Kategória: Lakás, otthon, kert, barkács
Honlap:
Részletek... Solarfam photovoltaic panel is made of monocrystalline silicon. It is lightweight and semi-flexible and is primarily designed for mounting on slightly curved surfaces, e.g. on boats or caravans. It is fitted with 90cm long cables with MC4 terminals. It is designed for system voltage 12V and with regard to the Vmp parameter for MPPT controllers. Fully waterproof panel construction. CPC The CPC material used on the surface has good weather resistance and high light transmittance and its performance is better than ETFE material. The integration of composite material has better solar cell protection compared to traditional flexible panels. The panels are very lightweight, easy to carry and install. Technical parameters: Max. no-load voltage Voc=21,76V Max.short circuit current Isc=4,57A Max.voltage at 80W output: Vmp=18,56V Max.current at 80W: Imp=4,32A Operating temperature: -40°C to +80°C Number of cells: 32 Max. system voltage: 200V Cable length: 90cm/2.5mm2 MC4 Dimensions: 1075x415x2mm Weight: 1.78kg Protection: IP67 CE, RoHS Monocrystalline cell description To produce a single crystal cell, a uniform quartz crystal ingot needs to be produced. Such production is quite demanding. The round ingot is cut into so-called wafers, which are trimmed to the required PV cell size. Because the ingot is formed as one large silicon crystal, its structure is uniform and very clean. Advantages of single crystal Higher cell efficiency and therefore higher power yield from the same area Slightly slower aging of the silicon, i.e. panel performance declines more slowly with time Cell coloration is homogeneous, panels are not speckled Installation When bonding a flexible panel to the roof of a vehicle, caravan, etc., it is necessary to take into account the different expansions of the roof and panel material, which can cause damage to the flexible panel. We recommend gluing flexible panels to an intermediate layer made of Makrolon Plaxiglas, which also allows air to flow under the solar panel, thus increasing its efficiency.
