With the improvement of living standards, people’s vacation and leisure methods are constantly enriched. Check-in and photo-style travel cannot ease the tense rhythm of urban life. The outdoor wild luxury experience that advocates “living in nature” has become the “darling” representing the living life of the new era. Being able to freely enjoy the beautiful scenery of the green mountains and beautiful waters and enjoy the convenience brought by modern life is the essence of wild luxury life. However, it is not easy to live outdoors. For example, connecting water and electricity to a luxury glamping tent is a problem that requires professional knowledge to solve.
Generally speaking, glamping tents, as an overall format of tourism and accommodation services, has already been designed with water and electricity connections in the planning stage. The source of this connection can be municipal pipeline access, and the owner can also organize its own pipe network in a small area.
Although the construction of hotel tents does not need to be declared as fixed building development, the design and construction of hydropower should also refer to the requirements of the relevant local departments, as well as special industry standards such as the development of local tourist attractions or the construction requirements of the hotel accommodation industry.
To facilitate operation and management, the existing hotel tents are basically a single-body layout, which means that pipeline interfaces need to be pre-buried in each tent camp. During installation, according to the site plan and the flow line design, the indoor strong and weak electricity and water supply and drainage design should be carried out accordingly. Most glamping pods sites are located near mountains and rivers, far away from human settlements, cats, mice, and other wild animals. Therefore, the complex outdoor environment should be fully considered when hydropower design and planning, appropriate protection measures should be taken, and standard pipe materials should be selected. At the same time, multi-point supply should also be designed for energy saving and emission reduction to reasonably reduce energy consumption.