ЕНЕРГОЕФЕКТИВНА СИСТЕМА ЗНЕЗАРАЖЕННЯ ВОДИ НА ОСНОВІ СВІТЛОДІОДНИХ ДЖЕРЕЛ СВІТЛА

In the article the energy-efficient technology of disinfection of drinking water which is based on the use of LED light sources for generating ultraviolet radiation. Some theoretical and experimental models of water disinfection have been developed and investigated. The structure of the system of water disinfection technique and algorithm for calculating the light distribution of LED light sources that provide efficient use of electricity in the disinfection of water. The fragmentation algorithm is attached for the development of the bactericidal anti-infection system. The authors have devised a methodology for the synthesis of light on the basis of the distorted power of a single light switch of a light switch. The problem associated with the need to improve the efficiency of water disinfection at the stages of it treatment in an increasingly unfavorable trend of deterioration of microbiological parameters in the reservoirs of the first category is considered. Historical facts of development and the application of this technology in the water treatment system are described.