EESCoLab
ELECTROCHEMICAL ENERGY STORAGE
AND CONVERSION LABORATORY

WE STORE ENERGY FOR A DECARBONIZED WORLD

Storing and Converting Energy
 for Stationary and Mobility Applications

• Flow Battery Systems
• Fuel Cells – Hydrogen
• Li-ion Systems
• Electric powertrains

OUR ACTIVITIES

Development, testing and characterization of electrochemical systems for the storage and conversion of electrical energy: redox flow batteries (RFBs), fuel cells and hydrogen and electric propulsion systems (powertrains) powered by electrochemical devices. Tests under current- and voltage- controlled conditions, polarization curves, multichannel electrochemical impedance spectroscopy (EIS), under controlled temperature, reagent flow, pressure, concentration and humidification. Modeling of components, machines and systems; numerical analysis; structural and functional optimization; technological development of devices and machines; development and testing of innovative architectures; design of machines, components, systems and plants; techno-economical assessments; bench tests on the prototypes.

SOME COLLABORATION

• Department of Mechanical, Aerospace, and Biomedical Engineering University of Tennessee (with MoU) – Konxville (TN-USA)
• Fraunhofer Institut für Chemische Technologie – Pfinztal (Germany)
• Department of Chemical Engineering – MIT – Boston (MA-USA)
• Center for Energy Science and Technology Skolkovo Institute of Science and Technology – Moskow (Russia)
• Power Electronics – Christian-Albrechts-Universität – Kiel (Germany)
• Chalmers University of Technology – Gothenburg (Sweden)

SOME RECENT PROJECTS

• Strategic Project of the University of Padua MAESTRA 2011.
• Project of the 2016 Research Program of the Centre for Energy Economics and Technology “Giorgio Levi Cases” University of Padua.
• Project of the 2018 Research Program of the Centre for Energy Economics and Technology “Giorgio Levi Cases”  University of Padua.
• Project for A pilot microgrid with multi-energy-storage in Venice funded by the MATTM.
• Project for pilot electrified technical boats with lithium-ion and hydrogen batteries.
• PRIN 2017: ” Holistic approach to EneRgy-efficient smart nanOGRIDS – HEROGRIDS ”.
• ENI 2019 project on technological development of VRFBs.
• FIAMM Energy Technologies: “Analytical and numerical study and modeling of lithium-ion batteries”

MAIN EQUIPMENT

• IS-VRFB: a unique industrial scale 9kW/27kWh VRFB test facility, completely designed and built in-house
• RFB-CTF: a cell test facility for tests under adjustable and controlled physical conditions
• 2kW NEXA Ballard Fuel Cell and a short fuel-cell stack designed and built in-house
• Two sets of National Instruments data management and processing hardware
• 20-channel high-current Electrochemical Impedance Spectroscopy (EIS)
• 2 high performance workstations
• in house and commercial (COMSOL Multiphysics, Simulink, Matlab, LabView, …) software for multiphysic and network analyses
• 4 kW bidirectional electronic power supply
• 2 kW-class electronic loads
• 600A variable passive load
• 2 Cinel PEMFC hydrogen generators
• 6 Ovonic hydrogen canisters

IS-VRFB

IS-VRFB is a unique 9 kW / 27 kWh experimental test facility fully instrumented, monitored and controllled that we have desgined and built

A presentation of IS-VRFB (in Italian)
VRFB-CTF

The RFB cell test facility allows tests under adjustable and controlled physical conditions

A presentation of IS-VRFB (in Italian)
Patents

Our technology developments result in patents which are offered to interested companies

Recent patents – presented at Tech Share Day 2021

LAB LEADER: MASSIMO GUARNIERI

 Chair of the Technological Committee of Flow Batteries Europe
Chair of the Historical Activity Committee of IEEE Italy
Member of the IEEE European Public Policy Committee – Working Group on Energy
Member of the Governing Board of the Interdepartmental Centre Giorgio Levi Cases for Energy Economics and Technology
Ranked among the World’s Top 2% Scientists by Stanford University

People

Massimo Guarnieri

Professor, PhD

Andrea Trovò

Research fellow, PhD

Giacomo Marini

Lab engineer, dr. eng.

Nicola Poli

senior PhD student

Nicolò Zatta

dr., PhD student

Matteo Rugna

dr., PhD student

Jianyu Zhang

dr., PhD student

Cem Schäfer

visiting student,
Leibniz University Hanover

Pablo Angel Prieto Diaz

dr., Visiting PhD student
Universidad Carlos III de Madrid

Thomas Puleston

dr., Visiting PhD student
Universidad Politècnica de Catalunya