✨ Electricity Performance Measures




2778 NEW ZEALAND GAZETTE, No. 115 3 AUGUST 2005

10 Average SAIDI targets (5 years)

  • Class B - Planned by Line Owner 93
  • Class C - Unplanned by Line Owner 57

11 SAIDI - Classification of Interruptions

Class 2005 2004 2003 2002
Class B - Planned by Line Owner 78.88 88.61 103.80 151.13
Class C - Unplanned by Line Owner 53.81 110.02 201.37 77.43
Class D - Unplanned by Transpower 0 0 13.69 0
Class G - Unplanned by Other Line Owner 0.01 0 0 0

12 SAIFI for the total number of interruptions

  • 2005: 1.17
  • 2004: 1.47
  • 2003: 2.40
  • 2002: 1.55

13 SAIFI targets (next year)

  • Class B - Planned by Line Owner 0.26
  • Class C - Unplanned by Line Owner 0.94

14 Average SAIFI targets (5 years)

  • Class B - Planned by Line Owner 0.26
  • Class C - Unplanned by Line Owner 0.94

15 SAIFI - Classification of interruptions

Class 2005 2004 2003 2002
Class B - Planned by Line Owner 0.25 0.30 0.38 0.44
Class C - Unplanned by Line Owner 0.92 1.17 1.51 1.11
Class D - Unplanned by Transpower 0 0 0.52 0
Class G - Unplanned by Other Line Owner 0.001 0 0 0

16 CAIDI for the total number of interruptions

  • 2005: 113
  • 2004: 135
  • 2003: 133
  • 2002: 147

17 CAIDI targets for (next year)

  • Class B - Planned by Line Owner 358
  • Class C - Unplanned by Line Owner 61

18 Average CAIDI target (5 years)

  • Class B - Planned by Line Owner 358
  • Class C - Unplanned by Line Owner 61

19 CAIDI - Classification of Interruptions

Class 2005 2004 2003 2002
Class B - Planned by Line Owner 313 295 275 340
Class C - Unplanned by Line Owner 59 94 134 70
Class D - Unplanned by Transpower 0 0 27 0
Class G - Unplanned by Other Line Owner 10 0 0 0


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Online Sources for this page:

VUW Te Waharoa PDF NZ Gazette 2005, No 115


Gazette.govt.nz PDF NZ Gazette 2005, No 115





✨ LLM interpretation of page content

🌾 Electricity Ashburton Limited Performance Measures for 2005 (continued from previous page)

🌾 Primary Industries & Resources
Electricity, Performance measures, Fault restoration, Circuit length, Transformer capacity, Maximum demand, Electricity supply, Reliability, Interruptions, SAIDI