Power for Pulse Power Applications

By Robert P. Hamlen

Power Division, U.S. Army Communications-Electronics Command

Published on

Abstract

The focus of this talk will be to provide information of electrochemical systems capable of providing pulse power for a variety of applications, from electric buses to pulse power weapons.  There will be a review of the various primary and rechargeable batteries, as well as a discussion of the evolution of electrochemical capacitors.  Finally, there will be a discussion of hybrid systems between batteries and ultracapacitors.

After listening to the lecture, students should

  • Have an understanding of the basic differences between batteries and ultracapacitors
  • Understand how the two systems can work together to provide unique power delivery solutions.

References

Related Reading:

Winter, M.; Brodd, R. J.What Are Batteries, Fuel Cells, and Supercapacitors? Chem. Rev. 2004, 104, 4245– 4269, DOI: 10.1021/cr020730k

Cite this work

Researchers should cite this work as follows:

  • Robert P. Hamlen (2016), "Power for Pulse Power Applications," https://nanohub.org/resources/25254.

    BibTex | EndNote

Time

Location

Discovery Learning Center, Room 228C, Purdue University, West Lafayette, IN

Tags

Power for Pulse Power Applications
  • Power for Pulse Power Applications 1. Power for Pulse Power Applicat… 0
    00:00/00:00
  • Topics to be Covered 2. Topics to be Covered 10.41041041041041
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  • CURRENT PRIMARY AND RECHARGEABLE BATTERIES 3. CURRENT PRIMARY AND RECHARGEAB… 30.930930930930931
    00:00/00:00
  • Primary Batteries 4. Primary Batteries 36.036036036036037
    00:00/00:00
  • What other types of primary batteries 5. What other types of primary ba… 124.89155822489157
    00:00/00:00
  • Military Primary Batteries 6. Military Primary Batteries 146.57991324657991
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  • Military Primary Batteries 7. Military Primary Batteries 248.08141474808141
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  • Zinc-Air Power Source BA-8180/U 8. Zinc-Air Power Source BA-8180/… 296.93026359693027
    00:00/00:00
  • Military Primary Batteries 9. Military Primary Batteries 313.78044711378044
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  • Aluminium-Air Power Cell Kit 10. Aluminium-Air Power Cell Kit 371.10443777110447
    00:00/00:00
  • PRIMARY BATTERY PROGRESSION 11. PRIMARY BATTERY PROGRESSION 494.22756089422757
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  • Rechargeable Batteries 12. Rechargeable Batteries 531.9319319319319
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  • FAMILY OF RECHARGEABLE BATTERIES 13. FAMILY OF RECHARGEABLE BATTERI… 787.48748748748756
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  • RECHARGEABLE BATTERY PROGRESSION 14. RECHARGEABLE BATTERY PROGRESSI… 812.21221221221219
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  • What causes batteries to become explosive? 15. What causes batteries to becom… 832.79946613279947
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  • Failure Modes in Li-Rechargeable Batteries 16. Failure Modes in Li-Rechargeab… 838.83883883883891
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  • Relative Energy Densities 17. Relative Energy Densities 895.29529529529532
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  • Areas for Futue Emphasis 18. Areas for Futue Emphasis 1047.9145812479146
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  • Start-Up Considerations 19. Start-Up Considerations 1173.1731731731732
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  • Manufacturing Considerations 20. Manufacturing Considerations 1249.7831164497832
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  • ADVANCES IN ELECTROCHEMICAL CAPACITORS AND HYBRIDS 21. ADVANCES IN ELECTROCHEMICAL CA… 1338.8054721388055
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  • RAGONE PLOT OF ENERGY STORAGE DEVICES 22. RAGONE PLOT OF ENERGY STORAGE … 1361.7951284617952
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  • COMPARISON OF PROPERTIES 23. COMPARISON OF PROPERTIES 1422.7560894227561
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  • PERFORMANCE COMPARISON SUPERCAPACITOR AND LI-ION 24. PERFORMANCE COMPARISON SUPERCA… 1453.8872205538874
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  • TYPES OF SUPERCAPACITORS 25. TYPES OF SUPERCAPACITORS 1496.2295628962297
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  • CAPACITOR ELECTRODES 26. CAPACITOR ELECTRODES 1558.692025358692
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  • ELECTROLYTE PROPERTIES 27. ELECTROLYTE PROPERTIES 1583.4834834834835
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  • ELECTROCHEMICAL DOUBLE LAYER CAPACITOR 28. ELECTROCHEMICAL DOUBLE LAYER C… 1618.6186186186187
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  • RELATIVE MERITS 29. RELATIVE MERITS 1645.8124791458126
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  • MAIN APPLICATIONS 30. MAIN APPLICATIONS 1672.4391057724392
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  • PSEUDOCAPACITORS 31. PSEUDOCAPACITORS 1750.9843176509844
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  • EXAMPLE OF PSEUDOCAPACITIVE CHARGE-STORAGE MECHANISM 32. EXAMPLE OF PSEUDOCAPACITIVE CH… 1787.2872872872874
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  • PROPOSED PSEUDOCAPACITOR MATERIALS 33. PROPOSED PSEUDOCAPACITOR MATER… 1805.3053053053054
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  • RELATIVE MERITS OF PSEUDOCAPACITORS 34. RELATIVE MERITS OF PSEUDOCAPAC… 1821.9219219219219
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  • PSEUDOCAPACITORS 35. PSEUDOCAPACITORS 1843.5435435435436
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  • ASYMMETRIC / HYBRID CAPACITORS 36. ASYMMETRIC / HYBRID CAPACITORS 1874.1741741741741
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  • R&D APPROACHES FOR ASYMMETRIC ECS 37. R&D APPROACHES FOR ASYMMETRIC … 1893.8271604938273
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  • Maxwell family of electrochemical capacitors and modules 38. Maxwell family of electrochemi… 1941.9419419419421
    00:00/00:00
  • Ioxus family of electrochemical capacitors and modules 39. Ioxus family of electrochemica… 1963.8304971638306
    00:00/00:00
  • General Capacitor LLC 40. General Capacitor LLC 1989.1891891891892
    00:00/00:00
  • R&D APPROACHES FOR ASYMMETRIC ECS 41. R&D APPROACHES FOR ASYMMETRIC … 2030.563897230564
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  • R&D APPROACHES FOR ASYMMETRIC ECS 42. R&D APPROACHES FOR ASYMMETRIC … 2085.8525191858525
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  • R&D APPROACHES FOR ASYMMETRIC ECS 43. R&D APPROACHES FOR ASYMMETRIC … 2125.5255255255256
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  • R&D APPROACHES FOR ASYMMETRIC ECS 44. R&D APPROACHES FOR ASYMMETRIC … 2149.7497497497498
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  • R&D APPROACHES FOR ASYMMETRIC ECS 45. R&D APPROACHES FOR ASYMMETRIC … 2177.6443109776442
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  • R&D APPROACHES FOR ASYMMETRIC ECS 46. R&D APPROACHES FOR ASYMMETRIC … 2180.1801801801803
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  • COMMON CATIONS AND ANIONS FOUND IN IONIC LIQUIDS 47. COMMON CATIONS AND ANIONS FOUN… 2220.8875542208875
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  • ULTRACAPACITOR APPLICATION AREAS 48. ULTRACAPACITOR APPLICATION ARE… 2270.2035368702036
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  • MILITARY APPLICATIONS 49. MILITARY APPLICATIONS 2420.22022022022
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  • POTENTIAL MODES OF FAILURE 50. POTENTIAL MODES OF FAILURE 2524.6579913246583
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  • FUTURE R&D AREAS 51. FUTURE R&D AREAS 2526.3930597263929
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