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A Method for the High Energy Density SMES—Superconducting Magnetic Energy Storage
1990The energy density of superconducting magnetic energy storage (SMES), 107 [J/m3] for the average magnetic field 5T is rather small compared with that of batteries which are estimated as 108 [J/m3]. This paper describes amethod for the high density SMES on supposition of the use of novel superconductorswhose critical current and magnetic field are far ...
Y. Mitani, Y. Murakami
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ACS Applied Materials & Interfaces, 2018
We develop zirconium-templated NiO/NiOOH nanosheets on nickel foam and polypyrrole-embedded in exfoliated carbon fiber cloth as complementary electrodes for an asymmetric battery-type supercapacitor device. We achieve high volumetric energy and power density by the modification of commercially available current collectors (CCs).
Hadi Khani +2 more
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We develop zirconium-templated NiO/NiOOH nanosheets on nickel foam and polypyrrole-embedded in exfoliated carbon fiber cloth as complementary electrodes for an asymmetric battery-type supercapacitor device. We achieve high volumetric energy and power density by the modification of commercially available current collectors (CCs).
Hadi Khani +2 more
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Towards High Energy Density, High Conductivity Thermal Energy Storage Composites
ASME 2012 Third International Conference on Micro/Nanoscale Heat and Mass Transfer, 2012Thermal energy storage (TES) materials absorb transient pulses of heat, allowing for rapid storage of low-quality thermal energy for later use, and effective temperature regulation as part of a thermal management system. This paper describes recent development of salt hydrate-based TES composites at the Air Force Research Laboratory.
Patrick J. Shamberger, Daniel E. Forero
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Advancement in High Energy Density Materials for Energy Storage Systems
Due to drastically improved energy density compared to other systems, high energy storage technology emerged as the preferred rechargeable power source. However, the high-density materials used in manufacturing impact performance variables including energy density, power density, and cycle life.Hasany, Syed Farhan +2 more
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(Invited) High Energy Density Energy Storage Systems – Strategies for an Energy Independent Future
ECS Meeting Abstracts, 2018Energy storage is vital for realizing an energy independent future currently dominated by exploiting natural reserves supplemented by oil and gas exports. Since the commercialization of the first Li-ion battery (LIB) by Sony in 1991, there has been tremendous progress in the areas of cathode, electrolytes as well as anodes [1].
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2020
This work aims at reaching high efficiencies and energy densities for thermochemical sorption energy storage processes at different charging conditions. This is achieved by changing the working pair (adsorbate / adsorbent). The state-of-the-art working pair is water/ zeolite 13X.
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This work aims at reaching high efficiencies and energy densities for thermochemical sorption energy storage processes at different charging conditions. This is achieved by changing the working pair (adsorbate / adsorbent). The state-of-the-art working pair is water/ zeolite 13X.
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THERMODYNAMIC OPTIMIZATION OF THE ENERGY DENSITY IN AN ORGANIC RANKINE ENERGY STORAGE SYSTEM
Proceedings of the 26th International Congress of Mechanical Engineering, 2021Maury M Oliveira Jr +2 more
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Developing a Paradigm for High Energy Density Capacitive Energy Storage
Naval Research ...Phillips, Jonathan +2 more
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Developing High Energy Density Capacitive Energy Storage
N4 - Material Readiness & Logistics, Topic ...openaire +1 more source
Developing a Paradigm for High Energy Density Capacitive Energy Storage
2017N4: Materials Readiness and ...
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