Container House Supermarket Design Drawing
Currently, there is no publicly available complete design drawing specifically for container house supermarkets, but design ideas for supermarkets can be derived from container commercial space design cases and principles. The following analysis is conducted from three dimensions: design logic, spatial layout, and functional integration:
I. Modular Combination and Spatial Expansion as the Core Design Logic
The standard sizes of containers (such as 20-foot and 40-foot) determine their modular characteristics as building units. Referring to the commercial center project by GAD Architects in Istanbul, which formed 25 commercial units through two-story stacking and horizontal splicing, supermarket design can borrow this model: The ground floor can be arranged with high-frequency consumption areas such as fresh produce and daily necessities sections, utilizing the load-bearing structure of containers to directly build shelves; the second floor can be planned for storage or office areas, connected by external stairs to ensure efficient goods circulation while avoiding cross-traffic with customer movement. The case of the 715 Creative Park further demonstrates that the low-carbon and low-cost characteristics of containers are suitable for commercial forms like supermarkets that require rapid implementation and flexible adjustments, with the ability to adapt to different scales by adding or reducing the number of containers.
II. Functional Zoning Needs to Balance Commercial Efficiency and Customer Experience
Supermarket design needs to clarify the triangular relationship of “circulation-function-experience”. Taking the design of the rest area in a container convenience store as a reference, supermarkets can be divided into three major areas:
- Core Consumption Area: Arrange the main aisle along the long side of the container, with standard shelves on both sides, utilizing the regular shape of containers to achieve standardized shelf arrangement and reduce procurement costs;
- Service Experience Area: Set up cash registers and customer service centers at the ends of containers, utilizing the natural lighting advantage of end openings to enhance service transparency;
- Leisure Interaction Area: Referring to the “open courtyard” design of commercial centers, arrange outdoor seating and greenery in the gaps between container groups to form a closed-loop experience of “shopping-resting-socializing”, especially suitable for community supermarkets to enhance user stickiness.
III. Facade Construction and Material Selection Need to Balance Function and Aesthetics
The metal shell of containers needs to be modified to meet supermarket needs:
- Facade Openness: Referring to the “highly interactive facade construction” of commercial centers, large glass windows or folding doors can be installed on the sides of containers to enhance internal lighting and attract street-side customers through transparent interfaces;
- Material Composites: The 715 Creative Park adopts a composite structure of containers with wood and glass, and supermarkets can borrow this model, using anticorrosive wood decoration in the fresh produce section to enhance a natural feel, while retaining the original metal color in the storage area to reflect an industrial style;
- Signage System: Utilize the regular geometric shape of containers to design three-dimensional signs, such as embedding the supermarket logo on the top or side of containers to enhance visual recognition.
For specific design drawings, it is recommended to contact professional architectural firms (such as HUJI Huji) or use software like SketchUp and Revit to conduct three-dimensional modeling based on the above principles, focusing on testing the stability of container stacking, compliance with fire exit regulations, and the rationality of customer circulation.
