EnerHarv 2024 proceedings now made FREE and OPEN to public!!!
EnerHarv ’24 Official Proceedings Booklet (Large download ~107mb)
EnerHarv 2024 Proceedings Package – all (Large download ~252mb)
Link will redirect you to DropBox to download the proceedings. To download the folder with all presentations, select File – Download or use the down arrow at the top of the page.
EnerHarv 2024 Proceedings Package – Lecture (Large download ~107mb)
Link will redirect you to DropBox to download the proceedings. To download the folder with all presentations, select File – Download or use the down arrow at the top of the page.
EnerHarv 2024 Proceedings Package – Posters and Demos (Large download ~48mb)
Link will redirect you to DropBox to download the proceedings. To download the folder with all presentations, select File – Download or use the down arrow at the top of the page.
You can download individual presentations by clicking on the titles below.
DAY 1
- OPENING REMARKS – Mike Hayes
- KEYNOTE
- TRANSDUCERS (TECHNICAL SESSION 1B)
- ENERGY STORAGE (TECHNICAL SESSION 1C)
- Carlos Schlabitz, TDK, A Rechargeable Solid-state SMD Battery for the Stand-alone IoT Application
- Christian Dietrich, FastCAP, Reflowable Supercapacitors for Energy Harvesting and IoT Applications
- Alessandro Piovano, POLITO, The Use of Recycled Materials for Producing More Sustainable Li and Na Batteries
- PANEL SESSION: SUSTAINABLE MATERIALS (PANEL 1E)
- Davide Brunelli, Univ of Trento, Plant Microbial Fuel Cells for Sustainable Electronics
- Cristina Rusu, RISE, Flexible Energy Harvester System
- Giovanni Landi, ENEA, Challenges in Eco-friendly Sensor Integration in EH
- Hani Kanaan, Dracula Tech, Printable, Lightweight and Flexible Organic-based EH Systems: Materials, Processes, and Applications
DAY 2
- OPENING REMARKS – Mike Hayes
- KEYNOTE
- SUSTAINABLE MATERIALS (TECHNICAL SESSION 2B)
- Andrea Lamberti, POLITO, Sustainable Materials for Electrochemical Energy Harvesting and Storage Devices: Development and Integration
- Giovanni Landi, ENEA, Supercapacitors Based on Sustainable Materials from Renewable Resources
- Daniela Iacopino, Tyndall, Green Electronic Components and Systems (ECS) White Paper Overview
- MATERIALS PACKAGING/INTEGRATION (TECHNICAL SESSION 2C)
- POWER MANAGEMENT (TECHNICAL SESSION 2D)
- Andrea Ballo, Univ of Catania, Fully On-chip DC-DC Switched Capacitor Converters: Design and Novel Solutions for Energy Harvesting
- Domenico Balsamo, Newcastle University, Unlocking the Potential of EH-based IoT Systems through Intermittent Computing and Cutting-Edge Energy and Time Management
- Bruno Damien, e-peas, Optimizing Energy Harvesting Micro-power Design and Ecosystem Elements Choice for Better System Performance
- PANEL SESSION: ECOSYSTEMS (PANEL 2E)
- Baoxing Chen, ADI, Fast-Tracking Sustainable IoT: Accelerating the Path through the Energy Harvesting Ecosystem
- Orazio Aiello, Univ of Genoa, UBIGIOT: Ultra-Low Design-Effort, Energy-Efficient and Battery-Indifferent Sensor Node for the Green Internet of Things
- Brian Zahnstecher, PowerRox, The Power Sources Manufacturer’s Association (PSMA): Where the Power Electronics and Power IoT Ecosystems Converge
- Shad Roundy, Univ of Utah, ASSIST: Vigilant Health Monitoring through Self-powered Wearable Technologies
- Valeria Nico, Univ of Limerick, CONNECT: Energy Research for Sustainable IoT Solutions
- Alex Weddell, Univ of Southampton, The UK Energy Harvesting Network
- Thomas Brown, Tor Vergata Univ of Rome, The Energy Harvesting Roadmap
DAY 3
- OPENING REMARKS – Roberto La Rosa
- KEYNOTE
- SYSTEM INTEGRATION/TRL PROGRESSION/REAL APPS (TECHNICAL SESSION 3B)
- Michele Magno, ETH Zurich, Empowering the Future of IoT: Always-On Smart Sensors, Energy Harvesting, and Tiny Machine Learning
- Roberto La Rosa, INNOITALY, Enabling the Future of Massive IoT: Overcoming Integration Challenges for Maintenance-free Wireless Sensor Nodes
- Eoin Ahern, Tyndall, Energy Harvesting Testbed for Optimising Energy-constrained WSN Nodes and Networks
- SYSTEM INTEGRATION/TRL PROGRESSION/REAL APPS (TECHNICAL SESSION 3C)
- Maria Doglioni, Univ of Trento, Harvesting Nature’s Power: Plant-Microbial Fuel Cells & Adaptive Self-Scaling Energy Storage for Battery-free IoT
- Gerd vom Bogel, Fraunhofer IMS, Energy Harvesting and Power Management for a Retrofittable Current Sensor for Grid Condition Analysis
- Elisabetta Boco, Eagleprojects, IoT Applications for Smart Cities
- PANEL SESSION: FUTURE DIRECTIONS & WRAP-UP (PANEL 3D)
- Luca Castellini, WisePower, From R&D to Industrial Design, Paving the Way to Self-Powered IoT Commercial Adoption
- Corrado Boragno, Univ of Genoa, The Future of Wind/Wave Energy Harvesting
- Maeve Duffy, Univ of Galway, System-level Considerations Enable Energy Harvesting Component Optimisation
- Mike Hayes, Tyndall; Roberto La Rosa, INNOITALY Future Directions
FUNCTIONAL DEMOS
- Combined Demo Slides
- Lorandt Foelkel, Wurth Elektronik, enOcean Multi Sensor / Light Switch / Prototype Switch
- Lorandt Foelkel, Wurth Elektronik, Window Handle with Wireless Transmitter
- Lorandt Foelkel, Wurth Elektronik, Indoor Air Conditioning Monitoring
- Lorandt Foelkel, Wurth Elektronik, Shower Water Temperature Display
- Lorandt Foelkel, Wurth Elektronik, TEG-powered Hot Surface Sensor
- Lorandt Foelkel, Wurth Elektronik, Energy-Harvesting-to-Go Kit
- Eoin Ahern, Tyndall, EnTICe: Energy Harvesting Testbed with Remote Access
- Mario Costanza, Tyndall, Optimization of Energy Harvesting-Wireless Sensor Nodes Via a Simulation Tool
- Wenyu Peng, TU Delft, On-chip Power Management Interface for Sliding Triboelectric Nanogenerator
- Roberto La Rosa, INNOITALY, Energy Autonomous Wireless Sensor Node for Ammonia Monitoring with LoRa Connectivity
- Roberto La Rosa, INNOITALY, Energy Autonomous Wireless Sensor Node for Oxygen Monitoring with LoRa Connectivity
- Yongli Wang, TDK, Smart Energy Solution for Standalone Beacons
- Bruno Damien, e-peas, Bluetooth v5.4 Large ESL Powered with Energy Harvesting
- Bruno Damien, e-peas, Perovskite-PV-powered Small ESL
- Hani Kanaan, Dracula Tech, OPV, a Photodiode and Energy Source to Power the STM32U0 Microcontroller
- Joshua Wright Ambient, Photonics, Indoor PV Application Development Kit with Consumer Application Examples
POSTERS
- Maeve Duffy, Univ of Galway, Investigating Domino Resonators for Enabling Energy Harvesting at a Distance in RFID Cards
- Ibnu Taufan, Univ of Limerick, Nonlinear Piezoelectric Vibrational Energy Harvester Using an Ortho-Planar Spring and an H-I Structure for Powering IoT Sensors
- Julia Cipo, Fraunhofer ISIT, Towards Integrated 3D Micro-Batteries Using PowderMEMS Technology (PDF of poster embargoed by author due to current paper review process, please contact direct for more info.)
- Nouman Ghafoor, Univ of Limerick, Planar Electromagnetic Vibrational Energy Harvester for IoT Applications
- Eugen Vambolt, TU Nuremberg, Performance Enhancement of a Thermoelectric Generator Using a 2D-simulation and a Physics-informed Neural Network for Autonomous-Level Monitoring of Motorized Vehicles
- Ningning Wang, Hangzhou Dianzi University, Electromagnetic Vibration Energy Harvesters for WSNs Applications
- Ningning Wang, CPSS, Introduction of CPSS and Energy Harvesting Research Activities in China
- Sebastian Bader, Mid Sweden Univ, Six-phase Variable Reluctance Energy Harvester for Smart Bearing Hub Units
- Eoin Ahern, Tyndall, Energy Optimisation Using the EnTICe Energy Harvesting Testbed with Cloud Access
- Mario Costanza, Tyndall, Power Optimization of Energy Harvesting Wireless Sensor Node Systems Via a Simulation Tool
- Gabriele Perna, UNIPG, 3D-printed Piezoelectrets Based on Foamed PLA for Energy Harvesting Applications
- Paola Tinivelli, UNIPG, An Autonomous Sensing System for Monitoring Dissolved Carbon Dioxide of Natural Waters for Geochemical Applications
- Valentin Daniel Paccoia, UNIPG, Chipless RFID for Environmental Monitoring
- Daniel Woodward, Tyndall, Ultra-wide Timing Range DTC for Ultra-Low-Power PMIC
- Michael Benegiamo, UNIPG, Design and Implementation of a WPT System for Industrial Application
- Mirco Lo Monaco, POLITO, One and Two-degrees-of-freedom Gravitational Energy Harvester Designs for Ultra-Low-Power IoT Applications
- Cristina Rusu, RISE, Energy Harvesting Feasibility for Safety Buckle Belt
- Alessandro Piovano, POLITO, New Binders and Separators with Recycled PVB: From Waste to Li- and Na-ion Batteries
- Wenyu Peng, TU Delft, Front-end Triboelectric Nanogenerator (TENG) & Back-end Power Management IC Design
- Hugo Cruz, Tyndall, Development of an Ultra-Low-Power Digital Energy-harvesting PMIC Platform
- Gabriel Christmann, CSEM, Solar Harvesting Solutions at CSEM
- Veda Nagaraja, Tyndall, INFRACHIP: A free infrastructure and technology access programme
- Marco Privitera, Univ of Catania, Sub-μW Oscillator-Less WiFi Backscattering Transmitter Reusing RF Signal for Harvesting and Sensor-Less Motion Detection with Battery-Less Smart Tag Demonstration
- Daire Joyce, Boston Scientific, Boston Scientific Medical Device Factory Asset Tracking
- Séamus Hickey, DePuy, Long Life Geolocation Solution for Orthopaedic Surgical Loaner Kits
- James Rohan, Tyndall, Microbattery Materials and Future Directions