Monocrystalline Solar Panels

Description

The Monocrystalline Solar Panels are made of silicon, which is a semiconducting material and have been designed to require minimal maintenance. Their reliable performance is due to the high manufacturing technology used for their cells.

Monocrystalline Solar Panels:

Are resistant to water, scratches and harsh weather conditions, such as hailstones

Feature an anodized aluminum alloy frame

Their glass surface is transparent with low levels of iron

They have been designed and manufactured according to European and International standards

Cell Type: Monocrystalline

Cell Dimensions: 125 x 125 mm

Maximum Output Tolerance: ±3%

Maximum Allowed System Power: 12

Minimum Power Warranty: 10 years for 95% power / 25 years for 85% power

Code 70904 & 70905 :

Ideal solution for the maintenance – charging of small batteries , it can be used for slow charging of batteries so that they are always ready.

Code 70905 & 99210 :

Ideal solution for maintaining one, or two batteries on board. Charging of portable electronics, maintenance of small or medium-sized batteries to protect them from discharge when your boat is at the shore.

Code 70906 & 99211 & 99212 :

Ideal solution for maintaining and charging one or two medium capacity batteries for all, on board applications. Protection against discharge during the winter, or for when you need faster charging of the small capacity battery.

Code 99212 & 99213 :

Ideal solution for charging large capacity batteries, for all applications. For charging batteries, that cover the electricity needs of a small cabin, the boat’s fishing gear, etc.

Code 99213 & 99214 :

Ideal solution for charging large capacity batteries for all applications. For charging batteries that cover the electricity needs in the cabin of the boat, continuous operation of the refrigerator, longer music playback, operation of the heating device, etc.

Note: The Solar Panel in the table above can be installed individually, or in an array of two or more depending on the electricity needs and the capacity of the batteries.