Realization of automated system of monitoring and testing of gas-discharge lamps using statistical analysis of time series

Abstract

discharge lamps, including fluorescent lamps, represent a key element of modern lighting system, providing high efficiency and durability in various applications. However, ensuring reliable operation and long life of these lamps requires systematic real-time monitoring, control and testing. This paper presents an electrical model developed using Matlab Simulink software for the comprehensive testing and monitoring of discharge lamps, with the main focus on fluorescent light sources. Aspects of modeling and measurement of key parameters of gas discharge lamps are covered, making this model a handy tool for electronics engineers and researchers. The main focus of the paper is on the design and implementation of an automated system for monitoring and controlling discharge lamps, in which time series statistical analysis has been widely applied. By utilizing advanced technologies such as remote monitoring and control via cloud services, the system provides prompt and reliable control of discharge lamp parameters.