Container Mobile House Water and Electricity

The water and electricity systems of container mobile houses usually adopt embedded designs, supporting quick access to municipal water and electricity or independent power and water supply. Some models are equipped with solar power generation and water storage devices to meet off-grid usage requirements.

Design Features of Water and Electricity Systems

The water and electricity systems of container mobile houses are typically embedded during the renovation phase. For electrical circuits, PVC conduits are embedded within the walls, with reserved sockets, switches, and lighting interfaces. Some high-end models are equipped with distributed distribution boxes, supporting zonal circuit control. For water systems, PPR pipes are embedded at the bottom or sides, with reserved hot and cold water interfaces. Some commercial models integrate floor drains and drainage pipes. For example, a customized container office in Hangzhou only requires connection to external power and water sources for use, with internal LED lighting, air conditioning sockets, and sink drainage systems.

Diversity of Power Supply Solutions

1. Municipal Grid Connection: Conventional models are connected to the municipal grid via cables, equipped with standard distribution boxes and leakage protection devices. Power configurations range from 3kW to 15kW depending on the usage scenario.
2. Solar Power Supply System: New photovoltaic panel container houses adopt integrated solar power generation systems, with monocrystalline silicon photovoltaic panels installed on the roof, accompanied by lithium battery energy storage devices and inverters, capable of meeting the 24-hour power needs of low-power devices such as basic lighting and refrigerators. For example, a solar container house produced by a manufacturer in Jiangsu can achieve off-grid self-sufficiency in areas with sufficient sunshine.
3. Diesel Generator Backup: Container houses used in engineering camps are often equipped with portable diesel generators as emergency power sources, with power ranges from 5kW to 30kW, meeting the temporary power needs of construction equipment.

Water Supply and Drainage Solutions

1. Municipal Water Supply Connection: Residential container houses are equipped with standard faucet interfaces, connected to the municipal water supply system via PPR pipes. Some models integrate 50-100L storage-type electric water heaters.
2. Rainwater Harvesting System: Container houses used in cultural tourism and homestays often adopt sloped roof designs, equipped with rainwater harvesting troughs and filtration devices. The stored rainwater can be used for irrigation or flushing.
3. Sewage Treatment Devices: Some high-end models integrate small-scale sewage treatment equipment, using biodegradation technology to treat domestic sewage. The treated reclaimed water can be recycled for toilet flushing or greening. For example, an environmentally friendly container house produced by a manufacturer in Beijing is equipped with a sewage treatment system capable of treating 1 ton per day.

Key Points of Construction Specifications

Water and electricity installations must comply with the requirements of the "Technical Specifications for Container Houses": Electrical wiring must be protected by conduits, with wire diameters determined based on load calculations; water pipe connections must adopt hot-melt welding processes, with pressure tests reaching 0.6MPa; the installation angle of solar systems must be adjusted according to local latitude to ensure maximum power generation efficiency.