Skip to product information
1 of 1

Sunerg

Pallet of 36 Sunerg 440 W N-Type TOPCon bifacial dual glass full black solar panels, 15.84 kWp

Pallet of 36 Sunerg 440 W N-Type TOPCon bifacial dual glass full black solar panels, 15.84 kWp

Regular price €3,556.34
Regular price Sale price €3,556.34
Sale Sold out
Tax included.
Aliquota IVA
View full details
VAT note
Businesses and non-Italian private customers: purchase with 22% VAT. The 10% rate is reserved for private customers resident in Italy — find out more.
Foreign companies entitled to 0% VAT: please write to info@litio.store.
Delivery in 10-20 days25-year warrantySunerg
Shipping costs
Italy: 120 €. European Union: 350 €.

Full pallet of 36 modules. Flat shipping: €120.

Pallet of 36 Sunerg 440 W N-Type TOPCon bifacial dual glass full black solar panels, 15.84 kWp

This item is a complete pallet of 36 Sunerg XMHCTV3/440-BFDG-BB solar modules rated 440 Wp, for a total installable output of 15.84 kWp. Buying the full pallet costs considerably less than buying the panels one by one and guarantees modules from the same production batch, so they match in both yield and appearance. It is the typical supply for building a large residential or commercial PV system in a single delivery.

The module uses N-Type TOPCon monocrystalline half-cut cells, 108 of them in a 6x18 layout, for a module efficiency of 22.02 %. It is built as a 2 + 2 mm dual-glass laminate with an anodised aluminium frame: a bifacial structure that also harvests light reflected onto the rear side and stands up to moisture, PID and micro-cracks far better than backsheet modules.

A temperature coefficient of -0.290 %/°C and a 45 °C NOCT keep output high on hot days, where TOPCon clearly outperforms PERC. The Full Black finish, with black cells and black frame, makes it ideal for residential roofs where looks matter, while the compact 1762 x 1134 mm format makes handling and mounting easier. Sunerg Solar is an Italian manufacturer and backs the module with a 25-year product warranty plus a 30-year linear performance warranty.

Key features

Pallet of 36 modulesA full pallet for 15.84 kWp: lower cost per watt and modules all from the same production batch.
N-Type TOPCon cellsLatest-generation technology, with reduced initial degradation and better yield in diffuse light.
Glass-glass build2 + 2 mm dual glass: far more resistant to moisture, PID and micro-cracks than a backsheet module.
BifacialThe rear side harvests reflected light and adds energy over bright surfaces or on flat roofs.
Full Black lookCompletely black cells and frame, for a discreet result on residential roofs.
25 + 30 year warranty25 years on the product and a 30-year linear warranty with at least 87.4 % output at the end.

Technical specifications

FeatureValue
Product codeSUNERG-XMHCTV3440BFDGBB
Modules per pallet36 pieces
Total pallet output15.84 kWp
ManufacturerSunerg Solar
SeriesX-HALF CUT N-Type TOPCon Bifacial Full Black
Nominal power (STC)440 Wp
Module efficiency22.02 %
Cell technologyN-Type TOPCon monocrystalline, half-cut cells
Number of cells108 (6x18)
Voltage at Pmax (Vmp)32.75 V
Current at Pmax (Imp)13.35 A
Open-circuit voltage (Voc)39.30 V
Short-circuit current (Isc)14.15 A
Temperature coefficient of Pmax-0.290 %/°C
Temperature coefficient of Voc-0.250 %/°C
NOCT / NMOT45 ±2 °C
Bifacial moduleYes
Bifaciality factorRear gain 5-20 % depending on albedo
GlassDual glass 2 + 2 mm, AR-coated front glass
FrameAnodised aluminium alloy
Dimensions1762 x 1134 x 30 mm
Weight24 kg
ConnectorsMC4 EVO2
Cable cross-section4.0 mm²
Maximum system voltage1500 V DC
Maximum series fuse30 A
Protection rating (junction box)IP68 (3 bypass diodes)
Snow load (front)5400 Pa
Wind load (rear)2400 Pa
Operating temperature-40 °C / +85 °C
Product warranty25 years
Performance warranty30-year linear, ≥ 87.4 % of nominal power

Documentation

PDFDatasheet Sunerg X-HALF CUT TOPCon Bifacciale 430-460 WpOfficial manufacturer documentPDFScheda tecnica ENF - Sunerg X-Half Cut N-Type TOPCon 430-460 WOfficial manufacturer document

Series or parallel wiring must respect the voltage and current limits of the inverter MPPTs and the electrical design of the system.