Bexie Group · Energy experts
Home > Products > BIPV Colored Glass Photovoltaic...

BIPV Colored Glass Photovoltaic Module EX415TC(B)-108(HC)(182)BF

Colored Glass BIPV Photovoltaic Module

BIPV Colored Glass Photovoltaic Module EX415TC(B)-108(HC)(182)BF

🔒 Precio reservado a clientes B2B Acceder / Registrarse
In stock
N-Type BIPV coloured glass photovoltaic module, engineered for seamless architectural integration. It combines high efficiency, excellent low-light performance, and premium aesthetics, making it the ideal solution for building-integrated roofs and façades.
Tech documentation 1 archivo
PDF
Datasheet
PDF

Overview

Key Features

  • High-efficiency N-Type solar cell technology.
  • Terracotta-coloured glass and frame for seamless architectural integration.
  • Designed for BIPV (Building-Integrated Photovoltaics) applications on roofs and façades.
  • Excellent performance under low irradiance conditions.
  • High mechanical load resistance of up to 5,400 Pa on the front side.
  • Anti-PID protection for enhanced long-term stability and energy yield.
  • 100% factory inspection to ensure maximum reliability.
  • IP68-rated junction box and dual semi-tempered glass construction for superior durability.

Applications

The EX415TC(B)-108(HC)(182)BF photovoltaic module has been developed for projects where energy efficiency and architectural integration are equally important.

  • Red or terracotta tiled roofs.
  • Building-Integrated Photovoltaic (BIPV) façades.
  • Residential homes and housing developments.
  • Commercial buildings and office facilities.
  • Hotels, educational institutions and public buildings.
  • New-build developments and energy renovation projects.
  • Sustainable architecture and Nearly Zero Energy Buildings (nZEB).

Benefits

The EX415TC(B)-108(HC)(182)BF combines premium architectural aesthetics, high efficiency and long-term reliability, making it the ideal solution for modern Building-Integrated Photovoltaic (BIPV) projects.

  • Seamless architectural integration thanks to its terracotta-coloured glass finish.
  • Advanced N-Type technology with higher efficiency and lower degradation over time.
  • Outstanding low-light performance, maximising energy production throughout the day.
  • High mechanical strength, supporting front-side loads of up to 5,400 Pa.
  • Anti-PID protection for greater long-term stability and extended module lifespan.
  • Certified reliability with 100% quality inspection during the manufacturing process.
  • Dual semi-tempered glass construction and an IP68-rated junction box for superior durability in demanding environments.
  • Ideal for BIPV projects where clean energy generation becomes an integral part of the building envelope while preserving architectural aesthetics.
Save on your electricity bill
Send us your bill and request your free energy diagnosis
Or call us free 654 590 285
Free assessment · 2 minutes

Calculate your energy savings

Instant estimate of savings, payback and ROI · No commitment

Where do you want to save energy?

We tailor the study to your case

Which solutions interest you?

Select one or more — we analyze the combined savings

Your current consumption

Rough data — the final study uses your real bill

Do you have or plan an electric vehicle?
Do you already have solar panels?

Where do we send the study?

No commitment — full report within 24h

Your estimated study
You save every month 0 € /month Estimated yearly savings: 0 €
0 € Estimated investment
0 Payback
0 % Annual return

Financing calculator

Estimate your monthly payment if you finance the installation

Estimated monthly payment 0 €

Rough estimate at 6% APR. The real payment depends on the lender.

Want the detailed study at no cost?

A specialist will validate these figures with your real bill.

Figures estimated with 2026 market data. The final study is done by a technician with your bill.

Thank you! Study sent

We received your details. A Bexie specialist will contact you within 24h.

100% secure data · GDPR

Bexie Energy
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.