How Cheaper Home Batteries Program Works in NSW

A simple, step-by-step breakdown of how your battery generates STCs and turns them into upfront installation savings.

01

Your Batteries Get Certificates

Every eligible battery creates STCs based on its usable storage capacity (kWh). Bigger capacity = More STCs.

02

STCs Convert to Real Savings

Each certificate has a market value. We apply this value directly as an upfront discount β€” no forms, no waiting.

03

Save Up to $353 Per Usable kWh

After registering, save around 30% off the battery cost. Applies to the first 50 kWh, giving a max saving of $17,670.

04

Incentive Steps Down Each Year

The STC value reduces gradually until 2030, so installing your battery sooner maximises your discount.

Your Benefits at a Glance

30%

Discount on battery installation

Up to $1,015

Rebate for VPP connection

50%

Drop on peak-time electricity costs

5–10 Years

Faster payback period

Who Can Claim the Cheaper Home Batteries Program?

A quick, easy checklist to confirm if you qualify for the national home battery discount.

01

Battery Requirements

✨ Battery capacity must be between 5 kWh and 100 kWh

βœ… Must be listed on the Clean Energy Council (CEC) Approved Products list

⚑ Grid-connected systems must be VPP-capable

🏠 Only one battery system per address is eligible

02

Property Requirements

🏑 Eligible for households, small businesses, and community facilities

πŸ”„ Works for both new installations or adding a battery to an existing solar system

β˜€οΈ Requires new or existing rooftop solar

πŸ”‹ Battery must be paired with a solar system

03

Installer Requirements

πŸ“… Installation must occur on or after 1 July 2025

βœ… Batteries installed earlier may still qualify if tested + certified on/after July 2025

πŸ‘· Must be installed by licensed, accredited professionals

πŸ“ Requires a valid Certificate of Compliance for Electrical Work (CCEW)

vpp

What is a VPP?

A Virtual Power Plant links thousands of home batteries so they can support the grid when it’s under stress.

During peak demand, small amounts of energy from connected batteries stabilise the grid β€” and you get rewarded.

Financial incentives
Optimised solar usage
Faster payback period
Grid support benefits

How NSW VPP Incentives Work Under the PDRS Scheme

A simple breakdown of how the Peak Demand Reduction Scheme (PDRS) rewards households and small businesses for supporting the grid during peak demand.

01

Your Battery Reduces Peak Demand

When your battery is connected to an approved VPP, it can discharge small amounts of energy during peak periods. This reduces the overall demand on the grid.

02

Peak Reduction Certificates Are Created

Every reduction of 0.1 kW during a peak event generates one Peak Reduction Certificate (PRC). The more demand your battery shifts or supports, the more PRCs are created.

03

PRCs Are Traded by Accredited Providers

Accredited Certificate Providers handle the creation, verification, and sale of PRCs. Sufficient Energy manages this entire process on your behalf.

04

You Receive a Cash Rebate or Discount

The value of these certificates is passed back to you as a rebate, discount, or reward, helping you achieve a faster return on your battery investment.

Ready to Join a VPP and Start Earning?

Connect your battery to an approved VPP and unlock additional rebates, faster payback, and smarter solar savings β€” we’ll handle the entire setup for you.

Frequently Asked Questions

Find answers to commonly asked questions about NSW Battery Incentives.

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