AIKO Neostar all-black panels: maximum power from limited roof space.
AIKO’s current Neostar 3P54 residential range combines N-type ABC back-contact technology with outputs from 470 to 500 W and module efficiency up to 25.0%.
High power density with a cleaner face.
AIKO places the electrical contacts on the rear of the cells. Removing visible front-side busbars gives the panel a more uniform black appearance and leaves more of the front surface available to collect light.
The 500 W model is rated at 25.0% efficiency in a compact 1762 × 1134 mm format, making it particularly attractive where roof area is limited.
Key figures
- 470, 475, 480, 485, 490, 495 and 500 W bins
- 23.5% to 25.0% module efficiency
- -0.26%/°C temperature coefficient
- 15-year product warranty, extendable to 25 years where applicable
- 30-year linear performance warranty
Why homeowners choose AIKO.
Power per square metre
High efficiency helps maximise array size when only a limited number of modules fit.
All-black appearance
Back-contact cells remove the silver grid lines seen on conventional front-contact panels.
Shading optimisation
The architecture is designed to improve behaviour under partial shading conditions.
Strong hot-weather performance
A low temperature coefficient helps limit output loss as module temperature rises.
Long-term output
N-type technology supports low first-year and annual degradation figures.
Compact residential size
The format is designed for domestic roof handling rather than oversized utility modules.
What the wattage means on your roof.
Twelve 500 W AIKO panels create a 6.00 kWp array. Twelve 470 W panels create 5.64 kWp.
The final design will account for roof direction, pitch, shading, cable routes, inverter input limits and any planned battery, EV charger or heat pump.
Manufacturer source: AIKO Neostar 3P54 470–500 W datasheet. Specifications can change; the exact model and datasheet will be identified in your quotation.
Which panel is right for your roof?
Mr Solar will compare usable roof area, shading, orientation, appearance, inverter design and your energy goals before recommending a panel and array size.