monocrystalline
NU-E235(E1)
* High-performance photovoltaic modules made of dark blue monocrystalline (156.5 mm2) silicon solar cells with module efficiencies of 14.3%.
* Bypass diodes which minimise the loss in output when shading occurs.
* Textured cell surface for particularly high electricity yields.
* BSF structure (Back Surface Field) to optimise cell efficiency.
* Use of tempered white glass, EVA plastic, and weather protection film, as well as a silver anodised aluminium frame with drainage holes for long-term use.
* Output: connection cable with waterproof plug connector.
Click here
NU-185(E1)
* High performance monocrystalline silicon solar cell module
* Nominal output 185 Wp
* Solar module conversion efficiency 14.1%
* Dimensions: 1,318 x 994 x 46 mm
* Bypass diodes to minimise power loss with shading
* BSF structure (Black Surface Field) for optimising cell efficiency
* Textured cell surface for especially high current yields
* Made in EU
Click here
polycrystalline
ND-210 (E1F)
* High performance polycrystalline silicon solar cell module
* Nominal output 210 Wp
* Solar module conversion efficiency 12.8%
* Dimensions: 1,652 x 994 x 46 mm
* Bypass diodes to minimise power loss with shading
* BSF structure (Black Surface Field) for optimising cell efficiency
* Textured cell surface for especially high current yields
* Made in EU
Click here
ND-220 (E1F)
* High-performance photovoltaic modules made of polycrystalline (156.5 mm * 156,5 mm) silicon solar cells with module efficiencies of 13,4%.
* Bypass diodes which minimise the loss in output when shading occurs.
* Textured cell surface for particularly high electricity yields.
* BSF structure (Back Surface Field) to optimise cell efficiency.
* Use of tempered white glass, EVA plastic, and weather protection film, as well as an anodised aluminium frame with drainage holes for long-term use.
* Output: connection cable with waterproof plug connector.
Click here
Dünnschicht
NA-SERIE
Das Photovoltaik-Modul der Sharp NA-Serie ist für Einsatzbereiche mit hohem Leistungsbedarf ausgelegt. Das Modul baut auf der seit 40 Jahren gepflegten Siliziumkristall-Solarzellentechnik auf, zeichnet sich durch eine überragende Haltbarkeit auch unter harten Einsatzbedingungen aus und ist für netzgekoppelte Systeme geeignet.
Zu den Produktinfos
