Viridian In-Roof Integrated Panels (3)

Viridian Clearline 270W Poly Black Backsheet BIPV roof integrated solar panel#1: VIR-PV16-270P-B Panels - Polycrystalline Minimum order: 5 panels. For orders less than 5 panels please visit our Single Panels page. Automatic online volume discount: 16+ *Collections are not permitted due to health & safety regulations* Rating: 270W Efficiency: 16.6% Width: 992mm Height: 1,640mm   Roof Integrated solar PV - CLEARLINE Fusion Why Choose Fusion? Economical - price comparable with above-roof installation Rapid - push-fit connections create weather-tight and secure fixing Compact - industry leading panel spacing packs in more power Sleek - invisible clamps for uncluttered aesthetic Simple - no need for roof modifications Robust - wind resistance is more than four times higher than competitor products Universal - works with slate and tile   Clearline fusion PV16 solar PV panels for roof integration are available in a range of power output and styles. Polycrystalline-black  Polycrystalline silicon solar cells are cut from a cast block of silicon that is made up of many crystals. Our high-specification polycrystalline silicon is surface treated to improve the uniformity and darken the colour. The poly panels will look slightly bluer in colour than the mono panels but still look fantastic when coupled with a black backing sheet and a black frame. Available as a 260-270Wp panel (product code PV16-270-PB).

335W Viridian Clearline Mono All Black G1 BIPV roof integrated solar panel #1: VIR-PV16-335-GI or VIR-PV16-335-GI-V2 Minimum order: 5 panels. For orders less than 5 panels please visit our Single Panels page. Automatic online volume discount: 16+ *Collections are not permitted due to health & safety regulations* Rating: 335W Efficiency: 19.9% Width: 1,000mm Height: 1,686mm Viridian  335W - Clearline Fusion G1 Half Cut Cells.  Roof Integrated solar PV  G1 modules use mono-crystalline PERC G1 cells at 158.75mm which have been cut in half.  The "Half Cell" modules combine two circuits in parallel to to deliver a higher output rating at greater reliability, alongside a host of other technical benefits; Reduced resistance losses at cell connections for higher panel efficiency Each half is unaffected by shading on the other Lower heating effect from spot shading Greater resistance to mechanical stress in bending