Smart poles are becoming increasingly common, as they not only promise a prosperous urban future but are also becoming its direct agent. Being an indispensable piece of the smart city puzzle, they launch a deep and comprehensive transformation of processes, representing a dense layer of advanced technologies.
For example, in the United Kingdom, governing bodies of many cities, as well as other organizations like the University of Bristol, are implementing initiatives aimed at presenting smart cities as eco-friendly spaces for living, connected to the global digital economy. This is true for Glasgow, whose eco-smart management system should involve analysis centers, local services, and information repositories to build a comfortable and safe environment.1
To enable smart poles to perform their tasks, it is necessary to provide them with uninterrupted power supply. Let's examine how this is addressed.
