How to Connect Water and Electricity in Container Houses

The connection of water and electricity in container houses must adhere to safety regulations and be completed through professional design and construction. The specific steps are as follows:

I. Electrical Connection

1. Selection of External Power Supply
   Determine the power of the external power supply based on actual electricity consumption needs to avoid damage to switches or tripping due to insufficient power. For example, if high-power appliances such as air conditioners and water heaters are to be used simultaneously, ensure that the power supply capacity matches.

2. Circuit Design and Installation

   • Before connection, a professional should design the electrical network, specifying the power access point, wire specifications (such as the cross-sectional area of copper wires), and the location of the distribution box. The design should consider load balancing, voltage stability, and safety protection measures.
   • Wires and cables should be protected by conduits (such as PVC conduits) to prevent exposure. The distribution box should be installed outside the house, equipped with leakage protectors and circuit breakers to prevent overloading or leakage. Internal wiring should be protected by conduits, with sockets and switches placed away from water sources. Waterproof sockets should be used in kitchens and bathrooms.

3. Interface Connection and Protection
   After the external power supply is introduced, connect it to the internal power distribution system through professional interfaces. The interfaces should be waterproof and dustproof (such as by installing waterproof boxes) to ensure safety and reliability.

II. Water Connection

1. Water Source Selection and Laying

   • Municipal Water Supply: If conditions permit, directly connect to the municipal water network using PPR pipes. Install a main valve and water meter at the inlet end for easy control and measurement of water volume.
   • Self-Supplied Water Source: When there is no municipal water supply, set up a water storage tank and pump water into the house's water supply system. The storage tank should be cleaned regularly to prevent water contamination.
   • Pipe Material: Choose corrosion-resistant and pressure-resistant PPR or PE pipes. Avoid excessive bends and joints during laying to reduce water flow resistance and the risk of leaks.

2. Interface Sealing and Drainage Design
   After the water source is introduced, connect it to the internal water system through professional interfaces. The interfaces should be sealed (such as by wrapping with Teflon tape). Reserve drainage outlets at the bottom of the container. Install floor drains in kitchens and bathrooms and discharge sewage through PVC drainage pipes. If close to the municipal sewage network, connect directly; in remote areas, build septic tanks or sedimentation tanks for treatment before discharge.

III. Key Considerations

1. Safety and Compliance
   Strictly comply with electricity safety and water supply management regulations. For temporary use, report to the housing construction and urban management departments. For long-term use, apply for temporary building approval. When connecting to municipal networks, apply for accounts with the water and electricity supply departments.

2. Economy and Environmental Protection
   Optimize circuit and pipe designs, use energy-saving equipment (such as LED lights and water-saving faucets) to reduce operating costs. Prioritize renewable energy sources (such as solar power) as supplementary power to reduce environmental impact.

3. Testing and Acceptance
   After the water and electricity connections are completed, test the circuit continuity, water pressure stability, and drainage smoothness to ensure there are no leaks or electrical issues before putting them into use.