120+ Watt Solar Panels

Silicon Solar provides a large selection of 120 plus watt solar panels like concentrator solar panels 145w sspv-145bf, 165 watt solar panel, matrix 165w solar panels.

120 Plus Watt Solar Panels

Our larger solar panels make it affordable for you to save money when upgrading your grid-tie solar electric system. If you are interested in selling your electricity back to the grid, the best way to get started is with one of our grid-tie prepackaged kits. Once you have your base kit setup, you can use our commercial grade solar panels to increase the production of your solar electric system.

Each 120+ Solar Panel comes fresh from factory direct making the large solar panel equiped with the latest innovation in technology on the market. Ranging from design, output, user compatibility to color of solar panel, Silicon Solar ensures that each customer is getting the very best for their application needs.

Our large scale commercial solar panels are used for several government funded foundations making our solar panels some of the most competitive modules on the market.

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Category Products Displayed Ascending by Product Name

Name	Sku	Voltage	Power Output	Amperage	Price
175 Watt Mitsubishi Solar Panel	18096	N/A	N/A	N/A	$555.00
175 Watt Solar Electric Panels	501641	36.42	175	4.83	$540.00
175 Watt Solar Panel	4558	12 - 21.1	175	9.6	$555.00
205 Watt Solar Panel	205wpanel	N/A	205	7.5	$627.19
Concentrator Solar Panels 145W SSPV-145BF	2371	N/A	N/A	N/A	$719.95
GridMaxx 200 Watt Solar Panel	501564	28.75 - 24	200	6.95	$640.00

Information for 120+ Watt Solar Panels Products

Be sure the system you are powering with the 120 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 series, another two in series, and then 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.