Batteries Storage Energy
Batteries
This section is about the SCIENCE of batteries and storage cells. Business and commercial sites should list in the appropriate category.
Top: Science: Technology: Energy: Storage: Batteries
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Editor's Picks:
 - Examine the differences in performance and cost of absorbed glass mat, gel, and flooded lead acid batteries in deep-cycle applications (marine, and RV).
- Compares Aurbach and Matsushita designs.
- maintenance and operation for batteries and related equipment
- specs new battery. [Future Energies]
- Page sells report which examines technologies and profiles companies involved. Forecasts markets.
- USA government news release describes start of "the nation's first large-scale, battery-like power storage facility". Includes contacts.
- Rechargeable. Compares AA cells, a few larger batteries, and supercapacitors.
- Tennessee Valley Authority describes this technology to improve electric system reliability by using regenerative cells to store energy through a chemical process. Includes photos of the facility being built in Mississippi.
- Reuters article says parent company decided not to fund flow-battery technology development
- Information on rechargeable batteries and battery chargers.
- 4 pp technical paper on system at Salt River Project. 200kW x 45 minutes.
- Explains the technical concepts behind ultra-thin battery technology and how paper-thin batteries could soon be powering a variety of everyday products. From 'How Stuff Works'.
- Analyzer and charger maker offers web version of book about batteries and how to charge them.
- terms defined.
- Discussion of characteristics and chemistry of various battery types.
- Many links focus on fuel cells and Lithium-Ion batteries.
- Resources for Design. Explains problems in batteries with many cells.
- Large color photograph of the Hindenberg burning, with lecture notes on Hydrogen for Fuel Cells. Large Print, with an e-mail contact
- Gel vs. SLA, deep cycles, ratings.
- Outside SEI in Japan, Telepower Australia has more experience and technical know-how with VRB than anyone else. Link to bibliography.
- 250kW, 8hr VESS redox flow regenerative fuel cell system to go into Utah in June.
- More powerful, longer-lasting lithium batteries on the horizon with Sandia-developed materials breakthrough. Silicon and graphite: a materials match made in battery heaven.
- Includes history, future, common types, standard sizes, hyperlinks to related information.
- Information about battery history and science.
- Describes the history and operation of the Baghdad Battery - (c. 250 BC).
- 6 page paper on new technology. Includes discharge curves.
- outlines Plurions Cerium Zinc flow battery.
- Comparison table includes energy density and volume.
- Theory, research and development, and market devices that improve the trend toward clean, renewable energy.
- Fundamentals of Battery Technology
- Introduces a new, inexpensive full flow electrolyte battery for bulk energy storage.
- Sub-contractor explanation of why the Castle Valley, Utah installation is not working.
- Business Wire article says PacifiCorp will Install 'VESS' flow cell which converts chemical energy into electrical energy. 250 kW - 2000 kWh (8 hour)
- TVA (USA government) announces contractor encountered a number of engineering difficulties in flow battery during scale-up
- Site for company marketing Vanadium Redox Battery Energy Storage Systems. Includes QuickTime walkthrough of South Africa's VRB installation.
- Industry periodical database entry describes flow-battery maker and locates both projects.
- Illustrated explanation of battery function, types, and chemistry; related links. Good basic introduction to how batteries work.
- Understanding batteries and how to maintain them.
- 3,000 Miles for Only $60 Worth of Electricity
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