Batteries - Challenges and Solutions

By Vilas Pol

Chemistry Department, Purdue University, West Lafayette, iN

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Bio

Vilas Pol Dr. Vilas Pol earned his M.Sc. from Pune University, India in 1996, and his PhD from University of Bar-Ilan, Israel in 2005. He joined Purdue Chemical Engineering in 2014, and leads the Vilas Pol Energy Research Group (ViPER). He has received numerous awards for his excellence in research. His research group is an experimental collective dedicated to advancing the current state of commercial energy storage technology.

Sponsored by

Purdue Summer Undergraduate Research Fellowship Program

Cite this work

Researchers should cite this work as follows:

  • Vilas Pol (2017), "Batteries - Challenges and Solutions," https://nanohub.org/resources/26722.

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Location

2281 Beering Hall, Purdue University, West Lafayette, IN

Tags

  1. batteries
  2. energy
  3. materials science
  4. NCN Group - Batteries
  5. rechargeable batteries
Batteries - Challenges and Solutions
  • Batteries - Challenges and Solutions 1. Batteries - Challenges and Sol… 0
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  • Outline 2. Outline 39.506172839506178
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  • Who we are 3. Who we are 143.44344344344344
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  • What We Do 4. What We Do 188.22155488822156
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  • Why are we studying batteries? 5. Why are we studying batteries? 236.93693693693695
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  • Primary vs. Secondary Batteries 6. Primary vs. Secondary Batterie… 341.44144144144144
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  • Standard Modern Primary Batteries 7. Standard Modern Primary Batter… 482.31564898231568
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  • Secondary Batteries 8. Secondary Batteries 524.72472472472475
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  • Secondary Batteries 9. Secondary Batteries 567.40073406740078
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  • Existing Battery Types 10. Existing Battery Types 765.53219886553222
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  • History of Li-ion batteries 11. History of Li-ion batteries 841.24124124124126
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  • Battery Research Challenges 12. Battery Research Challenges 945.74574574574581
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  • What is a Battery? 13. What is a Battery? 1064.4644644644645
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  • Charging Animation 14. Charging Animation 1124.1241241241241
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  • Discharging Animation 15. Discharging Animation 1198.1648314981649
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  • How many batteries are required to run your TESLA? 16. How many batteries are require… 1214.647981314648
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  • Safety Concerns of Lithium-ion Batteries 17. Safety Concerns of Lithium-ion… 1339.1391391391392
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  • What do we do today to mitigate safety problems? 18. What do we do today to mitigat… 1389.356022689356
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  • Materials/Safety by Design: Hypothesis 19. Materials/Safety by Design: Hy… 1459.6262929596264
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  • Why to Design Carbon Spheres (CSs) as an Anode? 20. Why to Design Carbon Spheres (… 1525.5922589255922
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  • Morphology of Carbon Materials 21. Morphology of Carbon Materials 1617.4174174174175
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  • How can we accurately measure battery safety in lab set up? 22. How can we accurately measure … 1729.4961628294961
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  • DSC Analysis of Li-ion Graphite Thermal Runaway 23. DSC Analysis of Li-ion Graphit… 1775.2752752752754
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  • SEI Layer: Formation Pathways and Degradation 24. SEI Layer: Formation Pathways … 1806.5065065065066
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  • What happens in a Li-ion cell? 25. What happens in a Li-ion cell? 1834.4010677344011
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  • Formation Cycle Voltage Profiles 26. Formation Cycle Voltage Profil… 1882.0153486820154
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  • Theoretical Capacity of Materials 27. Theoretical Capacity of Materi… 1923.4567901234568
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  • Battery Rate studies 28. Battery Rate studies 2014.7147147147148
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  • Exothermic heat generated 29. Exothermic heat generated 2075.9426092759427
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  • Can we make batteries inexpensive? 30. Can we make batteries inexpens… 2128.7620954287622
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  • NaCx 31. NaCx 2188.5885885885887
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  • Can we produce materials sustainably? 32. Can we produce materials susta… 2311.1111111111113
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  • Highlight: Trash to Treasure Approach 33. Highlight: Trash to Treasure A… 2356.0560560560561
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  • Packing Peanut Power Supply 34. Packing Peanut Power Supply 2383.2165498832164
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  • Scanning electron micrographs of starch and carbon 35. Scanning electron micrographs … 2492.9929929929931
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  • TGA and Raman Spectroscopy 36. TGA and Raman Spectroscopy 2696.2295628962297
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  • Electrochemical Performance 37. Electrochemical Performance 2711.745078411745
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  • Carbon Sheets vs NaaNi1-x-yMnxMyO2 38. Carbon Sheets vs NaaNi1-x-yMnx… 2732.3990657323993
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  • Technology Towards Commercial Na-ion Batteries 39. Technology Towards Commercial … 2764.864864864865
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  • Identification and Mitigation of Generated Solid Byproducts during Advanced Electrode Materials Processing   Candace S. J. Tsai, Arthur D. Dysart, Jay Beltz, Vilas G. Pol, 2016 40. Identification and Mitigation … 2797.097097097097
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  • Summary 41. Summary 2857.7243910577245
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