Tesi etd-05122023-122554 |
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Tipo di tesi
Tesi di dottorato di ricerca
Autore
MANFREDINI, GIUSEPPE
URN
etd-05122023-122554
Titolo
Design of compact modules for battery management
Settore scientifico disciplinare
ING-INF/01
Corso di studi
INGEGNERIA DELL'INFORMAZIONE
Relatori
tutor Prof. Bruschi, Paolo
tutor Prof. Piotto, Massimo
tutor Ing. Simmarano, Roberto
tutor Prof. Piotto, Massimo
tutor Ing. Simmarano, Roberto
Parole chiave
- battery management system
- inverter like
- li-ion battery
- ultra low voltage
Data inizio appello
05/05/2023
Consultabilità
Non consultabile
Data di rilascio
05/05/2093
Riassunto
Recently, the use of Lithium-Ion Batteries (LIBs) has been continuously increasing. Today, LIBs can be found in many applications, from low power devices, such as portable electronics, to high-energy systems such as Electric Vehicles (EVs).
Over the last decade, Sensichips S.r.l., in collaboration with the University of Pisa, has developed a programmable sensors interface called Sensiplus and I take advantage of the features of this chip to design and test a compact and versatile Cell Management Unit (CMU). This device is capable of (i) monitoring the cell voltage and the chip temperature, (ii) analysing different types of external sensors (e.g., NTC, strain gauge, humidity sensor) and (iii) performing an EIS analysis in a wide frequency range (tens mHz - tens kHz) to extrapolate the cell equivalent circuit.
Additionally, the design of a Ultra-Low Voltage 2nd order, switched capacitor, inverter-like Delta-Sigma modulator with a novel ULV fully-differential inverter-like amplifier is described in detail.
Over the last decade, Sensichips S.r.l., in collaboration with the University of Pisa, has developed a programmable sensors interface called Sensiplus and I take advantage of the features of this chip to design and test a compact and versatile Cell Management Unit (CMU). This device is capable of (i) monitoring the cell voltage and the chip temperature, (ii) analysing different types of external sensors (e.g., NTC, strain gauge, humidity sensor) and (iii) performing an EIS analysis in a wide frequency range (tens mHz - tens kHz) to extrapolate the cell equivalent circuit.
Additionally, the design of a Ultra-Low Voltage 2nd order, switched capacitor, inverter-like Delta-Sigma modulator with a novel ULV fully-differential inverter-like amplifier is described in detail.
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