A Mobile Data Transfer in Energy-Efficient Intelligent Systems for Wastewater Treatment of Thermal Power Plants

Abstract

In this article the results of experiments of mobile data transfer in energy-efficient intelligent systems for wastewater purification of thermal power plants are shown. A work, based on experiments of the various types of ozonators development, conducted by the authors, is being considered. The analysis of experiments conducted by authors shows better efficiency of the ozonator with spiral external electrode, compared to cylindrical capacitor, including increase in efficiency because of corona current being directly pro-portional to ozone concentration. Taking into account the electric characteristics of corona discharge on mi-crowires, the ozonators can be constructed with given parameters and could be used on the distances >1.5 meters from control computer with Wi-Fi access point of mobile intelligent system for wastewater treatment of thermal power plants.