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battery pack for a

by J-k Lee, J-s Yeo, M-c Jang, J-m Yoon, D M Kang , 2009
"... Mechanical durability and electrical durability of an aluminium-laminated lithium-ion polymer ..."
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Mechanical durability and electrical durability of an aluminium-laminated lithium-ion polymer

Surgical Battery Packs for Hydrogen Peroxide

by Ge’s Smart Grid , 2010
"... …Precisely from mV to ±400V Inside this issue of ..."
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…Precisely from mV to ±400V Inside this issue of

Control System Design of CSI Applied in the Battery Pack Testing System

by Lixia Zhang, Wei Kang, Rugang Wang , 2010
"... This paper designed the loop-locked SVPWM control system of current source inverter (CSI) in the battery pack charging/discharging system. The battery pack is sensitive to the charging/discharging current ripple and orders the current posess fast transform speed. Because the battery pack has tiny in ..."
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This paper designed the loop-locked SVPWM control system of current source inverter (CSI) in the battery pack charging/discharging system. The battery pack is sensitive to the charging/discharging current ripple and orders the current posess fast transform speed. Because the battery pack has tiny

Second Life Battery Pack as Stationary Energy Storage for Smart Grid

by Shijie Tong, Matthew P. Klein, Jae Wan Park
"... Copyright © 2014 SAE International This paper presents the use of a second life battery pack in a smart grid-tied photovoltaic battery energy system. The system was developed for a single family household integrating a PV array, second life battery pack, grid back feeding, and plug-in hybrid electri ..."
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Copyright © 2014 SAE International This paper presents the use of a second life battery pack in a smart grid-tied photovoltaic battery energy system. The system was developed for a single family household integrating a PV array, second life battery pack, grid back feeding, and plug-in hybrid

An Active Energy balancing System for Lithium-Ion Battery Pack

by Yu Zeng, Zhiwei He, Mingyu Gao, Hongtian Pan
"... Abstract—In this paper, a cell balancing circuit for the Lithium-ion battery pack based on the Flyback topology is proposed. Balancing the lithium-ion battery pack is often employed to improve the energy utilization and lifetime of the battery. The proposed circuit uses the minimized power path to s ..."
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Abstract—In this paper, a cell balancing circuit for the Lithium-ion battery pack based on the Flyback topology is proposed. Balancing the lithium-ion battery pack is often employed to improve the energy utilization and lifetime of the battery. The proposed circuit uses the minimized power path

1Failure Analysis of Some Toyota Prius Battery Packs and Potential for Recovery

by Peter Leijen, Jonathan Scott
"... vidual battery blades, each blade contains 6 NiMH cells in series. This means that each pack contains 228 NiMH cells. Each cell has the potential to fail. This report investigates the mode of failure of Prius battery packs by first analysing a number of packs in the lab, and then road testing them i ..."
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vidual battery blades, each blade contains 6 NiMH cells in series. This means that each pack contains 228 NiMH cells. Each cell has the potential to fail. This report investigates the mode of failure of Prius battery packs by first analysing a number of packs in the lab, and then road testing them

On Optimizing Sensor Placement for Spatio-Temporal Temperature Estimation in Large Battery Packs

by Scott Moura, Miroslav Krstic
"... Abstract — This paper optimizes the number of sensors and their locations for estimating the 2-D spatio-temporal tempera-ture dynamics in large battery packs. Monitoring temperature in battery packs is crucial for safety, efficiency, and long-term endurance. The temperature dynamics in large battery ..."
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Abstract — This paper optimizes the number of sensors and their locations for estimating the 2-D spatio-temporal tempera-ture dynamics in large battery packs. Monitoring temperature in battery packs is crucial for safety, efficiency, and long-term endurance. The temperature dynamics in large

Lithium Ion Battery Packs High Power Usage and Control

by Douglas C. Magnuson, Technical Director
"... The safe and effective use of lithium ion battery packs requires consideration of their electrical and thermal characteristics. This article discusses the factors limiting the maximum charge and discharge rate, including temperature effects. This discussion highlights the opportunities for sophistic ..."
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The safe and effective use of lithium ion battery packs requires consideration of their electrical and thermal characteristics. This article discusses the factors limiting the maximum charge and discharge rate, including temperature effects. This discussion highlights the opportunities

A selective voltage measurement system for series connected battery packs

by Abhiman Hande - in: Proceedings of the Southeastern Conference on IEEE , 2006
"... A method has been developed to measure the voltages of individual batteries used in hybrid electric vehicle (HEV) battery packs using a new selective battery measurement system. This system consists of a voltage measurement circuit that measures battery voltages using a set of electromechanical rela ..."
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A method has been developed to measure the voltages of individual batteries used in hybrid electric vehicle (HEV) battery packs using a new selective battery measurement system. This system consists of a voltage measurement circuit that measures battery voltages using a set of electromechanical

Effective Electrothermal Simulation for Battery Pack and Power Electronics in HEV/EV

by Evgenii B. Rudnyi, Österreich Electrothermal Simulation
"... Thermal management is an important part during the development of a hybrid or electrical vehicle. This concerns several components in the electrical network of a car, the most important being power electronics and a battery pack. Electrothermal simulation is required at the system level in order to ..."
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Thermal management is an important part during the development of a hybrid or electrical vehicle. This concerns several components in the electrical network of a car, the most important being power electronics and a battery pack. Electrothermal simulation is required at the system level in order
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