N20 — LV Seasonal TOU Demand — Embedded Network

Endeavour Energy · Available · Low voltage · 2026–27

Western Sydney, the Blue Mountains, Southern Highlands and the Illawarra.

N20 LV Seasonal TOU Demand — Embedded Network tariff guide

Who it’s for

Main connections for embedded networks above 160 MWh a year at low voltage.

What you pay

You pay fixed and energy charges. The bill also uses the highest kVA reading in set periods.

If you get solar

Solar can reduce daytime grid use. If the highest kVA reading occurs after solar output falls, solar alone will not remove it. Solar does not correct poor power factor.

If you get a battery

A battery can reduce the active-power part of the kVA peak. Check power factor before you size it.

Check before you decide

  • Confirm this code on a current retailer bill.
  • Use 12 months of interval data. Check the time of each billed peak.
  • Get kW, kVA and power-factor data from the billing meter.
  • Use data from the embedded network parent meter.
2026–27 network prices

What it costs, and when

These are the network’s charges only. Your retailer adds its own prices on top.

What the network charges

Daily
2655.4 c/day
High-season peak
6.71264 c/kWh
Low-season peak
6.08124 c/kWh
Off-peak
4.66752 c/kWh
High-season demand
58.421 c/kVA/day
Low-season demand
53.163 c/kVA/day

When the rates apply

Large-demand periods apply. Peak is 16:00–20:00 on business days. All other times are off-peak. Demand is set from a 30-minute interval in the peak period.

Illustrative example

Reduce an N20 parent-meter kVA peak

  • The parent-meter billed peak falls by 50 kVA.
  • The reduction holds for the full 30-minute peak interval.
  • The high-season month has 31 days.
50 kVA × 58.421 c/kVA/day × 31 days ÷ 100$905.53 difference in the network demand component for that month.

A later parent-meter peak can set a new maximum. Child-meter reductions only help when they reduce the coincident parent peak.

Would a battery help?

A guide, not a quote

Strong fit

Peak-kVA control

A controlled battery may reduce the site maximum, but the bill is based on apparent power. Power factor and reactive load can be as important as battery kW.

A battery can reduce these

  • The active-power contribution to the measured kVA maximum.
  • Peak-period grid energy when the battery discharges at the same time.
  • Solar spill that can be stored without sacrificing the required peak reserve.

A battery can’t change these

  • Daily access, metering and other fixed charges.
  • Reactive-power demand unless the inverter and control design explicitly provide power-factor support.
  • A new maximum created after the battery empties or misses dispatch.

You’d need to check

  1. At least 12 months of interval data, including every billed maximum.
  2. Demand timestamps, seasonal windows and billing reset rules.
  3. kW, kVA, kvar and power-factor data at the billing meter.
  4. Retailer rates plus the network tariff—not a blended cents-per-kWh assumption.