Storage Energy Technology

@Intermall

Top: Science: Technology: Energy: Storage:

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• - Markets 15 Mega-Joule Flywheel system.
  
• - Institute for systems to save or store energy, including flywheels.
  
• - with Maximum Efficiency Point Tracking. 5-author 8-page pdf of paper describes use of s'caps to increase CAES efficiency.
  
• - 17 message thread compares costs for pumped hydro, and batteries, including Vanadium Redox; in context of storage for wind or solar.
  
• - Considers a few renewable energy sources, then addresses 'the storage problem'. Considers batteries, crushed rock, solar ponds, pumped hydro, hydrogen and thermochemical.
  
• - Rick Smalley says (in interview) that more money should be spent on research into energy storage. [Discover]
  
• - T&D consultant 19 page pdf compares technologies, reasons. From the ESA.
  
• - Links to "Big Blackouts in US History" and says, "the power grid . . . cannot store any power" Includes US maps.
  
• - 212 message thread includes energy storage topics with nuclear vs. Hydrogen and renewables
  
• - Compares batteries, flywheels, supercapacitors, and superconductors for seamless power. Includes figures[Electrical Construction & Maintenance]
  
• - Page at the Institute of Electrical Engineers, selling 244 page, hardback book.
  
• - Google sci.energy group discussion compares p. s. to Compressed Air E. S. and asks why the space cannot be used for nuke waste.
  
• - IEEE Committee show of 12 slides
  
• - Describes distributed superconducting magnetic energy storage (D-SMES) unit to control sags and surges in grid. Includes contacts.
  
• - Free encyclopedia article covers history and reasons, links to related topics.
  
• - Part of US DOE study shows (p. B-17) graph of reserve electricity prices moving between 0 and 750 dollars per MegaWatt-hour.
  
• - Diagrams of fuel cells, compensated (constant volume) and uncompensated (constant pressure) compressed air, batteries, and pumped hydro.
  
• - Postulates hydrogen for energy storage, with photovoltaics, to prevent future blackouts. Includes before and after satellite photographs of recent northeast USA blackout. Register (free) to view full story
  
• - Target in article from sample issue of the Electricity Journal describes need for storage in the transmission system.
  
• - College-level class notes include picture of pumped storage facility, comparison of energy densities, and the CAES heat problem.
  
• - says nukes are less needed because energy storage allows renewables.
  
• - Page from a series of lecture notes; discusses flywheels and compares them to compressed air for energy storage. Includes formulae to calculate energy stored.
  
• - "A non-profit trade association bringing electricity storage solutions to the power industry" links to a tutorial on Energy Storage Technologies
  
• - Article from Inside Energy /with Federal Lands
  
• - EPRI book advertisement. Includes abstract and chapter titles.
  
• - Group of industries and developers to advocate and facilitate the deployment of energy storage technologies. Links to pages of 6 charter members and 2 newer members.
  
• - MIT Media Lab compares flywheels, compressed air, ultracapacitors, and fuel cells.
  
• - book from EPRI. Page includes abstract, objective, approach, results; and ordering information.
  
• - Research, evaluation, and application of energy storage technologies (EPRI PEAC)
  
• - Jan., 2005 conference considered “Loads and/or Storage As Suppliers of Regulation” and “Cost Effective Frequency Regulation Using Energy Recycling and Flywheel Energy Storage Systems”
  
• - U. S. Department of Energy site with short summaries of compressed air energy storage, superconducting magnet E. S., flywheels, pumped hydro, Utility Battery Storage (UBS) and supercapacitors.
  
• - Information and links for various types of advanced non-traditional energy storage. Argonne Labs (Gov).
  
• - category at Future Energies, on-line magazine. Covers fuel cells, hydrogen, and batteries.
  
• - portion of article describes need for storage with renewable energy sources.
  
• - Summarizes five energy storage technologies: batteries, flywheels, superconductors, capacitors, and compressed air.
  
• - Tasmanian projects: wind farms, hydrogen for storage, and a redox battery.
  
  

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