Project Abstract

Project Overview

<p> </p><p><b>1 Introduction</b></p><p>Wireless power transfer (WPT) is an important topic nowadays. Although WPT has been known for more than a century, only now has the WPT industry started its rapid growth. The number of publications on wireless power has increased by at least 1200%</p><p>in the last 10 years [9,2]. Current solutions are having great success in the marketplace with diffusions of innovations from innovators to early adopters as of now. However the main focus of the current solutions is a “wow” factor which in most cases neglects convenience [7,14]. Obviously, there is a need for a real-life application, for average users</p><p>who are not particularly familiar with the engineering world and do not follow state of the art technologies.</p><p>The goal of the project was to evaluate and study the wireless power transfer technologies and physics behind it. The design and implementation of the wireless energy transmission system prototype and its implementation in the NextFloor innovative floor</p><p>was the main plan. It was crucial for NextFloor to integrate advanced technologies into their floor system in order to make it really “smart” and innovative and wireless power transfer was one of them.</p><p>WPT is a very broad though relatively new technology – almost 80% of my references</p><p>are dated later than the year 2010; hence, the scope of the project was limited to implementation of the inductive power transfer mode only. However, other types of WPT are also discussed in the thesis. The question my project was aimed to answer was</p><p>simple: Are we ready to use cordless electricity in our everyday lives?</p><p>Last but not least, my utmost aims that I set in the beginning were to apply the gained knowledge in practice, assess my professional competence and development needs and learn how to work in a professional team researching a totally new technology.</p> <br><p></p>