Severe cold area office building external window geometric parameter optimization method based on heating energy consumption consideration

Abstract

The invention discloses a severe cold area office building external window geometric parameter optimization method based on heating energy consumption consideration. The severe cold area office building external window geometric parameter optimization method comprises the following steps: 1) concluding a building external window geometric parameter which affects the heating energy consumption consideration, and investigating the parameter value domain of the building external window geometric parameter; 2) constructing a severe cold area office building form model; 3) constructing a building heating energy consumption calculation model; 4) constructing a genetic optimization search mechanism; and 5) optimizing the geometric dimensioning of an application model expansion external window. By aiming at severe cold area office building external window optimization requirements, a building external window form regulation process and an office building heating energy consumption simulation process are combined by applying a genetic algorithm, and the severe cold area office building external window optimization based on the heating energy consumption consideration is realized.

Description

technical field [0001] The invention relates to a method for optimizing geometric parameters of exterior windows of office buildings in severe cold regions. It specifically relates to a method for optimizing the geometric parameters of exterior windows of office buildings in severe cold regions based on the consideration of heating energy consumption. Background technique [0002] With the economic development of cities in cold regions, the area of ​​office buildings in severe cold regions continues to increase. In severe cold areas, the indoor and outdoor temperature difference is huge in winter, and heating energy consumption accounts for a relatively high proportion of total energy consumption. On the one hand, due to the high heat transfer coefficient of glass material, the main component of the building's exterior windows, the heat lost through the building's exterior windows is much higher than the heat lost through the building's exterior walls, making the building's...

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Problems solved by technology

[0003] In the design of the geometric parameters of the exterior windows of traditional office buildings in cold regions, the designers usually reduce the building window size to reduce the heating energy consumption. Increasing, but blindly reducing the size of external windows will not only affect the natural lighting effect inside the building, increase the energy consumption of artificial lighting, but also lead to a decrease in the solar radiant heat obtained by the building during the day, resulting in an increase in building heating energy consumption

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