DESIGN AUTOMATION OF DISTRIBUTION POINTS OF URBAN POWER GRIDS

The article considers the development of a web application for designing power distribution points. This solution will reduce the cost of producing objects by simulating them in a virtual environment and, as a result, speed up the release of finished products to the market. Diagnostic maintenance of objects will allow timely avoidance of abnormal situations in the equipment operation. The main functional features of the developed web application for designing power distribution points are indicated: from receiving technical specifications, an object template to converting the initial data into the digital form in the format required by the customer, testing and identifying inaccuracies and errors in the design, issuing recommendations for correcting errors. Examples of implementing the development results are given. The proposed solution has a simple, intuitive interface and can be applicable as an opportunity to train personnel. One of the additional features is the joint use of the application with the geographic information system for managing power supply networks, developed by the Kaluga power grid company.