Agricultural Container House Design Drawing

Currently, specific design drawings for agricultural container houses are not directly provided, but the following design points and cases can be referenced for planning

I. Basic Structure and Modular Design

Agricultural container houses typically use standard 40-foot containers (12m × 2.4m) as the renovation unit, achieving functional expansion through modular assembly. For example, a design institute in Shenzhen stacked 20 containers into a 4-story 'Container Farm Building', with each floor growing different crops and equipped with elevators for vertical transportation. When designing, a 1.2-meter-wide maintenance passage should be reserved for equipment maintenance and personnel operation; a detachable sunshade should be installed on the top to adjust light transmittance according to light intensity; exhaust fans should be installed on the side walls to form air convection and ensure ventilation.

II. Integrated Internal Systems

Container plant factories need to integrate three core systems:

1. Environmental Control System: Maintain internal temperature (usually 20-28°C) through air conditioning and temperature control equipment, and use LED lighting to simulate natural light cycles to meet crop growth needs.
2. Nutrient Solution Circulation System: Adopt soilless cultivation technology to improve space utilization through multi-layer planting racks. Nutrient solutions are circulated through pipes to the roots, reducing water waste.
3. Internet of Things (IoT) Control System: Some cases use sensors to monitor parameters such as temperature, humidity, and light intensity in real-time, and connect to mobile apps for remote adjustment of lighting, ventilation, and other equipment, lowering the operational threshold.

III. Special Environmental Adaptability Design

For extreme environments such as deserts and islands, the durability and self-sufficiency of containers need to be enhanced:

• Corrosion Resistance Treatment: Use galvanized steel plates or spray anti-corrosion coatings to extend the service life of containers.
• Energy Supply: Equip with photovoltaic power generation systems to supply power for lighting, temperature control, and other equipment; for island scenarios, seawater desalination devices can be added to meet freshwater needs.
• Structural Reinforcement: In areas prone to strong winds or earthquakes, increase the stability of containers by adding crossbeams, welding reinforcement, etc.

IV. Suggestions for Obtaining Design Drawings

If specific design drawings are needed, professional institutions can be contacted for customized development. For example, Qinghai Guangzan Light Steel Housing Engineering Co., Ltd. provides R&D and design services for container movable houses, covering agricultural planting, breeding, and other scenarios, and can provide full-process support from plan planning to construction drawings according to needs.