New energy mobile house

Abstract

The invention provides a new energy mobile house, which includes a box-type house body, an off-grid photovoltaic power generation system, an ash water recovery and purification system, a black water treatment system and a water production system. The box-type house body includes a steel structure frame, a bottom plate, a top plate and a plurality of insulation walls. The bottom plate, the top plate and the insulation walls are fixedly connected with the steel structure frame. At least one spatial region is formed inside the steel structure frame. At least one door and at least one window are arranged on the insulation walls. The new energy mobile house is mobile and beautiful, can be installed quickly, and can provide sufficient generation power, solve the problem of domestic sewage and realize refrigerating and heating. Moreover, the new energy mobile house can be used to produce domestic water and cultivate vegetables, melons and fruits to meet part of the food demand, and a naturaloxygen bar can be realized in the house to fundamentally meet the life demand.

Description

technical field [0001] The invention relates to a new energy mobile house. Background technique [0002] The most basic living facilities and needs in modern society are: clothing, food, housing, transportation, electricity and network. In cities or in towns with infrastructure, people can live a normal life because the above facilities are generally available. However, when people go to a place far away from cities and towns and where no one lives (no hotels, guest houses or service areas), people must carry food, water, clothes, tools, electrical appliances and storage batteries with them, otherwise they will not be able to carry out long-term maintenance. stay. Many times, for many reasons, such as: exploration tasks, wasteland construction work, security work, military training, scientific research, tourist attraction construction or want to take root in a private pastoral island, etc., people need a new type of residence, a kind of A residence that is as portable as ...

AI Technical Summary

Problems solved by technology

Although this technical solution has achieved the doubling effect of the installed capacity, there are still some disadvantages, as follows: (1) The container is a cuboid with a maximum standard width of 2438mm, a maximum height of 3000mm, and a maximum length of 12000mm. Width is the smallest size, so the area of ​​the top surface is not as large as the side surface, and the area of ​​the container is not optimized; (2) Due to the height limit of the container (especially for transportation), if stacked installation is used, then 2 stacks will It will occupy a lot of valuable height space (sacrificing the internal height). The frame thickness of the standard crystalline silicon photovoltaic panel is 40mm, and the thickness of the photovoltaic aluminum slide rail is 41mm. Two stacks need to occupy at least 162mm of space. Including the gap between the two layers and the stretching space of the photovoltaic cable; (3) Since the deployment direction described in the technical solution is along the longer direction of the container, the total length after deployment is 300% of the original container length, In other words, assuming that a 40-foot container is selected as the photovoltaic container, if this technical solution is implemented, the system size after deployment will be 36m x 2.438m. This layout not only occupies too much effective ground space, but also is very uncomfortable. beautiful

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