The development of disulfide-based redox mediators for Li-S batteries

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Title
The development of disulfide-based redox mediators for Li-S batteries

CoPED ID
f7068130-d8f6-457c-a2f5-b259258c7590

Status
Active

Funders

Value
No funds listed.

Start Date
Sept. 30, 2020

End Date
Sept. 29, 2024

Description

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Global climate change is one of the most-pressurising challenges of today's world and extensive research is conducted to develop and improve renewable energies to decouple the ever-increasing energy demand from fossil fuels and push forward the generation and storage of sustainable green energies to facilitate further electrification. Lithium Sulfur (Li S) batteries belong to the next generation batteries and capable of meeting the demand for cheaper and 6 times more powerful batteries than current Li-ion batteries. Currently, Li-S batteries are heavily examined due to the appealing theoretical metrics. Furthermore, sulfur is an abundant element and, unlike conventional Li-ion batteries, do not rely on heavily criticised elements like Cobalt.

University of Nottingham LEAD_ORG
Lubrizol Ltd STUDENT_PP_ORG

Graham Newton SUPER_PER
Magdalena Muhr STUDENT_PER

Subjects by relevance
  1. Accumulators
  2. Batteries
  3. Renewable energy sources
  4. Sulfur
  5. Sustainable development
  6. Climate changes
  7. Electrification
  8. Fuel cells

Extracted key phrases
  1. S battery
  2. Li S
  3. Generation battery
  4. Powerful battery
  5. Current Li
  6. Conventional Li
  7. Energy demand
  8. Sustainable green energy
  9. Global climate change
  10. Renewable energy
  11. Redox mediator
  12. Appealing theoretical metric
  13. Development
  14. Extensive research

Related Pages

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