UNINTERRUPTED POWER SUPPLY BATTERY LIFE CYCLE SYSTEM DEVELOPMENT

Today, during the information technology era, almost every device, like telecommunications centers, various database servers, scientific equipment and user workstations need to provide stable and uninterrupted access to electricity. Uninterruptible power supplies are used to ensure workstations whit electrical power in case of power failure. To enable such devices to operate over long periods of time and to manage them is needed for optimum results. Various uninterruptible power supply manufacturers also offer uninterruptible power supply monitoring solutions, but such solutions cannot be adapted to devices from other manufacturers that are not suitable for large organizations. And one of the investigated organizations is the Latvia University of Agriculture, which uses the equipment of several different manufacturers. Within the framework of the research, several different types of management systems were compared. More detailed look was taken at the possibilities of integrating these systems in the existing infrastructure of the Latvia University of Agriculture, installation and maintenance of these systems, as well as future development and expansion prospects and, of course, compression between the systems. The solutions offered on the current market are difficult to implement fully in the current system of the Latvia University of Agriculture, therefore, the study offers a new technological solution for monitoring, longevity extension and maintenance of various uninterruptible power supplies. The system has been approbated for the existing infrastructure of the Latvia University of Agriculture in order to install, maintain and further develop this system without any infrastructure reforms.