Fuzzy logic estimation of SOH of 125Ah VRLA batteries

  title={Fuzzy logic estimation of SOH of 125Ah VRLA batteries},
  author={Pritpal Singh and S. Kaneria and J. Broadhead and Xuesong Wang and Jared Burdick},
  journal={INTELEC 2004. 26th Annual International Telecommunications Energy Conference},
It is important to be able to accurately estimate the condition of VRLA batteries used in the UPS/telecom industry. A common size used in this application is the 12 V 125Ah module. While impedance-based meters are commonly used to perform this estimation, the only reliable means to determining battery SOH is through off-line discharge testing of the batteries. Significant cost savings in VRLA battery monitoring could be achieved if a reliable meter could be developed to accurately estimate… CONTINUE READING
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A Methad for Detemuning Battery StateofCharge Using Intelligent Systems

  • C. Fennie
  • 2002

BUChmann, “Battery quick 1eShg-a teChnOlOW that has Come Of %e

  • P. Sin, C. Fennie, Jr.
  • Procs llvTELEC2002, Montreal, Canadapp
  • 2002

Determioation of Statwfcharge and stateofheaJth of batteries by funy logic methadalogy ”

  • A. Sallund C. Femie
  • Joum . Power Sources
  • 1998

Analysis and interpretation of conductance measurements used to assess the stateofhealth of valve regulated lead acid batteries , Pati ! I ! Analytical Studies ”

  • MJ. Mavac
  • Prow INTELEC 1994 Vancouver , Cmadapp .
  • 1994

Field and laboratory studies to assess the state of health of valveregulated lead acid and other battery technologies using conductance testing ”

  • M. J. Hlavac. D. O. Feder
  • Procs . INTELEC

Fuzzy logic - based stateofhealth defemination of lead acid batteries ”

  • C Procs.MELE

VRLA battery conductance monitoMg . V . Strategies for VRLA battery testing and monitoring in telecam operating environments ” , P m s

  • MI. Hlavac, D. O. Feder

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