Description
Premium installed solar + storage
This is what energy independence looks like at scale.
A 24kW AIKO solar array, a Deye 20kW three-phase hybrid inverter and approximately 96kWh of RUIXU LiFePO4 storage—designed as one serious system for homes, farms and commercial sites that do not want energy security treated as an afterthought.
Our view: the AIKO NEOSTAR 3P54 500W is the best mass-produced solar panel available in 2026.
That is our opinion, but it is built on hard numbers: 25.0% module efficiency, N-Type ABC back-contact technology, partial-shading optimisation and AIKO’s own world-No.1 positioning for deliverable module efficiency.
24kW solar array
20kW three-phase hybrid
Approx. 96kWh storage
Installed package: $87,880
A premium system without a weak link
Most packages lead with a price and quietly compromise somewhere in the hardware. This one is different. The panel is exceptional, the inverter is a genuinely powerful hybrid platform, and the battery bank uses large-format 314Ah LiFePO4 modules built for serious stationary storage.
Generate more from the roof
At 25.0% module efficiency, the AIKO panels turn limited roof area into more installed solar capacity. Forty-eight panels deliver a full 24kW array.
Use power on your terms
The Deye hybrid platform manages solar, batteries, grid, backup circuits and generator integration as part of one flexible energy system.
Store energy at real scale
Six RUIXU Lithi2-16 batteries provide approximately 96.4kWh nominal storage—enough to move beyond token backup and toward meaningful autonomy.
The panel is the hero
AIKO changes what a premium solar array can be
The AIKO NEOSTAR 3P54 is not just another black-frame 500W panel. Its N-Type ABC design moves the electrical contacts to the rear, leaving the front surface free to capture light. The result is a clean-looking, extremely efficient panel that makes better use of valuable roof space.
AIKO’s partial-shading optimisation is a genuine point of difference. Instead of allowing one shaded cell to drag down a large section of the module, the ABC design can manage individual shaded cells so more of the panel continues producing. That matters around chimneys, trees, leaves, bird droppings and uneven soiling.
- 500W output and 25.0% module efficiency from the exact AIKO-A500-MCE54Mw used here.
- Partial-shading optimisation designed to limit losses when individual cells are obstructed.
- −0.26%/°C temperature coefficient for stronger performance as panel temperature rises.
- Low published degradation: no more than 1% in year one and no more than 0.35% annually from years 2–30.
- 30-year linear performance warranty stated in AIKO’s current module datasheet.
- Premium appearance: ribbon-free front face, black frame and high power density.
Exceptional power density for a mass-produced rooftop panel.
Forty-eight premium 500W modules working as one designed array.
Substantial inverter power for demanding homes and commercial loads.
Six large-format 16.07kWh RUIXU modules.
The inverter and batteries deserve the same confidence
Deye 20kW three-phase hybrid
This is a serious low-voltage hybrid inverter, not a small residential inverter stretched beyond its role. Deye’s current Australian datasheet lists 20kW rated output, up to 32kW maximum PV input, 350A maximum battery charge/discharge current, IP65 protection and compliance with AS/NZS 4777.2.
- On-grid, backup and off-grid capability
- Generator integration and automatic start support
- Three MPPTs for flexible solar string design
- 10-year manufacturer warranty stated in the current AU datasheet
Six RUIXU Lithi2-16 batteries
RUIXU has earned a strong international following because the Lithi2-16 combines large 314Ah LiFePO4 cells with practical design: intelligent balancing, self-heating, internal aerosol fire protection, a 5-inch touch display and direct CAN communication with Deye and many other inverter platforms.
- 51.2V, 314Ah and 16.07kWh nominal per battery
- Manufacturer-rated ≥9,500 cycles at 80% depth of discharge
- IP55 enclosure for indoor or suitably sheltered outdoor use
- Six modules provide approximately 96.4kWh nominal storage
Designed as one system
The value is not just in three good brands. It is in matching a high-output solar array, a powerful hybrid inverter and a large battery bank so generation, conversion and storage are all sized for serious work.
- Store excess daytime solar for evening and overnight use
- Reduce exposure to peak tariffs and grid interruptions
- Support selected essential or operational loads during outages
- Build toward a high degree of energy independence
Built for people who cannot treat power as optional
Large homes and rural properties
Ideal for pools, ducted air conditioning, pumps, workshops, EV charging, water systems and households that want much more than a small emergency battery.
Small and medium businesses
Suitable for workshops, retail, offices, hospitality, agricultural operations and other sites where lower grid use and dependable backup can protect productivity.
Larger commercial operations
For larger sites, this can be a substantial behind-the-meter system or the foundation of a broader engineered solution. We assess demand, three-phase loads, critical circuits and expansion requirements before quoting.
True off-grid and autonomy-focused sites
The large storage bank and generator-capable hybrid platform make this a strong starting point for off-grid design, subject to winter solar, peak-load and generator analysis.
Backup-focused customers
For customers who want refrigeration, internet, lighting, pumps, security, servers or selected operational loads kept available when the grid is not.
Long-term energy planners
For buyers who would rather invest once in high-quality generation and substantial storage than build a small system that immediately feels undersized.
What is included
| System component | Included specification | Why it matters |
|---|---|---|
| Solar array | 48 × AIKO NEOSTAR 3P54 500W panels; 24kW total DC capacity | 25.0% module efficiency, partial-shading optimisation and excellent roof-space utilisation. |
| Hybrid inverter | Deye SUN-20K-SG05LP3-AU-SM2; 20kW three-phase low-voltage hybrid | Controls solar, batteries, grid, backup and compatible generator operation. |
| Battery bank | 6 × RUIXU Lithi2-16; approximately 96.4kWh nominal storage | Large-format 314Ah LiFePO4 modules for meaningful backup and energy shifting. |
| Installation | Standard installed-package allowance, subject to site assessment | Final roof layout, switchboard work, cable routes, backup circuits and network requirements must be confirmed. |
| Compliance | Commissioning, electrical certification and standard network/rebate documentation where applicable | Installed and documented by appropriately licensed professionals. |
| Package price | $87,880 installed under standard conditions | Final written quote confirms site-specific inclusions, exclusions, eligibility and any non-standard work. |
Standard installation assumptions
- Suitable three-phase supply, switchboard condition and spare capacity for the advertised inverter.
- Usable roof area for 48 panels, with suitable structure, access, orientation and compliant mounting locations.
- Reasonable cable routes between the roof, inverter, battery bank, switchboard and monitoring equipment.
- Ground-level or straightforward inverter and battery placement with safe service access.
- No major switchboard reconstruction, asbestos work, extensive trenching, scaffolding, crane work, structural engineering or complex metering changes unless separately quoted.
- DNSP approval, rebate eligibility and installer availability confirmed before the project proceeds.
Questions worth asking
Is 24kW of solar too large for a home?
Can this run a whole business or home during a blackout?
Why use such a large battery bank?
Can it be installed off-grid?
What if the property is single-phase?
See the RUIXU battery platform
AIKO NEOSTAR 3P54 datasheet ·
AIKO partial-shading explanation ·
Deye Australian inverter datasheet ·
RUIXU Lithi2-16 specifications. Product performance and warranties remain subject to manufacturer terms, correct design and installation.
Start with the real site
Want serious energy independence? Let us design it properly.
Send us your location, electricity use, switchboard details, roof information and the loads you want backed up. We will check DNSP constraints, installer availability, rebate assumptions and whether this premium package is the right fit.
