Like us on Facebook and Follow us on Twitter


Directory:Lithium Sulphur Batteries

Lasted edited by Andrew Munsey, updated on June 15, 2016 at 12:46 am.

  • 2 errors has been found on this page. Administrator will correct this soon.
  • This page has been imported from the old peswiki website. This message will be removed once updated.

An Overview of Lithium Sulphur Technology

Directory of technologies and resources relating to lithium sulphur batteries.

The Lithium Sulphur Battery is a derivative of the Directory:Lithium Ion Batteries, and could potentially deliver a 300+ miles per charge car batteries for electric vehicles.

The Lithium Sulphur Battery results from a unique merging of sulfur and lithium chemistries. The high electrochemical potential of lithium is combined with sulfur (Li-S) to attain superior rechargeable performance. Battery energy is stored and released when sulfur and lithium atoms are combined or separated. Sulfur offers higher charge capacity per gram than other cathode materials and provides a liquid cathode capable of delivering the high current densities needed in power tools and electric vehicles.

Lithium Sulfur Technology Specifics

Battery costs are driven primarily by the material content and yield. As sulfur is much less expensive than the typical components of other battery systems, the Li-S technology starts with a lower material cost than lithium-ion or lithium-polymer batteries. To further reduce costs of Li-S batteries, thin film deposition techniques can be used for 75% of the cell components, resulting in less electrochemically inert material per cell.

A unique feature of Li-S technology is its liquid cathode. This provides exceptionally fast transfer of charge and offers two benefits. First, a wide range of power delivery can be accommodated. When a surge of power is required, as in power tools or vehicle acceleration, the liquid cathode provides a rapid flow of energy. Second, low temperature operation has less effect on energy availability. The liquid cathode's high-energy transfer rate provides at least 65% of ambient temperature rated capacity at temperatures as low as -40°C. Although consumer electronics are rarely exposed to these temperatures, this is important in in vehicles andmilitary electronics. In addition, no heavy metals are used, and therefore Li-S technology has low environmental impact.

Li-S technology provides rechargeable cells with a gravimetric energy density of over 300Wh/kg and the promise of 600Wh/kg energy densities in the future.

In addition to much higher gravimetric energy density, this unique chemistry has an inherent overcharge protection mechanism providing an additional layer of safety to the cells. For high power applications in power tools and appliances, Li-S is nearly the same as nickel cadmium and nickel metal hydride in its rate capability, but having only one-third to one-fourth the weight.

Articles About Lithium Sulphur Batteries

The following articles are about developments and the future of Lithium Sulphur Battery technology:

Intellikraft investigates novel Li-S rechargeable batteries

Rechargeable Lithium Batteries

Lithium sulphur holds key to future of battery power

Companies Involved in Lithium Sulphur Battery Development

Lithium Sulphur Battery technology is being developed by many companies, including:

Image:Stanfords Yi-Cu ilithium-polysulfide-flow-battery 95x95.jpg
Directory:Storage > Directory:Batteries > Directory:Lithium Sulphur Batteries > New battery design could help solar and wind power the grid - Stanford researchers have demonstrated a partially liquid battery made of inexpensive lithium and sulfur. Allegedly, it will be easy to make and will last for thousands of charging cycles. The material and manufacturing costs of the battery might be low enough to meet the goal of $100 per kilowatt-hour of storage capacity, which will make the it economically attractive to utilities. (News:Pure Energy Blog April 29, 2013)

There was an error working with the wiki: Code[1]

Directory:Batteries > Directory:Lithium Sulphur Batteries > Lithium-sulfur batteries could store triple the power of lithium-ion - A research team from the University of Waterloo has synthesized a prototype of a lithium-sulphur rechargeable battery that, thanks to its peculiar nanoscale structure, can store three times the power of a conventional lithium-ion battery in the same volume while being significantly lighter and potentially cheaper to manufacture. (GizMag June 10, 2009)

Image:Sion Li-S battery 95x95.jpg

Directory:SION Power Tucson, AZ - developing a new generation of rechargeable lithium-sulfur batteries for mobile electronics and electric vehicles. Based on the five times higher energy available from sulfur ions compared to other lithium chemistries, SION POWER's cell offers significant improvements in capacity, operating temperature and discharge rate.

Intellikraft Ltd Oxfordshire, UK

Poly Plus Battery Company Berkeley, CA


See Talk:Directory:Lithium Sulphur Batteries

See Also

Directory:Batteries at PESWiki

Directory:Utility Scale Batteries at PESWiki

Directory:Lithium Ion Batteries at PESWiki

Directory:Silver Polymer Batteries at PESWiki

Directory:Proton Polymer Batteries at PESWiki

- Directory

- Main Page

There was an error working with the wiki: Code[2]