Remote 5G system design and setup

The aim of this thesis study was to design a 5G system and to build it into a hydrogen and renewable energy production trailer owned by Lapland University of Applied Sciences. The study was commissioned by Lapland University of Applied Sciences as a part of a larger ARGAGSENSE project. In this project, the plan was to build a remote 5G server that runs on renewable energy in remote areas where energy and web connectivity are not available for workers. The prototype of the remote 5G system will be built to show that it is possible to create a system that can be used to this extent.The author’s part in this project was, with the Lapland University of Applied Sciences team, to first test out if it is possible to add a 5G server to the trailer owned by UAS. Tests made for this consisted of testing the power output of the UAS’s hydrogen and renewable energy production trailer, and secondly testing how much power the 5G-base station uses. The results of these tests were then compared to see if the power production and usage for the remote 5G system is enough, or are changes needed to be made.After the tests the plan is to build a remote 5G system for the energy production trailer. The testing for the trailer will then be made later in the autumn of the year 2024.