Multi-energy complementary supervision method and system based on a building information model

Abstract

The invention discloses a multi-energy complementary supervision method and system based on a building information model. The method comprises the steps that a system information model is establishedor modified according to real information of a clean energy multi-energy complementary supervision system constructed through a digital information method, and a work amount list of the clean energy multi-energy complementary supervision system is generated through the system information model; receiving the engineering quantity list and the system information model through the Internet, and storing the engineering quantity list and the system information model in a cloud database; data interaction with the cloud server is carried out through the Internet, the engineering quantity list and thesystem information model are received, the engineering construction progress table is compiled, and meanwhile the engineering construction progress table is uploaded to the cloud server and stored ina cloud database. The everyday working face can be visually known and divided through display terminal design and construction, needed work amount and personnel are automatically counted according tothe working face, material waste is avoided, and cost, manpower, material resources and time are saved. The method can be widely applied to the field of energy supervision.

Description

technical field [0001] The invention relates to the field of energy supervision, in particular to a building information model-based multi-energy complementary supervision method and system. Background technique [0002] Building information modeling is a new technology that is developing internationally, representing the development direction of the construction industry, and a revolutionary engineering technology. At present, my country's construction industry and new energy industry have begun to gradually understand, accept, and apply this technology. With the development of building information modeling technology in China, it will have a great impact on construction engineering design, new energy multi-energy complementary construction design, and construction. profound influence. The engineering model drawn by building information modeling technology can include information of all aspects of the model, so building information modeling technology provides the possibili...

AI Technical Summary

Problems solved by technology

[0004] At present, in engineering construction, it is necessary to complete the design drawings first, and then submit the design drawings to the cost engineer to count the quantity and price of each engineering material. In the end, the design will be changed, and the cost and decision-making will need to be re-made. The whole process is slow, which is not conducive to the decision-making of the construction unit.

[0005] At present, the project leaders in construction units, construction units, and design units need to listen to reports or read various reports and drawings to understand the project progress. This method is inefficient, incomplete, and has a high error rate.

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