DocumentCode
3478722
Title
Development and realization of lithium-ion battery modules for starting applications and traction of off-road electric vehicles
Author
Vellucci, F. ; Pede, G. ; D´Annibale, F. ; Mariani, Andrea ; Roncella, R. ; Saletti, R. ; Baronti, F. ; Fantechi, G.
Author_Institution
Energy & Sustainable Econ. Dev. (ENEA), Italian Nat. Agency for New Technol., Santa Maria di Galeria, Italy
fYear
2013
fDate
17-20 Nov. 2013
Firstpage
1
Lastpage
10
Abstract
The paper describes the development and realization of standard battery modules 12 V, made by LiFePO4 cells selected in a previous study by ENEA and the University of Pisa. Module means the group of four cells series connected, the electronic battery management system, the thermal management system and the mechanical case. Standard means that the same battery module can be used for different applications: in fact, the previous study showed that three standard battery modules, 30 Ah (little size), 60 Ah (medium size) and 100 Ah (large size), are sufficient to reach the levels of voltage/capacity requested by the most part of the applications in the field of the starting/auxiliary supply batteries (also for the nautical sector) and traction of off-road electric vehicles. More units of standard modules can be series/parallel connected to build complete battery systems able to satisfy the required performances. The development and realization of the modules mostly consisted of testing the selected cells to verify their suitability for the above mentioned applications, to make a thermal battery characterization so to define the thermal management system, to develop an electronic battery management system and to build a mechanical case. The paper shows all these aspects in detail.
Keywords
battery management systems; battery powered vehicles; iron alloys; lithium alloys; secondary cells; thermal management (packaging); traction; LiFePO4; electronic battery management system; lithium-ion battery modules; mechanical case; off-road electric vehicle traction; starting application; thermal battery characterization; thermal management system; voltage 12 V; Batteries; Discharges (electric); Resistance; Standards; Temperature; Thermal analysis; Vehicles; LiFePO4; battery management system; battery module; electrification; lithium battery; off-road vehicles;
fLanguage
English
Publisher
ieee
Conference_Titel
Electric Vehicle Symposium and Exhibition (EVS27), 2013 World
Conference_Location
Barcelona
Type
conf
DOI
10.1109/EVS.2013.6914886
Filename
6914886
Link To Document