scale energy storage capacity / energy demand / grid energy storage application / scale energy storage viability / passive communications satellite / surplus energy / sustainable energy development / energy recovery turbines / adiabatic and isothermal energy densities / times greater energy density / energy storage capacity / biological systems / expansion turbine hardware / energy density / turbo-machinery / energy storage capacity increases / high pressures using surplus energy / creative solutions / insurance hurdles / renewable energy community / large-scale subsea compressed air energy storage / energy recovery / Underwater compressed air energy storage / electricity / energy storage / requisite energy storage capacity / equal energy capacity / scrap steel / servlet / energy cost / energy storage technology / grid-scale energy storage / electrical energy / energy densities / energy systems / analytical tool / electricity grids / space applications / energy store / required ballasted moorage systems / higher adiabatic energy density / /
Organization
University of Nottingham / National Aeronautics and Space Administration / Canada UWCAES Society / University of Nottingham UWCAES / /
Person
Andrew Pimm / Maxim de Jong / Seamus Garvey / Seamus D. Garvey / /
Position
general application / Acknowledgements The author / author / Governor / Straight-forward / /
Proceedings of 2014 Offshore Energy & Storage Symposium Windsor, Ontario, Canada UWCAES Society July 10-11, 2014 Commercial Grid Scaling of Energy Bags for Underwater