Files from EnerHarv 2022 are available below.
EnerHarv 2022 Proceedings Package – all (Large download ~142mb)
Link will redirect you to DropBox to download the proceedings.
EnerHarv 2022 Proceedings Package – Lecture (Large download ~131mb)
Link will redirect you to DropBox to download the proceedings.
EnerHarv 2022 Proceedings Package – Posters and Demos (Large download ~12mb)
You can download individual presentations by clicking on the titles below.
DAY 1
- KEYNOTE
- TRANSDUCERS
- Luc Frechette, Université de Sherbrooke, Canada “The ‘billion sensors’ opportunity: powering automotive sensors with high power density MEMS vibration energy harvesters”
- Saibal Roy, Tyndall National Institute, Ireland “MEMS Energy Harvesting & Conversion Devices enabled by patterned super-magnets leading to Internet of Things (IoT)”
- Cristina Rusu, Research Institutes of Sweden (RISE), Sweden “Energy Harvesting Research at RISE”
- SYSTEMS INTEGRATION 1
- Valeria Nico, Stokes, University of Limerick, Ireland “Vibrational energy harvesting for Industrial IoT Applications”
- Ömer Oralkan, North Carolina State University, USA “System integration of micromachined ultrasonic transducer arrays for wearable and implantable applications”
- Sami Oukassi, CEA LETI, France “Millimeter scale electrochemical energy storage devices for pairing with EH: a step towards enabling miniature autonomous WSNs”
DAY 2
- OPENING REMARKS – Mike Hayes
- KEYNOTE
- STORAGE
- Nina Balke, North Carolina State University, USA “Energy Storage: A Nanoscale View”
- Ronald de Graaf, Nawa Technologies, France “How to turbo charge the Internet of Things with Ultra Capacitors and Energy Harvesting”
- Ram Rajagopalan, Pennsylvania State University, USA “High energy density Lithium ion capacitor for pulsed load current applications”
- POWER MANAGEMENT
- Roberto LaRosa, ST Microelectronics, Italy “An Ultra-Low-Power MPPT technique for maximum Power Conversion Efficiency in systems power through Energy Harvesting and Wireless Power Transfer”
- Gaurav Mital, Analog Devices, USA “Space Constrained Devices with Ultra-low Power Consumption Budget Powered by the SIMO Architecture”
- Seamus O’Driscoll, Tyndall National Institute, Ireland “180nm CMOS Buck-Boost Converter with Mixed Signal Control for 1uW to 100mW Power Conversion”
DAY 3
- KEYNOTE
- SYSTEMS INTEGRATION 2
- David Arnold, University of Florida, USA “Electrodynamic Wireless Power Transfer for Charging through Conductive Media”
- Sebastian Bader, Mid Sweden University (MIUN), Sweden “Towards Self-powered Smart Sensors in Hydraulic Motors”
- Mike Hayes, Tyndall National Institute, Ireland “EnABLES – Free of charge power IoT feasibility studies undertaken”
- FUNCTIONAL DEMOS
- Combined Demo Slides
- Denis Pasero, Ilika, UK “Miniaturised Sensors with Solid State Batteries”
- Christian Fell, Ubito “Wiegand-Effect-Powered Wireless IT Sensor Node”
- Lorandt Foelkel, Würth Elektronik, Germany “Electromagnetic Push-Button Energy Harvesting System Suitable Power for Smart Home Applications”
- Lorandt Foelkel, Würth Elektronik, Germany “Energy Harvesting to Go kit”
- Lorandt Foelkel, Würth Elektronik, Germany “enOcean Light Switch & Multi Sensor & Demo Kit”
- Lorandt Foelkel, Würth Elektronik, Germany “Indoor Air Conditioning Monitoring”
- Lorandt Foelkel, Würth Elektronik, Germany “Shower Water Temperature Display”
- Lorandt Foelkel, Würth Elektronik, Germany “Window Handle with Wireless Transmitter”
- Brendan O’Flynn, Tyndall National Institute, Ireland “NFC Sensing for Cultural Heritage Monitoring”
- Roberto LaRosa, ST Microelectronics, Italy “Intrinsically Self-powered, Battery-free, and Sensor-free Ambient Light Control System”
- Brian Zahnstecher, PowerRox, USA “Battery Characterization & Simulation System for Fast Prototyping”
- Ronald de Graff, Nawa Technologies, France “Hybrid Use Cases”
- Combined Demo Slides
- POSTERS
- Eoin Ahern, Tyndall National Institute, Ireland “Real Life Use Cases – EnABLES Transnational Access Projects”
- Eoin Ahern, Tyndall National Institute, Ireland “SFI CONNECT Energy Harvesting WSN Testbed”
- Mike Rudden, Tyndall National Institute, Ireland “Energy Source-in-Package (eSiP)”
- Mike Rudden, Tyndall National Institute, Ireland “SFI CONNECT Sustainable IoT Overview”
- James Rohan, Tyndall National Institute, Ireland “Electrode and Electrolyte Materials for Thin Film Microbatteries”
- Brendan O’Flynn, Tyndall National Institute, Ireland “Maximizing Wireless Power Transfer Efficiency for mm-sized scale Implantable Medical Devices”
- Brendan O’Flynn, Tyndall National Institute, Ireland “A Rectenna for Smart Manufacturing IoT RF Energy Harvesting Applications”
- Caterina Russo, Politechnico di Torino, Italy “Duty Cycle Evaluation of a Linear Gravitational Energy Harvester for AIoT Applications”
- Christian Fell, Ubito “Wiegand-Effect-Powered Wireless IT Sensor Node”
- Seamus O’Driscoll, Tyndall National Institute, Ireland “Ultra Low-Power PMIC Platform for Energy-Harvesting Smart Sensor for IoT”