Abstract
In this work we report the properties and characteristics of a pitch carbon-coated lithium sulfide material. We show that this material behaves as a very promising electrode in liquid glyme-based and in solid poly(ethylene oxide) PEO-based electrolyte lithium cells. Particular relevant is the response obtained in the solid-state configuration where a capacity approaching the theoretical value of the full Li2S conversion process, i.e. 1200 mAh is obtained at a C/10 rate with no signature of ohmic polarization. The solid-state cell cycles at a C/3 rate with a stable capacity of 500 mAh
, i.e., a value about three times higher than that offered by conventional intercalation lithium metal oxide electrodes. This unique performance makes the pitch carbon-coated lithium sulfide electrode a good candidate for the development of high energy density, lithium-metal free-sulfur superbatteries to be addressed to the electric vehicle market.
Copyright © 2011 De Gruyter
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- Pitch Carbon-coated Lithium Sulfide Electrode for Advanced, Lithium-metal Free-sulfur Batteries
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- Efficiency Enhancement in Hybrid P3HT/Silicon Nanocrystal Solar Cells
- A Substitute for Gasoline – With a Carbon Neutral Character
- Sustainable Development of Green Energy Technologies in the Republic of Sudan
- Formation and Characterisation of Solution Processed “Pseudo-Bilayer” Organic Solar Cells – GREEN, 2011, Vol. 1, Number 3-4, pp. 291–298
- Future Conferences on Sustainable Energy Science and Policy 2012
Artikel in diesem Heft
- Notice from the Editorial Office
- Short Reports
- Zero-Emission Power Generation – Fuel Cells Are Coming, But Still Facing Obstacles in Germany
- Toward Visible Light Response: Overall Water Splitting Using Heterogeneous Photocatalysts
- Pitch Carbon-coated Lithium Sulfide Electrode for Advanced, Lithium-metal Free-sulfur Batteries
- Effect of Gap Position in Broken V-rib Roughness Combined with Staggered Rib on Thermohydraulic Performance of Solar Air Heater
- Efficiency Enhancement in Hybrid P3HT/Silicon Nanocrystal Solar Cells
- A Substitute for Gasoline – With a Carbon Neutral Character
- Sustainable Development of Green Energy Technologies in the Republic of Sudan
- Formation and Characterisation of Solution Processed “Pseudo-Bilayer” Organic Solar Cells – GREEN, 2011, Vol. 1, Number 3-4, pp. 291–298
- Future Conferences on Sustainable Energy Science and Policy 2012