Teaching demonstration device for building figure coefficient energy consumption

Abstract

The invention discloses a teaching demonstration device for building figure coefficient energy consumption. The device comprises a flexible display baffle, a display bottom plate with horizontal and vertical coordinate rulers, four fixed water retaining coamings, a display liquid injection hose, a titration liquid injection hose, a display liquid cavity pipe, a titration liquid cavity pipe, a display liquid injection hose joint, a titration liquid injection hose joint, a display liquid cavity pipe access hose, a titration liquid cavity pipe access hose, a display liquid cavity pipe connection hose connector, a titration liquid cavity pipe connection hose connector, an integrated liquid supply device, a control signal input cable, a control signal input cable interface, a control instruction signal input panel and a device frame. By observing the color of the mixture of the display liquid and the titrating liquid injected into the space of a flexible display baffle enclosed structure of each building body form, visual comparison and observation can be carried out. The device is good in teaching interaction effect, and students can visually master the relation between the building figure coefficient and the energy consumption and the change trend of the relation.

Description

technical field [0001] The invention relates to the technical field of teaching equipment, in particular to a teaching demonstration device for building shape coefficient energy consumption. Background technique [0002] With the process of urbanization in my country and the improvement of people's living standards, building energy consumption will continue to show a rigid growth trend. Building energy conservation has become an important area of ​​the country's strategy for coping with climate change and energy conservation and emission reduction. my country's buildings generally have high energy consumption indicators, especially The energy consumption level of public buildings with large building space and various shapes is 7-22 times higher than that of ordinary residential buildings, and the energy consumption in the building operation phase accounts for more than 3 / 4 of the energy consumption in the whole life cycle. Parameters such as shape are the key to determining wh...

AI Technical Summary

Problems solved by technology

The above-mentioned building shape and space design is an important content of building energy-saving design, and it is also an important link in the teaching of building energy-saving design in architectural colleges and universities. It takes too long and is limited to display and demonstration results, which is not conducive for students to intuitively grasp the relationship between building shape coefficient and energy consumption and its changing trend

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