Container House Greenhouse Design Drawing

Currently, there is no complete design drawing directly targeting 'container house greenhouses', but a solution can be integrated by combining the design concepts of container insulated houses and greenhouses. The following provides an explanation from three aspects: design principle integration, key drawing types, and structural highlights.

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I. Integration of Design Principles
The design of a container house greenhouse must simultaneously meet the dual requirements of 'thermal insulation for living spaces' and 'temperature and humidity control for plant growth'. The core of a container insulated house lies in using insulation materials (such as polyurethane foam boards and rock wool boards) on walls and roofs to block heat transfer and maintain stable indoor temperatures. In contrast, greenhouse design focuses on utilizing sunlight passing through transparent covering materials (such as polycarbonate panels and glass) to create a greenhouse effect, while regulating temperature and humidity through vents and sunshades. When combining the two, it is necessary to add transparent covering areas (such as replacing the south-facing wall with glass or transparent panels) to the container structure and optimize the ventilation and sunshade systems.

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II. Key Drawing Types

1. Foundation Structure Drawing: This drawing must specify the foundation load-bearing requirements after container modification, including foundation reinforcement for the greenhouse section (such as concrete pouring depth and steel bar layout) to handle the loads from plant cultivation or equipment placement.
2. Steel Frame Structure Drawing: The steel frame of the greenhouse must be connected to the container frame to form an integrated structure. The drawing should indicate the steel frame material (such as galvanized steel pipes), specifications (such as diameter and wall thickness), and connection methods (such as welding or bolt fixation) to ensure stability.
3. Covering Material Layout Drawing: This drawing should detail the installation positions, dimensions, and fixation methods of transparent covering materials (such as glass and polycarbonate panels), as well as plan the laying areas of insulation materials (such as insulation cotton) (such as the north-facing wall and roof).
4. Ventilation and Sunshade System Drawing: This includes the positions (such as the top or side walls) and dimensions of vents, as well as the installation methods of sunshades or roller blinds, to ensure a balance between cooling in summer and thermal insulation in winter.

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III. Structural Highlights

1. Balance Between Insulation and Light Transmission: The non-transparent parts of the container should use high-efficiency insulation materials, while the greenhouse section should ensure sufficient light. For example, the south-facing wall can be designed as openable glass windows, which can be closed for insulation in winter and opened for ventilation in summer.
2. Ventilation Design: Greenhouses tend to accumulate moisture and heat, so vents should be installed on the top or side walls, combined with exhaust fans or natural ventilation designs, to prevent plant diseases.
3. Load Calculation: The greenhouse may contain planting racks, irrigation equipment, etc., so load allowances should be reserved in the steel frame design to ensure structural safety.

For specific drawings, it is recommended to contact a professional design agency to customize the design based on actual needs (such as climatic conditions and usage functions).