108 half cells [MBB]

Mono S4 Halfcut | Trend Powerline  

The Solar Fabrik Mono S4 Trend Powerline module with a max. system voltage of 1500V is a double glass module with bifacial monocrystalline half cell technology and available in the power class 440W and 445W.

Bifacial cells achieve up to 30% higher energy yields.

The Mono S4 Trend Powerline module is characterised by the N-type cell technology. The wafers of the N-type module are positively charged on the top and negatively charged on the bottom. This gives the module a lower temperature coefficient and thus higher yields.

By separating the cells into two equal parts (halfcut technology), the module achieves a higher output than a full cell module. The current flow in the cell is halved and the power loss is thus reduced. Due to the changed cell arrangement, the Mono S4 Trend Powerline module offers further advantages. On the one hand, the improved low-light behaviour and, on the other hand, the behaviour in the case of shading. If a full-cell module no longer produces any power when shaded, the Solar Fabrik Mono S4 Trend Powerline can still achieve up to 50% power.
The Multibusbar-technology enables even higher outputs, greater reliability and higher (electrical) load capacity of the modules.

Warranty claims are 30 years on the product and 30 years on the performance. For more information, please refer to the product data sheet and the warranty conditions.

Mono S4 Halfcut | Trend Powerline 

Technical Data

Number of cells: 108 N-Type bifacial monocrystalline half cells 
Module dimensions: 1762 x 1134 x 30 mm
Weight: approx. 25.9 kg
Type of Frame: black anodized aluminium alloy
Glass thickness: Frontside/Backside: 2.0 mm/2.0 mm
Max. system voltage: 1500 V
Reverse current loading capability: 30 A
Junction box rating: IP68
Module connection: MC4 or similar
Cable diameter: 4.0 mm²
Cable length: (+) ≥ 1200 mm, (−) ≥ 1200 mm
Snow load: 5400 Pa ≅ 540 kg/m²
Allowable Hail Load: 50 mm iceball with velocity of 32,2 m/s
Fire class: A according to IEC standard 61730-2 (UL 790, UL 1703)