Automated System of Monitoring and Management of the Engineering Equipment of a Sports Complex with the Usage of Wireless Technology.

Explanatory note contains: introduction, analytical, design and experimental parts, conclusions, bibliography of 26 titles. The thesis project 22 figures and 7 tables. The diploma project is developed and describes an automated system for monitoring and controlling the engineering equipment of a sports complex on the basis of wireless technology. The purpose of the proposed system is to consider the monitoring and control of microclimate parameters in various areas of its functional purpose sports complex for the control of temperatures, humidity and pressure and informing the operator at the exit of the values of range and decision-making. Automated monitoring and control system engineering equipment based on wireless technology has the following tasks: • Perception of climate parameters with the help of intelligent pressure sensors, temperature and humidity; • Conversion of output signals of intelligent sensors and transmitting them over a wireless network for subsequent operations; • Compare the input of numerical values or functions of them with climate parameters required for the comfort of sports activities; • Formation of quantitative judgments, their issuance and supply of signaling messages at the exit sensor readings values beyond the set parameters. At the heart of building engineering equipment monitoring and control system is being developed bus-modular principle. The essence of which is that all the devices are part of an automated system are presented in the form of modules combined in one or more arteries in the constructive, electronic and functional level. Using this principle, not only simplifies the physical connection of intelligent sensors to the system, but also meets the characteristics of openness, when any new sensor can be connected to the system without interfering with the work of other sensors.