Flower Field Container House Design Drawing

Currently, there are no publicly available standard drawings specifically for 'flower field container house design drawing', but customized design ideas can be provided by combining the Guangdong Feisite case and design principles. The following explains from two aspects: design elements and case references:

I. Core Design Elements

1. Structural Safety: Determine the container specifications (such as 20-foot or 40-foot standard containers) based on the usage scenario in the flower field and calculate the load-bearing capacity. For example, if it needs to carry green plants or irrigation equipment, the bottom load-bearing structure should be strengthened by using high-strength steel or increasing the density of crossbeams.
2. Functional Zoning: Taking the 26㎡ Guangdong Feisite case as a reference, zones can be divided into a planting area, a tool storage area, a rest area, etc. The planting area should have reserved drainage channels and ventilation openings. The tool area can be designed with wall-mounted storage racks, and the rest area can be equipped with foldable tables and chairs to save space.
3. Lighting and Ventilation: Use double-glazed windows or skylight designs to ensure sufficient natural light. For example, open strip skylights on the roof and combine them with side-wall operable windows to form convection air ducts and reduce indoor humidity.
4. Environmental Integration: The exterior can be painted in colors that match the flower field theme (such as green or beige) or add wooden decorative panels. It is recommended to use asphalt shingles or solar panels on the roof, which are both rainproof and in line with sustainable design concepts.

II. Analysis of the Guangdong Feisite Case
This case has dimensions of 3.5 meters × 7.5 meters and adopts a gable roof design. The recommended slope is controlled between 15° and 30°, which is conducive to drainage and avoids snow accumulation. The interior is paved with anti-slip tiles, suitable for the humid environment of the flower field; the toilet area needs to be waterproofed and equipped with an exhaust fan to maintain dryness. If functional expansion is required, a canopy can be added to the outside of the container for temporary storage of fertilizers or flower pots.

III. Customized Suggestions

1. Modular Combination: If the flower field is large in scale, multiple containers can be spliced into an 'L'-shaped or 'U'-shaped layout, with a passage left in the middle for easy handling.
2. Smart Upgrades: Install temperature and humidity sensors and an automatic irrigation system to remotely monitor the plant growth environment through a mobile app.
3. Sustainable Design: Utilize the metal properties of the container to install a rainwater collection system on the roof for irrigation of non-edible plants; or use photovoltaic panels for power supply to reduce operating costs.

When designing, it is necessary to consider the local climate, the scale of the flower field, and the budget. It is recommended to contact a professional container house manufacturer for 3D modeling and structural verification to ensure the feasibility of the plan.