Intellectualized system platform and method of Energy Internet communication planning and design

Abstract

The invention provides an intellectualized system platform of Energy Internet communication planning and design. The platform is divided into the four layers of an access layer, an application layer, a data layer and an infrastructure layer from top to bottom; the access layer achieves accessing an interface by a user; the application layer achieves two kinds of design business of intelligent planning and intelligent design; the data layer achieves management and application of expert knowledge needed by planning and design; the infrastructure layer achieves access running and data storage of a system. The invention further provides an automatic generation method of an Energy Internet communication planning and design report, and the method comprises an input and indexing process of basic materials, a building process of a planning and design toolkit, a generation process of the planning and design report and an adaptability analysis process. The intellectualized system platform of Energy Internet communication planning and design and the automatic generation method of the Energy Internet communication planning and design report have the advantages of improving the planning and design efficiency, improving the planning and design quality, standardizing the planning and design style, reducing the planning and design cost and the like.

Description

technical field [0001] The present invention relates to an expert system and artificial intelligence technology, in particular to an intelligent system platform and method for energy Internet communication planning and design. Background technique [0002] The planning and design of the energy Internet (mainly referring to the smart grid) communication system is one of the important links in the program approval, project construction and operation management of the energy Internet communication project. The quality of the planning and design report directly affects the progress and quality of the project construction, and also directly affects the subsequent operation and maintenance management. At present, the planning and design of the Energy Internet communication system mainly adopts the traditional planning and design mode based on human experience. In this mode, planning and design personnel mainly give planning and design reports based on their own engineering design...

AI Technical Summary

Problems solved by technology

This planning and design mode mainly has the following shortcomings: (1) The planning and design repeats a lot of work and is inefficient

It is mainly manifested in the similar or identical parts of the project. Designers need to re-plan and design, which takes a lot of time; (2) The quality of planning and design reports is uneven, and there is no unified design standard and design style, which is not convenient for subsequent construction , operation, maintenance, and management; (3) Due to the limitation of planning and design personnel's engineering experience, existing planning and design cases are often not fully and effectively utilized and excavated

Especially for junior designers who lack engineering experience, they often need to experience multiple practical engineering practices before they can grow into senior planners and designers, which is not conducive to the training of designers

At present, there is no intelligent system platform for Energy Internet communication planning and design in the market

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