Temperature Control Issues in Container Houses

The temperature control issues in container houses can be effectively addressed through professional equipment and reasonable design, which can be achieved in the following ways:

1. Integration of Temperature Control Equipment
Container houses can achieve precise temperature control by embedding cold chain monitoring and control instruments. For example, the intelligent controller provided by Jingchuang Electric can lock the temperature and humidity at set values, suitable for scenarios requiring constant temperature (such as refrigerated containers and pharmaceutical warehouses). Its products support IoT connectivity, enabling remote monitoring and temperature adjustment to ensure stability in extreme environments (such as deserts and high-altitude cold regions). For civilian container houses, split-type air conditioners or portable air conditioners can be selected, such as the Haier KY-20J portable air conditioner, which uses R410A environmentally friendly refrigerant, balancing cooling effect and energy consumption control, suitable for rapid cooling in small spaces.

2. Insulation Materials and Structural Design
The steel structure of container houses requires additional insulation layers to enhance thermal insulation performance. Common methods include:

• Internal/External Insulation Panels: Using materials such as polyurethane and rock wool to reduce heat conduction;
• Double-Wall Design: Filling insulation materials between the walls to form an air insulation layer;
• Sealing Treatment: Using weather-resistant sealing strips to prevent air leakage through gaps.
  For example, a standard container curing room achieves a constant temperature control of 20±2℃ by adding a heating and cooling air conditioner, ultrasonic humidifier, and temperature and humidity sensor, meeting the stringent requirements for concrete curing.

3. Optimization of Ventilation and Air Circulation
Reasonably design the position and number of ventilation openings to avoid excessive local temperature differences. Industrial-grade containers (such as Aux 838AG1) adopt a dual air outlet 360° swing design, enabling uniform cooling in a 20-person container conference room. In civilian scenarios, installing exhaust fans or fresh air systems can enhance air circulation and balance indoor and outdoor temperatures.

4. Energy Supply Solutions

• Mains Power Supply: Prioritize connecting to a stable power grid to support the operation of high-power air conditioners;
• Solar Assistance: In areas with sufficient sunlight, pair photovoltaic panels to supply power to small refrigeration equipment;
• Energy Storage Systems: Use batteries to store electrical energy to cope with power outages or demands in remote areas.
  For example, a mobile curing room uses 220V mains power supply and is equipped with a voltage stabilizer to ensure stable operation of the equipment.