Description
AIKO COMET 3N72 670W Solar Panel
The AIKO-A670-MDE72Mw COMET 3N72 is a high-output solar panel delivering 670W of rated power and 24.8% module efficiency under standard test conditions. Its high power density helps make effective use of the available mounting area.
AIKO’s N-type All Back Contact (ABC) technology places the electrical contacts behind the cells, leaving more of the front surface available to capture sunlight.
Partial-shading optimisation helps reduce the wider impact of small, localised shadows, allowing unshaded cells to continue contributing power. Shading still reduces generation, and actual performance depends on the shadow pattern, sunlight, temperature and system design.
Each panel measures 2,382 × 1,134 × 30mm and weighs approximately 28.2kg. The module features a silver 30mm anodised aluminium frame and comes fitted with AIKO-01C connectors and 0.4m / 0.2m leads.
The panel includes a 15-year product warranty, subject to manufacturer terms.
Check the available mounting area, mounting-system suitability and inverter or solar charge-controller compatibility before ordering.
Specifications
| Brand | AIKO |
|---|---|
| Model | AIKO-A670-MDE72Mw |
| Series | COMET 3N72 |
| Rated maximum power (Pmax) | 670W |
| Module efficiency | 24.8% |
| Cell technology | N-type ABC (All Back Contact) |
| Number of cells | 144 |
| Dimensions | 2,382 × 1,134 × 30mm |
| Weight | 28.2kg ±3% |
| Frame | Silver anodised aluminium, 30mm |
| Front glass | 3.2mm tempered glass |
| Maximum-power voltage (Vmp) | 45.70V |
| Maximum-power current (Imp) | 14.67A |
| Open-circuit voltage (Voc) | 54.50V |
| Short-circuit current (Isc) | 15.35A |
| Maximum system voltage | 1,500V DC |
| Maximum series fuse rating | 25A |
| Connectors | AIKO-01C |
| Lead lengths | 0.4m / 0.2m |
| Junction box | IP68, with 3 bypass diodes |
| Product warranty | 15 years, subject to manufacturer terms |
Electrical ratings and module efficiency are specified under standard test conditions: 1,000W/m² irradiance, 25°C cell temperature and AM1.5.

