N95 Low Voltage Grid Connected Storage tariff guide
Who this is for
Storage-only low-voltage connections importing no more than 160 MWh a year.
How the bill works
This tariff is for a separate battery or hybrid connection. It is not for a normal business load.
What solar changes
Do not use this tariff to assess solar that shares a meter with normal business equipment.
What a battery changes
Treat this as a specialist connection project. The connection design and market contract control the result.
Check before you model
- Confirm this code on a current retailer bill.
- Check the connection approval, export limit and protection design.
2026–27 network schedule
The price signal behind this code
Network rates only. These are not retail electricity prices.
Published network rates
- Daily
- 190.66531 c/day
- High-season peak import
- 15.10234 c/kWh
- Low-season peak import
- 6.03515 c/kWh
- Solar-soak import
- 0 c/kWh
- Off-peak import
- 2.21793 c/kWh
- High-season peak export reward
- -12.88441 c/kWh
- Low-season peak export reward
- -3.81722 c/kWh
- Solar-soak export, Block 1
- 0 c/kWh
- Solar-soak export, Block 2
- 2.046 c/kWh
- Off-peak export
- 0 c/kWh
When it applies
General-supply periods apply. On business days, solar soak is 10:00–14:00 and peak is 16:00–20:00. On non-business days, solar soak is 10:00–14:00. All other times are off-peak.
Illustrative example
Cycle a dedicated N95 battery
- Import energy in the 10:00–14:00 solar-soak period.
- Export 1,000 kWh during high-season peak periods.
- Ignore battery losses, daily charges, degradation and market costs.
1,000 kWh × (12.88441 c/kWh export reward + 0 c/kWh solar-soak import) ÷ 100$128.84 nominal difference in the network energy components.The battery must import more than 1,000 kWh after losses. This example is not a project return or retail-contract quote.