The problems of building human-machine interfaces of automated operational dispatch control systems with a high density of information flow are considered. The article is devoted to the modernization of the graphical part of control systems with the proposal of levels of graphical mnemonic circuits and their description of their advantages. In the second part, the modernization of the previously proposed algorithm for the development of an alarm subsystem is given. The advantages of the proposed approaches for the end user are derived.
Keywords: dispatch control, automated control system, HMI, BMS, SCADA, UX/UI design
Based on the experience gained during the use of Autodesk Revit in the design of power supply systems, the authors assess the features of the implementation of the construction of projects in this section that meet domestic regulatory documentation. A comparative analysis of the methods of constructing power supply projects is given, their advantages and disadvantages are revealed, which is important both from a scientific and practical point of view with a small amount of information in this area that does not have an advertising component.
Keywords: Autodesk Revit, BIM, information model, bilding engineering, power supply system, building technology
The modernization of the algorithm for creating a user (human-machine) interface of automated operational building management systems is proposed, which allows creating more efficient means of information output. The problems of creating modern production interfaces are analyzed. Modernization includes, in addition to the traditional way of creating the interface itself, taking into account the nature and working conditions of the people using it and other factors.
Keywords: dispatch control, automated control system, HMI, BMS, SCADA