RESIDENTIAL SYSTEM SELECTION
Home Battery vs All-in-One Energy Storage
Both approaches can serve residential solar and backup projects, but they create different installation, procurement and after-sales workflows.
Architecture comparison
| Decision factor | Home battery platform | All-in-one system |
|---|---|---|
| SunoraX example | SX-HB16 | SX-AI16 |
| Core approach | Dedicated battery paired with a compatible system design | Integrated cabinet architecture |
| Channel fit | Installers and distributors needing component flexibility | Partners prioritizing a consolidated system format |
| Confirmed positioning | 16.0768kWh, 51.2V, 314Ah LiFePO4 battery platform | Integrated residential storage for solar and backup applications |
When a separate home battery fits
- The installer wants flexibility in inverter and system design.
- The channel already supports compatible residential ESS components.
- Component-level replacement and inventory planning are preferred.
- The project specification clearly defines communication and electrical compatibility.
When an all-in-one format fits
- The project favors a consolidated cabinet architecture.
- The distributor wants a simpler product story for residential buyers.
- Installation workflow and visual integration are important.
- The complete regional configuration can be confirmed before ordering.
Questions to confirm before quotation
Provide the destination country, grid and backup scenario, load requirements, PV arrangement, preferred system architecture, expected quantity and required certifications. Compatibility and documentation must be confirmed for the exact selected configuration.
Warranty and project support
SunoraX home-energy products carry a five-year warranty. The applicable written terms, system configuration and after-sales workflow are confirmed with the quotation.