Hands-on: autonomous devices
Content of the lecture:
The scope of the lesson is to reflect on the distributed Iot technologies powering issue and on possible solutions from environmental energy harvesting. Starting from what IoT is and from common IoT technologies, the main powering problematics are analysed, in order to highlight the principal features to take into account during the design of a self-powered IoT device. Then, different methods for energy harvesting are described, and a reflexion is suggested on best applications for each one. In particular, non-linear energy harvesting is deepened in comparison to linear energy harvesting: pros and cons are highlighted for each one in different fields of applications. In the second part of the lesson, Wisepower devices are presented, that tailor some of the applications mentioned during the theoretical part: both the harvesting process and the electronic configuration are described, and results are presented from the experimentation in fields such as structural monitoring for bridges, telecom towers, people monitoring.
Teacher: Prof. Elisabetta Boco
Elisabetta Boco is a Physicist: during her master degree in University of Perugia, she studied Stochastic Resonance for Energy Harvesting Applications, under the supervision of Professor Luca Gammaitoni. In 2017 she was awarded with a PhD in mechanical engineering in University of Limerick, Ireland, under the academic supervision of Prof. Jeff Punch: she specialised in experimental and theoretical optimisation of multi-degree-of-freedom non-linear energy harvesters. During her PhD scholarships, she also worked on designing, realising and optimising a harvester prototype under the industrial supervision of Dr. Ronan Frizzell in Nokia Bell Labs, Dublin, where she worked as intern for 6 months. After the PhD degree, she worked as a post-doc researcher for two years in the University of Perugia, under the collaboration with Wisepower Srl, where she entered as R&D staff in 2019. Her principal field of expertise is the realisation of non-linear harvesters prototypes to power small portable electronic devices. She is now mainly working in powering structural health monitoring and tracking devices, through tailored harvesting solutions. Moreover, she collaborates in designing, coding and testing the devices’ firmware and the online software for monitoring.