This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
A Novel Charger/Discharger for the Parallel Connected Battery Module System
Technical Paper
2000-01-3602
ISSN: 0148-7191, e-ISSN: 2688-3627
Annotation ability available
Sector:
Event:
Power Systems Conference
Language:
English
Abstract
A novel integrated battery charger/discharger converter for a standardized battery module is proposed. Instead of using separate charger and discharger converters, it integrates these two converters into a single converter in order to minimize the size. The integrated charger/discharger converter not only regulates the solar array output power including the peak power tracking capability but also controls the battery charging/discharging current depending on the solar array output power and the load power. In addition, it offers a regulated bus voltage that simplifies the power distribution/conversion for the payload.
Authors
- K. S. Lee - Power Electronics System Lab. 301-617 School of Electrical Engineering Seoul National University
- Y. J. Cho - Power Electronics System Lab. 301-617 School of Electrical Engineering Seoul National University
- K. Y. Jang - Power Electronics System Lab. 301-617 School of Electrical Engineering Seoul National University
- B. H. Cho - Power Electronics System Lab. 301-617 School of Electrical Engineering Seoul National University
Citation
Lee, K., Cho, Y., Jang, K., and Cho, B., "A Novel Charger/Discharger for the Parallel Connected Battery Module System," SAE Technical Paper 2000-01-3602, 2000, https://doi.org/10.4271/2000-01-3602.Also In
References
- Huynh Phuong “Analysis and Design of Microprocessor - Controlled Peak-Power Tracking System,” VPEC Thesis May 1992
- Kiehne H.A. Battery Technology Handbook Marcel Dekker Inc. 1989
- Sable Daniel M. “Optimization of Spacecraft Battery Charger/Discharger Systems,” VPEC Dissertation Dec. 17 1991
- Chetty P.R.K. Satellite Technology and Its Applications 2nd edition 1991
- Shum Kin E. “A Low Ripple Bi-directional Battery Charger/Discharger Using Coupled Inductor,” VPEC Thesis March 1994
- Sizemore Tom “Design of a Battery Charger For the NASA EOS Space Platform,” VPEC Thesis July 23 1991
- Piszczor Michael F. Hirschbein Murray S. “Space Power System Requirements for Future NASA Missions,” IECEC 1995 421 426
- Cho Y.J. Cho B.H. “A Novel Battery Charger-Discharger of Regulated-Peak-Power-System,” IECEC 1999