2pcs 130 Watt (260W) 12BB Flexible Solar Panels,23.5% High-Efficiency Waterproof Monocrystalline Lightweight Solar Panel for RV,Boats,Curved Surfaces,Roofs,Cabin

Install the panel on a mppt controller and getting lots of power from it, good quality for the price, easy to install, easy to clean i like it

I'm using these panels on my house to collect backup power. Easy to install. Easy to connect. I have 10 panels that semi-pointed toward the sun. I'm producing somewhere around 600 Watts peak Power output, but I'm not setting them to optimal angles. The quality seems to be pretty good. I have not encountered an material failures.

These work, they put out a decent amount of power but less than a glass panel of the same rating (only slightly) they have been durable enough for me. Only complaint is the amount of extra space that isn’t generating power and level of rigidity makes them kind of difficult to hang. Worth it if you can’t go glass rigid

Edit after 1 month: my 3 panels are still working fine, and given the better angle I get in the winter (vertical mount), I've briefly hit 364 Watts at peak sun (~121 watts per panel). I might have some small benefit from ground reflections, but def happy with the performance so far. I've had three of these in series running for a few days, and achieved a peak wattage of 330 watts (110 watts per panel). My setup angle is not ideal (south facing 90 degree vertical orientation), so achieving above 90 watts/panel was unexpected, much less 110 watts. For the reviews not achieving those numbers, there are a number of factors that could affect wattage: what kind of charge controller being used (MPPT is much better than PWM- I use a Victron MPPT controller), your battery voltage vs. array voltage, panel orientation, whether your panel is thermally stressed (can heat up significantly if mounted on an insulating surface) , weather, etc. As a general rule, panels in series will give you better efficiency: lower current per wattage = lower resistance losses. (Power=Current^2 * Resistance). You also might not get the full potential of your panel if you're running a single panel into your charge controller, especially if your panel's max power voltage isn't much higher than your battery voltage. As for durability, I can't say for sure yet, but I've had the panels mounted for a few weeks (prior to completing the rest of my electrical system) tied to porch railings by the grommets, and they've flexed and jostled quite a bit during very windy days. While having an open back helps with thermal regulation, I don't think it's healthy to have the panels flex so much in my setup; I'm looking for better mounting solutions, but so far they've held up.

I got two of these and the 48 V converter because they were some of the least expensive over 100 watt panels I could find, plus lighter weight and just easy to work with. I use them to recharge a battery powered riding lawn mower (100Ah LiFePo converted Ryobi ZT480), usually takes between 2 to 3 days with perfect sunlight to recharge the battery from the 50% to 70% battery use it takes to mow my rather large lawn. With clouds up to 5 days. Overall very pleased with the performance and ease of use. They seem to be able to take the abuse I put them through as I just pull them out of my garage when needed, and they don't stay put for long. So they are handled a lot and can take it.

Could not test with full sunlight due to winter time in SC. But when used with about 1 good hour a day, they pumped out a consistent 190 watts. If I get a chance to test during the summer, I will update.

First off the shipping package is one of the best that I have seen. But the panels are not up to par. Each panel is working at 80 to 83 watts, both panels are working at 150 to 153 watts. Each panel has a rating of 130 watts so the panels are not preforming like advertised. I gave 3 stars because of the shipping package. I'll keep looking for panels that preform the way they are advertised too. Back how checking these panels at peak time and just weak as in the morning. 155 watts laying flat like the roof panels. Very disappointing as the Eco-Worthy is supposed to be 130 watts per panel. Two panels = 260 watts getting 155 watts, that's only working at 60% that is bad. Don't think I'm going to purchase these panels again. Sad days!

I wanted something that is lightweight and at least over 100w per panel. In the Arizona midday sun while charging a Bluetti EB150 it gets 90-105 watts averaging about 95. I plan on buying a 2nd panel to charge in parallel and I anticipate 180-200 watts with that setup. Overall pretty good.