✨ Electricity Distribution Costs
20 OCTOBER NEW ZEALAND GAZETTE 3711
5. DISTRIBUTION
5.1 THE POWER COMPANY
5.1.1
Each individual 11,000V feeder was identified and its length, the number of transformers, total connected capacity etc were determined. The total kWhs for each feeder was then divided into Winter Peak kWh, Winter Day kWh, and Summer Day kWh, on the same ratio as the zone substations or Trans Power points of supply. This is shown in Tables 13 and 14.
5.1.2
The Use Charges, Supply Charges and Maintenance Costs for the distribution network are shown in Table 15.
5.1.3
In a similar manner as the subtransmission charges, the supply charge was allocated over the capacity of the installation, the Winter Peak energy, the Winter Day energy and the Summer Day energy in the ratios shown in Table 15.
On the distribution system, it was decided to use the connected capacity based on the service fuse, service mains size or agreed capacity, as this directly influenced the size of the local reticulation system. This factor is then smoothed by the use of the energy ratios so that consumers who utilise their demand during the Winter network peak periods will pay more than consumers who use that capacity during the summer.
This calculation sheet is shown in Table 16.
5.1.4
For the non-individual costed consumers, the groupings were divided on the basis of load and allocation. The allocation was in three sectors:
(a) Urban
(b) Rural
(c) Isolated Rural.
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VUW Te Waharoa —
NZ Gazette 1995, No 118
NZLII —
NZ Gazette 1995, No 118
✨ LLM interpretation of page content
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Electricity Inverscargill Limited Distribution Costs
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💰 Finance & RevenueElectricity, Distribution Costs, Feeder Analysis, Use Charges, Supply Charges, Maintenance Costs, Urban, Rural, Isolated Rural