Aurinco Compact Photovoltaic modules with features not found elsewhere:

• smooth flat surface* - unlike competitive panels there is NO junction box protruding from the surface that can catch ropes sails or your feet (*this feature is available now on 40W Compact modules and the 20W Bluewater modules, it will gradually be introduced on other models later)

• use less space - they use monocrystalline silicon to provide more energy per surface area than modules using other types of silicon

• more effective in partial shadow - monocrystalline silicon has a very low reverse current which means that the panels provide more current under the shadow from e.g. a sail than units with other types of silicon or power consuming diodes.

• light-weight - there is no heavy glass surface nor frame

• rugged - sealed with a durable Tefzel® surface that tolerates being stepped on, the back of the unit is protected by an corrosion resistant aluminum plate, module is salt water proof to IP67

• esthetically pleasing - having a sleek design

Construction: Monocrystalline silicon photovoltaic cells mounted on anodized aluminum* coated with white Tedlar®, surface laminated with transparent Tefzel®. This construction provides higher strength but also enhanced efficiency compared to traditional photovoltaic modules because the aluminum plate functions as a heat sink. Photovoltaic cells loose power when the temperature rises.
*the Mini panels use polyimide instead of aluminum

Mounting: Recommended method is using the Aquasure™ special formula polyurethane adhesive/sealant (see Accessories) which tolerates high temperatures, water, vibration and shocks. Use mouldings to mount on slightly curved surfaces.

The truth about "flexible" panels: Aurinco modules bend very slightly but are not truly flexible. Why? Panels using amorphous silicon can be made somewhat flexible, but require almost twice as much surface for the same amount of energy. Some manufacturers of crystalline silicium modules claim that their panels can be bent but crystalline silicium is by nature rigid and brittle - if it is bent stress is introduced that can lead to failure when a boat is in motion.