Intensive heat-supply pipe network layout method and system

Abstract

The invention discloses an intensive heat-supply pipe network layout method. The intensive heat-supply pipe network layout method comprises: acquiring information parameters of a heat-supply pipe network layout region; generating spatial geographical important information data according to the information parameters; and outputting a heat-supply pipe network layout through a pre-generated heat-supply pipe network layout optimized mathematical model to design a visual interface. By acquiring the information parameters of the heat-supply pipe network layout region, the corresponding spatial geographical important information data is generated according to the acquired information parameters; and finally, the pre-generated heat-supply pipe network layout optimized mathematical model is combined with the spatial geographical important information data to output the heat-supply pipe network layout to design the visual interface; and compared with the prior art, the more efficient, economical, accurate and reasonable heat-supply pipe network layout can be provided. The invention further discloses an intensive heat-supply pipe network layout system.

Description

technical field [0001] The invention relates to the technical field of heat pipe network design, in particular to a centralized heat pipe network layout method and system. Background technique [0002] At present, most of the design of central heating heat pipe network has serious hydraulic imbalance, which makes some users oversupply and some users' supply exceeds demand. In order to solve this contradiction, the design or user units often increase the rated capacity of boiler units and water pumps, resulting in increased investment and serious energy waste. And with the development of the city, many industrial and civil buildings were built and renovated, and many branch pipelines were added. However, most of these follow-up users did not make calculations when installing the heating pipe network, and the laying of the pipes was carried out section by section, so that some pipelines extended in a single branch. Even, in order to meet the heat load demand of new users, th...

AI Technical Summary

Problems solved by technology

However, most of these follow-up users did not make calculations when installing the heating pipe network, and the laying of the pipes was carried out section by section, so that some pipelines extended in a single branch

Even, in order to meet the heat load demand of new users, the method of thickening pipes was adopted, and the unreasonable phenomenon of hot water flowing from thin pipes to thick pipes appeared in the secondary network

Images