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Flat €120 shipping within Italy per pallet, the same rate as all our rigid modules and module kits. Delivery in 10-20 days. The unloading point must be reachable by truck and have a forklift or pallet truck available.
Pallet of 37 Leapton Bifacial N-Type LP182x210-M-48-NB 460 W bifacial solar modules — 17.02 kWp
A full pallet of 37 Leapton Bifacial N-Type LP182x210-M-48-NB modules rated 460 W each, 17.02 kWp in total. It ships as the manufacturer packed it — strapped and sealed at the factory — so you buy once, unload once, and the price per watt comes in below the single-module price.
Each module converts 23 % of the incident light, and one pallet carries 17.02 kWp across 37 pieces. We have 10 full pallets on hand, which means a residential or small commercial array can be built from a single production batch — worth having, because modules from one batch share the same power tolerance.
That works out to roughly €0.1963 per Wp excluding VAT. Delivery needs a site a truck can reach and a forklift or pallet truck on hand: the pallet weighs 888 kg, so it cannot be moved by hand.
Why it is worth it
Technical data
| Specification | Value |
|---|---|
| What you get | One complete pallet |
| Modules included | 37 pcs |
| Total output | 17.02 kWp |
| Delivery | 10-20 days |
| Product code | LP182x210-M-48-NB |
| Manufacturer | Leapton |
| Series | Bifacial N-Type |
| Rated power (STC) | 460 Wp |
| Module efficiency | 23 % |
| Cell technology | n-type half-cell 182x210 mm bifacciale |
| Voltage at Pmax (Vmp) | 30.23 V |
| Current at Pmax (Imp) | 15.22 A |
| Open-circuit voltage (Voc) | 36.39 V |
| Short-circuit current (Isc) | 16.08 A |
| Bifacial | Yes |
| Bifaciality factor | 80 ± 5 % |
| Glass | 2.0 mm con rivestimento antiriflesso |
| Frame | black frame |
| Dimensions (L × W × D) | 1762 × 1134 × 30 mm |
| Weight | 24 kg per module |
| Maximum system voltage | 1500 V DC |
| NOCT | 33 °C |
Documentation
PDFManufacturer data sheet Bifacial N-TypeOfficial manufacturer documentSeries and parallel wiring must stay within the voltage and current limits of the inverter MPPTs and follow the electrical design of the system.