5-50 Watt Solar Panels

Keep your marine and RV batteries up to charge with our 5-50 watt solar panels. Silicon Solar Inc offers different types of watt solar panels like 12 volt solar battery charger, 15 watt charger, thin film solar panel charger, flexible solar battery chargers.

5-50 Watt Solar Panels

Keep your marine and RV batteries up to charge with our 5-50w solar panels. All of our panels include a minimum 10 year warranty on power output. Their durable design provide years of reliable power for grid-tie system and battery charging applications.

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Category Products Displayed Ascending by Product Name

Name	Sku	Voltage	Power Output	Amperage	Price
15W Crystalline Solar Panel 12V	PV-12V15W	N/A	N/A	N/A	$75.00
20 Watt Crystalline Solar Panel 12v	PV-12V20W	N/A	N/A	N/A	$80.00
40 Watt Crystalline Solar Panel 12v	PV-12V40W	N/A	N/A	N/A	$160.00
40W Amorphous Solar Panel	07-1259	48	40	0.830	$175.00
50W Solar Panel 12v	PV-12V50W	N/A	N/A	N/A	$299.95
Concentrator Solar Panels 10W SSPV-10	16339	N/A	N/A	N/A	$82.00
Concentrator Solar Panels 9W	501343	8.5	9	1.06	$52.75
Solar Electric Panels	10-20WSEP	12	15	0.800	$129.00
Thin Film Solar Panels 14.4w 16.5v 850ma	04-1085	300	N/A	N/A	$99.95
Thin Film Solar Panels 28w 16.5v 1650ma	04-1086	300	N/A	1650ma	$179.95
Thin Film Solar Panels 6.4w 8-10v 950ma	04-1139	300	12v	N/A	$59.95

Information for 5-50 Watt Solar Panels Products

Be sure the system you are powering with the 5-50 watt solar modules do not need to draw more power than the module can provide. If a single module does not work, and you have multiple modules, link the modules in series to increase the voltage or in parallel to increase the amperage.

Amperage remains the same and voltage increases additively while the modules are connected in series. Voltage remains the same and amperage increases additively while the modules are connected in parallel. Connecting the modules in series and parallel will result in an increase in both voltage and amperage.

For example: imagine having four 9 volt batteries rated at 0.5 amps. Connecting two batteries in series would give you 18 volts at 0.5 amps. Connecting two batteries in parallel would give you 9 volts at 1 amp. Connecting two batteries in one series and another two batteries in one more series before connecting these two sets in parallel will give you 18 volts at 1 amp.

If you are not sure what the output is and do not want to damage your device by supplying too much power, you can get a good idea of the power your solar array will provide by doing these simple calculations.

If you will be using these solar panels in such a way that will require mounting, refer to the quick tips and information page for solar panel mounts.