This book examines the performance parameters of advanced batteries. The Neosonic polymer Li-ion phosphate battery technology has recently entered the battery market. There are a number of conventional Li-ion FePO4 battery manufacturers from the United States, Taiwan and China, but Neosonic has a more unique design with the polymer Li-ion iron-phosphate technology. The most significant limitation of the iron phosphate cathode material is the low energy density. However, as a result of the safety and power performance improvements, the polymer Li-ion iron phosphate battery technology is being evaluated for new market areas including utility energy storage, and other large energy storage applications.
| ISBN: | 9781614704560 |
| Publication date: | 25th January 2012 |
| Author: | Christopher J Manwell |
| Publisher: | Nova Science Publishers an imprint of Nova Science Publishers Inc |
| Format: | Paperback |
| Pagination: | 59 pages |
| Series: | Energy Science, Engineering and Technology |
| Genres: |
Energy technology and engineering |
This book examines the performance parameters of advanced batteries. The Neosonic polymer Li-ion phosphate battery technology has recently entered the battery market. There are a number of conventional Li-ion FePO4 battery manufacturers from the United States, Taiwan and China, but Neosonic has a more unique design with the polymer Li-ion iron-phosphate technology. The most significant limitation of the iron phosphate cathode material is the low energy density. However, as a result of the safety and power performance improvements, the polymer Li-ion iron phosphate battery technology is being evaluated for new market areas including utility energy storage, and other large energy storage applications.
Advanced Battery Performance features in the following genres: Energy technology and engineering
Advanced Battery Performance is available in Paperback
Advanced Battery Performance was written by Christopher J Manwell and published by Nova Science Publishers an imprint of Nova Science Publishers Inc
Advanced Battery Performance has 59 pages
Yes it is part of Energy Science, Engineering and Technology series
£52.19