BISOL, a leading company in the renewable energies, continues to be at the forefront of the energy transition with its BBO Duplex photovoltaic modules’ series.
This manufacturer has committed to creating a sustainable future through the efficient and responsible use of resources with their modules. Let’s take a closer look at the BBO Duplex series.
Characteristics of the BBO Duplex Series
The BBO Duplex series stands out for its superior power-to-size ratio compared to other conventional modules, advanced half-cut technology, and a multi-wire design. All these features together ensure unmatched power output and conversion efficiency.
The solar modules in the BBO Duplex series consist of 132 cells, offering a versatility that makes them ideal for both new installations and for the revamping of existing ones.
Thanks to their high efficiency and robust design, they are a reliable choice for those looking to maximize energy production on limited surfaces. Additionally, the BBO Duplex series is available in a 108-cell variant, the BDO series, further expanding installation possibilities.
With these innovative photovoltaic modules, BISOL provides a solution that perfectly aligns with the requirements of Transition 5.0, promoting a sustainable energy future.
Bisol Duplex mono – Premium BBO – 525 Wp
Bisol Duplex mono – Premium BBO is a monocrystalline photovoltaic module produced in Europe
- 132 half cells
- Available: 525Wp
Scheda tecnica
Documentazione completa
The Bisol Duplex mono – Premium BBO Photovoltaic Module is one of the best sellers from BISOL Group.
Designed and produced in Europe, it offers high conversion efficiency and power output while limiting the shading effect.
Other features
- Maximum system voltage: 1500V
- Power tolerance percentage: 0/+5 W
Wind and snow resistance
Bisol Duplex mono – Premium BBO is resistant to snow up to 5400 Pa and wind up to 2400 Pa
Warranty
Bisol offers a standard 15-year product warranty (with the option to extend to 20 years) and a 25-year linear performance warranty. Additionally, they estimate a minimum performance of 85% after 25 years.