Skip to product information
1 of 3

Litio Store

Pallet of 36 Trina Vertex S+ 465 W i-TOPCon dual glass Black Frame PV modules 16.7 kW

Pallet of 36 Trina Vertex S+ 465 W i-TOPCon dual glass Black Frame PV modules 16.7 kW

Regular price €3,406.82
Regular price Sale price €3,406.82
Sale Sold out
Tax included.
VAT rate
VAT notice
Businesses and foreign private customers: purchase with 22% VAT. The 10% VAT rate is reserved for private individuals resident in Italy only — find out more.
Foreign businesses entitled to 0% VAT: write to info@litio.store.

Delivery in 10-20 days.

Shipping costs
Italy: €120. European Union: €350.

No minimum order quantity. Flat shipping: €120.

Pallet of 36 Trina Vertex S+ 465 W i-TOPCon dual glass Black Frame PV modules 16.7 kW

Complete pallet of 36 Trina Solar Vertex S+ 465 W modules, for a total output of 16.74 kWp. Tier-1 monocrystalline modules with N-Type i-TOPCon cells and 1.6/1.6 mm dual glass construction, with a power density of approximately 227 W/m².

The low degradation rate (1% in the first year, then 0.4% per year) delivers more energy over time than conventional P-Type modules. Suitable for residential, commercial and industrial roofs.

  • Pallet contents: 36 modules
  • Total power: 16.74 kWp
  • Manufacturer: Trina Solar — Vertex S+ series (TSM-465-NEG9R.28)
  • STC power per module: 465 Wp
  • Vmp / Imp: 45.8 V / 10.20 A
  • Voc / Isc: 54.2 V / 10.85 A
  • Efficiency: 23.3%
  • Maximum system voltage: 1500 VDC
  • Maximum fuse rating: 25 A
  • Cells: 144 monocrystalline N-Type i-TOPCon
  • Glass: dual glass, 1.6 mm tempered
  • Frame: Black Frame
  • Protection: IP68 — IP67/IP68 junction box with 3 diodes
  • Connectors: MC4 or compatible — 30 cm cables, 4 mm²
  • Maximum load: 5400 Pa snow / 2400 Pa wind
  • Power temperature coefficient: -0.29 %/°C
  • Operating temperature: -40 / +70 °C
  • Fire reaction class: Class 1/A
  • Module dimensions: 1762 × 1134 × 30 mm
  • Warranty: 25 years product and 30 years performance (87.4%)
  • Product code: 1246536

Series or parallel connection must comply with the voltage and current limits of the inverter MPPTs and with the electrical design of the system.

View full details