AIKO
Pallet of 37 AIKO Neostar 3S+ 485W N-Type ABC full black solar panels, 17.95kWp
Pallet of 37 AIKO Neostar 3S+ 485W N-Type ABC full black solar panels, 17.95kWp
Regular price
€4,946.19
Regular price
Sale price
€4,946.19
Unit price
per
See the price with VAT
Price including VAT by delivery country
- Italy22% €6,034.35
- Germany19% €5,885.96
- France20% €5,935.42
- Austria20% €5,935.42
- Belgium21% €5,984.88
- Bulgaria20% €5,935.42
- Croatia25% €6,182.73
- Cyprus19% €5,885.96
- Czech Republic21% €5,984.88
- Denmark25% €6,182.73
- Estonia24% €6,133.27
- Finland25.5% €6,207.46
- Greece24% €6,133.27
- Hungary27% €6,281.66
- Ireland23% €6,083.81
- Latvia21% €5,984.88
- Lithuania21% €5,984.88
- Luxembourg17% €5,787.04
- Malta18% €5,836.50
- Netherlands21% €5,984.88
- Poland23% €6,083.81
- Portugal23% €6,083.81
- Romania21% €5,984.88
- Slovakia23% €6,083.81
- Slovenia22% €6,034.35
- Spain21% €5,984.88
- Sweden25% €6,182.73
Shown prices exclude VAT. At checkout the rate of the delivery country applies. Businesses with a valid EU VAT number buy without VAT (reverse charge).
1451 units at this price
Couldn't load pickup availability
- Prices exclude VAT: tax is calculated in the cart based on the delivery country.
- EU businesses: 0% VAT with a VAT number valid in VIES — the field appears at checkout, below the delivery address.
- Reduced 10% VAT on solar and storage for customers in Italy: write to us before ordering.
SOLAR PANEL SHIPPING
- Italy: 120 €
- European Union: 400 €
Dedicated rate: modules, pallets and kits with panels ship on a pallet with a specialised carrier. Free shipping over €150 does not apply here. The exact amount is confirmed at checkout; for non-EU countries please ask for a quote.
Delivery in 10-20 days30-year warrantyAIKO
Shipping costs
Italy: 120 €. European Union: 350 €.
Italy: 120 €. European Union: 350 €.
Full pallet of 37 modules. Flat shipping: €120.
Pallet of 37 AIKO Neostar 3S+ 485W N-Type ABC full black solar panels, 17.95kWp
This item is a complete pallet of 37 AIKO Neostar 3S+54 modules rated 485W, for a total of 17.95kWp of installable power. Buying the full pallet is clearly cheaper than buying the modules one by one: the price per watt drops, shipping is a single palletised delivery and all modules come from the same production batch, with consistent electrical characteristics. This is the typical solution for building, in a single order, a large residential or a complete commercial PV system, without having to top up with extra pieces later on.
The module uses N-Type ABC (All Back Contact) cells: every electrical contact sits on the rear of the cell, so the front surface is completely free of busbars and the module reaches a 24.3% efficiency, among the highest available on the market. The structure is dual glass, 2.0 + 2.0 mm coated semi-tempered glass with a black anodised aluminium frame: a tougher, more stable build than the classic glass-backsheet layout, also certified against PID and LeTID, salt mist, ammonia, sand and dust. It is a monofacial full-black module.
The Pmax temperature coefficient of -0.26%/°C is remarkably low: on hot days the module loses less power than a traditional PERC panel and summer yield stays high. The full-black look, with no visible contact grid, makes it suitable for residential roofs where appearance matters, while the high power density per square metre makes it attractive on limited surfaces. Warranties: 25 years on the product and 30 years on performance, with ≤1% degradation in the first year and ≤0.35% per year afterwards.
Key features
N-Type ABC cellsAll electrical contacts are on the back of the cell: no busbars on the front, so more active area and more watts for the same footprint.
24.3% efficiency485W on a 1762 × 1134 mm panel puts this module at the top of its class: ideal when roof space is limited.
Dual glass 2.0 + 2.0 mmCoated semi-tempered glass-glass structure, more resistant to moisture and mechanical stress than a classic backsheet build.
Low temperature lossesPmax coefficient of -0.26%/°C: in summer and on hot roofs output drops less than with traditional PERC modules.
Full-black lookCompletely black front with no visible contact grid and a black anodised frame: it blends into residential roofs.
25 + 30 year warranty25-year product warranty and 30-year linear performance warranty, with ≤1% degradation in year one and ≤0.35% per year after.
Technical specifications
| Feature | Value |
|---|---|
| Product code | AIKO-A485-MCE54DB |
| Modules per pallet | 37 pieces |
| Total pallet output | 17.95kWp |
| Manufacturer | AIKO Solar |
| Series | Neostar 3S+54 Dual-Glass (GEN 3) |
| Model | AIKO-A485-MCE54Db |
| Nominal power (STC) | 485W |
| Module efficiency | 24.3 % |
| Cell technology | N-Type ABC (All Back Contact) |
| Number of cells | 108 (6×18) |
| Voltage at Pmax (Vmp) | 34.30V |
| Current at Pmax (Imp) | 14.15A |
| Open-circuit voltage (Voc) | 40.90V |
| Short-circuit current (Isc) | 14.88A |
| Temperature coefficient of Pmax | -0.26 %/°C |
| Temperature coefficient of Voc | -0.22 %/°C |
| Temperature coefficient of Isc | +0.05 %/°C |
| Power at NOCT | 367W (Vmp 32.54V / Imp 11.31A) |
| Bifacial | No — monofacial full-black dual glass |
| Glass | Dual glass, 2.0 + 2.0 mm coated semi-tempered |
| Frame | Black anodised aluminium |
| Dimensions | 1762 × 1134 × 30 mm |
| Weight | 24.5 kg ±3 % |
| Cable | 4 mm², ±1200 mm |
| Connectors | MC4-EVO2 |
| Junction box | IP68, 3 bypass diodes |
| Protection rating | IP68 |
| Maximum system voltage | 1500V DC |
| Maximum series fuse | 25A |
| Snow load (max positive static) | 5400 Pa |
| Wind load (max negative static) | 2400 Pa |
| Hail resistance | 25 mm hail at 23 m/s |
| Operating temperature | -40 °C to +85 °C |
| Protection class | Class II |
| Product warranty | 30 years |
| Performance warranty | 30 years linear (≤1 % degradation in year 1, ≤0.35 %/year) |
Documentation
PDFDatasheet AIKO Neostar 3S+54 Dual-Glass AIKO-A-MCE54Db 480-490W (rev. 2026 V3.1)Official manufacturer documentPDFScheda prodotto ufficiale AIKO Neostar 3S+54 Dual-GlassOfficial manufacturer documentSeries or parallel wiring must stay within the voltage and current limits of the inverter MPPTs and follow the electrical design of the system.