Solar + Battery Packages
Designed together. Better performance. Faster payback.
Adding a battery as an afterthought costs more and performs worse. We design your solar and battery as a single integrated system from day one — optimised together, installed in one visit.
What's Included
- NEM12 usage analysis — solar and battery sized together
- Solar panel array (size based on your usage)
- Battery storage system (sized to your overnight usage)
- Hybrid inverter — optimised for combined operation
- Backup power configuration
- VPP-ready setup
- Grid connection and metering
- Monitoring setup with battery state-of-charge visibility
- Full handover by Jesse
Who It's For
- Homeowners wanting maximum bill reduction in one installation
- Households with high evening and overnight usage
- Anyone wanting backup power during grid outages
- EV owners wanting solar, battery, and charging in one system
- Buyers wanting to avoid the cost of a second install visit for battery
The Process
We analyse both your daytime and overnight usage
A combined system needs to address two things: generating enough solar to cover your daytime consumption and self-consume maximally, plus storing enough for evening and overnight needs. We model both from your real NEM12 data.
We design solar and battery as a single system
Solar and battery designed together means the inverter, panel array, and battery capacity are optimised as a unit — not bolted together from mismatched parts. This is the right way to do it.
You see real payback comparison: solar alone vs. combined
We show you the financial difference between solar-only and solar-plus-battery for your specific usage profile. Sometimes the battery accelerates payback. Sometimes it doesn't add up. We'll be honest.
Single installation — done in one or two days
Jesse installs everything in one visit. Panels, battery, inverter, switchboard, monitoring. No return visit for a battery retrofit. Cleaner install, single project, one point of accountability.
Pricing
Combined system pricing depends on solar array size, battery capacity, and inverter selection. See our pricing page for indicative starting ranges for common package sizes. Your quote will be specific to your usage data and site conditions.
Questions
Comparison
How HEA Compares
System Sizing Method
Typical Installer
Salesperson estimate or standard package
HEA
NEM12 real usage data from Powercor — designed around your actual consumption
Data Used
Typical Installer
Industry averages and rough assumptions
HEA
12 months of your actual interval data — not guesswork
Installation Model
Typical Installer
Subcontracted crew, sales-commission driven
HEA
Direct installer — Jesse does the work, no salespeople
Payback Focus
Typical Installer
Largest possible system (maximises margins)
HEA
Right-sized for under 10-year payback — not oversized
Battery Recommendation
Typical Installer
Bundle upsell regardless of whether you need it
HEA
Recommended only when the economics support it for your usage
Post-Install Support
Typical Installer
Referred to manufacturer; installer moves on
HEA
Single point of contact — Jesse is reachable directly
| Factor | Typical Installer | HEA |
|---|---|---|
| System Sizing Method | Salesperson estimate or standard package | NEM12 real usage data from Powercor — designed around your actual consumption |
| Data Used | Industry averages and rough assumptions | 12 months of your actual interval data — not guesswork |
| Installation Model | Subcontracted crew, sales-commission driven | Direct installer — Jesse does the work, no salespeople |
| Payback Focus | Largest possible system (maximises margins) | Right-sized for under 10-year payback — not oversized |
| Battery Recommendation | Bundle upsell regardless of whether you need it | Recommended only when the economics support it for your usage |
| Post-Install Support | Referred to manufacturer; installer moves on | Single point of contact — Jesse is reachable directly |
Ready to Get Started?
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