METHODOLOGY FOR THE INDOOR MICROCLIMATE CONTROL SYSTEM DESIGN

The development of digital technology in recent decades has been rapid. The number of areas of application of DA continues to grow steadily. For example, in the last few years they have been actively implemented in automated systems of various technological processes. During the writing of the article, it was found that the current requirements for software and the rapid pace of technical systems cause growing interest in the theory of digital automata and discrete automata in general. This makes it possible to solve increasingly complex problems and, at the same time, achieve greater efficiency.The aim of this article is to study modern systems of automated control and management of indoor climate with optimization of technological parameters: temperature, humidity, etc. with the development of simple methods for designing indoor climate control systems with advanced mathematical model based on the rules of applied digital theory. The research was performed using a mathematical model and rules of applied theory of digital automata, which allows to create universal algorithms and design a simple and easy for implementation functional and schematic diagram of digital automata.Using the applied theory of digital automata, theequations of Boolean functions are obtained. An engineering approach to maintaining a given microclimate by regulating the temperature and humidity in the room. Developed digital circuit breakerto maintain a given microclimate in the room has eight inputsignals, eight output signals and six transient states. Logical equations allowed to develop a simple functional circuit of DA to control the microclimate in the room, which is quite easy to implement on chips of medium integration, such as KR1561, or other devices, such as microcontrollers