Since 1999, altE has offered customers across the globe solar panels for their homes, cabins, RV's and boats. We carry leading brands such as SolarWorld, Seraphim USA, Canadian Solar, and our own altE solar panels. See our full list of solar panels for sale below.
Want a custom designed solar power system for your home? Give us a call at 877-878-4060 and our trained solar professionals will work with you to design your own home solar system for FREE!
|Product Name||Volts||Watts||$ / Watt ↓||Price|
|Peimar 330 Watt Poly Peimar SG330P PEI330SG330P Peimar 330 Watt Poly Solar Panel||24 V||330 W||0.50||$166.32|
|Canadian Solar 305 Watt , Mono Canadian Solar, Inc. CS6K-305MS CSI305-CS6K305M Canadian Solar 305 Watt Solar Panel, Mono||20 V||305 W||0.59||$179.00|
|Peimar 310 Watt Mono Peimar SG310M PEI310SG310M Peimar 310 Watt Mono Solar Panel||20 V||310 W||0.59||$184.14|
|Q Cells 310 Watt Mono Duo Cell Q Cells Q.PEAK DUO G5-310 HAN310QPKD310M Q Cells 310 Watt Mono Duo Cell Solar Panel||20 V||310 W||0.59||$184.00|
|Q Cells 315 Watt Mono Duo Cell , All Black Q Cells Q.PEAK DUO BLK G5-315 HAN315QPKD315MB Q Cells 315 Watt Mono Duo Cell Solar Panel, All Black||20 V||315 W||0.59||$187.00|
|Q Cells 325 Watt Mono Duo Cell Q Cells Q.PEAK DUO G5-325 HAN325QPEAKD325 Q Cells 325 Watt Mono Duo Cell Solar Panel||20 V||325 W||0.59||$193.00|
|Q Cells 385 Watt Mono Duo Cell Q Cells Q.PEAK DUO L-G5.3-385 HAN385QPEAKD385 Q Cells 385 Watt Mono Duo Cell Solar Panel||24 V||385 W||0.65||$251.79|
|Seraphim Solar 290 Watt , Mono, All Black Seraphim SolarUSA SRP-290-6MB-BB SEP290SRP290MBK Seraphim Solar 290 Watt Solar Panel, Mono, All Black||20 V||290 W||0.69||$199.00|
|Seraphim Solar 300 Watt , Mono, All Black Seraphim SolarUSA SRP-300-6MB-BB SEP300SRP300MBK Seraphim Solar 300 Watt Solar Panel, Mono, All Black||20 V||300 W||0.69||$208.00|
|Peimar 200 Watt 24 V Mono Peimar SG200M5 PEI-200W-24M Peimar 200 Watt 24 V Mono Solar Panel||24 V||200 W||0.94||$189.00|
|Panasonic 330 Watt HIT High Efficiency Panasonic Panasonic 330 Watt - 35MM PAN330HITMONO Panasonic 330 Watt HIT High Efficiency Solar Panel 5.0 2||32 V||330 W||0.99||$328.00|
|altE 150 Watt 12V Poly AltE ALT150-12P ALTS-150W-12P altE 150 Watt 12V Poly Solar Panel||12 V||150 W||1.13||$169.00|
|altE 165 Watt 12V Mono Black AltE ALT165-12M ALTS-165W-12M altE 165 Watt 12V Mono Black Solar Panel||12 V||165 W||1.15||$189.00|
|altE Poly 100 Watt 24V AltE ALT100-24P ALTS-100W-24P altE Poly 100 Watt 24V Solar Panel||24 V||100 W||1.45||$145.00|
|altE 60 Watt 12V Poly AltE ALT60-12P ALTS-60W-12P altE 60 Watt 12V Poly Solar Panel||12 V||60 W||1.48||$89.00|
|altE 100 Watt 12V Poly AltE ALT100-12P ALTS-100W-12P altE 100 Watt 12V Poly Solar Panel||12 V||100 W||1.49||$149.00|
|Peimar 30 Watt 12 V Poly Peimar OS30P PEI-30W-12P Peimar 30 Watt 12 V Poly Solar Panel||12 V||30 W||2.30||$69.00|
|altE 10 Watt 12V Poly AltE ALT10-12P ALTS-10W-12P altE 10 Watt 12V Poly Solar Panel||12 V||10 W||2.50||$25.00|
|Ameresco Solar 90J 90W 12V with J-Box Ameresco Solar 90J AMR90-90J Ameresco Solar 90J 90W 12V Solar Panel with J-Box||12 V||90 W||4.43||$399.00|
|Ameresco Solar 50J 50W 12V with J-Box Ameresco Solar 50J AMR50-50J Ameresco Solar 50J 50W 12V Solar Panel with J-Box||12 V||50 W||5.90||$295.00|
|Ameresco Solar 40J 40W 12V with J-Box Ameresco Solar 40J AMR40-40J Ameresco Solar 40J 40W 12V Solar Panel with J-Box||12 V||40 W||6.89||$275.74|
|Ameresco Solar 30J 30W 12V with J-Box Ameresco Solar 30J AMR30-30J Ameresco Solar 30J 30W 12V Solar Panel with J-Box||12 V||30 W||8.97||$269.00|
|Ameresco Solar 20J 20W 12V with J-Box Ameresco Solar 20J AMR20-20J Ameresco Solar 20J 20W 12V Solar Panel with J-Box||12 V||20 W||9.75||$195.00|
The term solar panels is often used for a few different types of products that produce energy by collecting sunlight. We most commonly use the phrase to refer to the type that converts sunlight directly into DC electricity. Less frequently, people will use the term in reference to solar thermal collectors, which typically heats a liquid such as water, or solar air heaters, which heats air directly.
Rays of sunlight hit solar cells, pushing the electrons in the cell through the wires to create electricity. This electricity is in one direction, so it is called DC, for Direct Current. As opposed to AC, for Alternating Current, where the electrons are going back and forth 50-60 times (50-60Hz) per second. That is why for most installations, you need an inverter. An inverter changes the DC to AC and makes it usable with your home's appliances.Detailed Version
On one side of the solar cell, there's an overabundance of electrons and on the other side there is a lack of electrons. Manufacturers create this static imbalance of charges on the cell by doping each side of the silicon solar cell with different chemicals (e.g. phosphorous on one side and boron on the other). Wires or soldered leads are effectively connected to each side of the cell. The positive and negative wires go to whatever you want to charge or power.
Connecting the leads in itself to an electrical load, while closing the current path, does not allow to the electrons to flow, despite the positive and negative imbalance. It takes sunlight hitting the silicon in the solar cells to loosen up electrons. And as soon as they a freed up, they immediately start flowing through the wires to power your electrical loads. The more sunlight shines on the cells, the more electrons loosen up, the more electrical current flows and the more power it produces.
Want more? We have created a handy, more in-depth overview of how solar panels work. Here, we go into more detail of, not only how the photovoltaic effect works, but also how solar cells work together to create different voltage options, and what all the various ratings in the specification brochures mean.
We're guessing you wouldn't have come here if you didn't have a hunch they probably were. But just in case, let's review when solar systems are practical for homes and when they're not. If you own home or cabin and you have (or a tiny home who can be parked such that...) a roof that roughly points south (north if south of the equator) with no shading by trees, hills, other homes from around 9AM to 3PM, then you have some prime real estate for putting a solar system on.
The cost has dropped significantly in the last several years, making it such that, with tax incentives or rebates, a grid-tie solar system will pay for itself in just a few years. Essentially, for the price of a few years electricity, you get 25 to 35 years of electricity. In fact, solar systems will likely keep on producing electricity at a lower rate for even decades after that.
Solar power systems are not practical for locations that get lots of shade throughout the day. That said, with the advent of micro inverters and grid-tie inverters that have DC optimizers connected to each individual solar panel, some locations with a little bit of shading can still be an option.