the design of large industrial plants, it is necessary to combine various design requirements, including the shaping of architectural image, the selection of architectural colors, and the selection and application of building materials. Let's talk about the three principles of the architectural design of large industrial plants. I hope it will be helpful to you.

1. Combine production process requirements

When designing large-scale industrial plant buildings, the first principle to be followed is to combine the requirements of production technology. This is the basis of plant design. Only by combining the requirements of production technology can the effective role of architectural design be reflected. First of all, before the design of the factory building, the architect should use the design drawings as the basis, and carry out the design of the building according to the requirements of the design drawings, and then carry out the design according to the design requirements proposed by the construction unit, combining the characteristics of industrial production and operation and the main form of the building Of exploration. In industrial production, the production characteristics of products and the structure of production are closely related to architectural design. Therefore, architects must incorporate production links when making design considerations. In addition, the relationship between the design process of the building process and the various plane sequences in the construction phase is also very close, so the architect should also consider the plane sequence in the construction at the same time. For the design of large-scale industrial plants, because there are many types of production lines in the process of industrial production, the overall structure will be more complicated. In addition, some special operation lines will also produce the overall design of the plant. Important influence, which has become a factor that must be considered in the architectural design of large industrial plants.

2. Choose a reasonable structural system

In the architectural design of large industrial plants, it is very important to select a reasonable structural system. The choice of structural system determines the trend of the overall architectural design. Scientific and reasonable selection of structural system can not only fully meet the needs of architectural design, but also It can also make the architectural design of the factory building better realize economic benefits, and play an important role in promoting the development of industrial production. In terms of the structure selection of industrial plants, according to the different forms of design applications, they can be roughly divided into concrete industrial plants and steel structure industrial plants. These two design structures are the main structures of industrial plants, but in the application of materials and the overall structure There is a big difference in the design. As far as the development at this stage is concerned, the most widely used in industrial production is the steel structure industrial plant. Because of the characteristics of the steel structure plant itself, it has an absolute advantage in the design of the plant. The construction speed of the steel structure plant is fast. , It is convenient and convenient, the appearance is simple and generous, and it also meets the design requirements of green and environmental protection, so its application space is relatively broad.

3. Scientifically arrange auxiliary rooms

The auxiliary rooms of large industrial plants are divided into production auxiliary rooms and living auxiliary rooms in use. The main function of auxiliary production rooms is to assist industrial production. It has a wide range of uses and covers almost all links in the production process. , Production auxiliary rooms include substations, transformer stations, control rooms for production equipment, and material warehouses for production equipment, etc. The auxiliary living room provides services for life needs, including the office, bathroom, lounge and kitchen in the production workshop. In the design of auxiliary rooms, the architect should combine the functional categories of auxiliary rooms and the needs of production. , In addition, consider the sanitary conditions of the plant. Large-scale industrial workshops have a large area, so the column spacing between the workshops should be relatively wide. Therefore, in the design of auxiliary workshops, the advantages of large space should be fully utilized. The column sides and dead corners of the crane or the remaining effective space in the production line can be used. Make reasonable use of them, and set up auxiliary workshops in these locations. This optimizes the use of space and saves more production space. It can also shorten the distance between the auxiliary workshops and the production line for construction workers. And life provides great convenience.