Modular power supply scheme automatic-generation method based on AR technology and VR technology

Abstract

The invention discloses a modular power supply scheme automatic-generation method based on the AR technology and the VR technology, and belongs to the technical field of power distribution. The method comprises the steps of integrating the basic databases of a power grid, acquiring the architecture diagram and the openable capacity of the power grid, and ensuring the availability of a power supply point; subjecting a power supply scheme to modular refinement and typesetting, and setting the parameters of options in each type and calibrating the parameters so as to form system point selection parameters; importing the architecture diagram and the openable capacity data of the power grid into a program, and compiling the power supply scheme and a support drawing in cooperation with the system point selection parameters; and displaying the power supply scheme and the support drawing in the 3D form based on a virtual reality module. The related system of the above method comprises an inputting module, a checking and reminding module, a drawing editing module and a virtual reality module, wherein the above modules are sequentially connected. The method is high in efficiency, formal in manufacture, strong in scheme depth property and good in interactivity. Based on the method, construction problems can be found out more quickly and more conveniently. Therefore, the requirements of users in rapid power transmission can be met.

Description

technical field [0001] The invention relates to a method for automatically generating a modularized power supply scheme based on AR technology and VR technology, and belongs to the technical field of power distribution. Background technique [0002] The power supply plan refers to the specific implementation plan of power supply to meet the customer's electricity demand. It is the basis for the design, planning path and construction of the customer's power receiving project, and is an important link to ensure the reliability, quality and economic operation of the customer's power supply. The power supply plan Compilation and review directly affect the quality and efficiency of the customer's entire project. The following problems existed in past programming: [0003] (1) Lack of norms: At present, there is no fixed normative format for the compilation of power supply schemes. Due to the wide range of basic materials involved and more than 150 technical parameters, the conte...

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Problems solved by technology

[0003] (1) Lack of norms: there is no fixed normative format for the compilation of power supply schemes at present. Due to the variety of basic materials involved and more than 150 technical parameters, the content of each compilation is not uniform, lacking consistency and rigor

[0004] (2) Low efficiency: the power supply plan preparation personnel need to go to the site to conduct surveys, record the basic situation of the site, collect, organize and analyze the basic information after returning to the unit, and verify the technical standards and management requirements of the power point and related parameters, etc. It takes a long time to prepare the plan after comprehensively considering various situations, and the preparation efficiency is low

[0005] (3) The depth of the scheme is not enough: the current power supply scheme does not clearly explain the key parameters that affect the safety of the power grid, such as the cables in the power access unit and the customer's power receiving equipment, and there is no clear description of the primary wiring of the customer's power receiving equipment side

Lack of data in the design process and lack of basis in the acceptance process

[0006] (4) The customer's requirement for fast power transmission is also the company's demand for increasing supply and sales: speeding up the power connection speed of customers' power receiving projects is one of the important measures for the company to strengthen the construction of a service-oriented enterprise. The previous scheme preparation mode cannot meet the growing number of customers. Therefore, the original model must be changed, and the speed of plan preparation must be accelerated to enable early design, early construction, and early power transmission of the business expansion project, shortening the cycle of balance capacity, and at the same time, the company has also increased the sales of electricity.

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