30W Portable Solar Panel Charger with USB and Type-C Outputs(5V/3A Max) for Phones, Power Banks, Tablets, Fast Charges 2 Devices at Once, IP67 Waterproof for Camping, Hiking, and Outdoor Activities

I do mobile live streams in the field. First trip out with my Jackery Explorer 240, I had a laptop, camcorder, and cell phone on it. After 7 hours it was at 28% remaining. Good enough, but also bad enough that I knew I needed something to augment the Jackery or be limited in the amount of time I could stream. So I got this panel. Second trip (full sun all day), I had the 240 powering the laptop and camcorder, but also added a laptop cooling pad and an external fan. The solar panel was feeding the 240, as well as an additional cell phone and additional external fan directly connected to it. The 240 remained between 99% and 100% all day. The panel also ran the directly attached devices without issue as well. When the 240 was using input from the panel to charge, it reported 60w input (which is the max it takes from the wall wart as well). In other words, the panel easily fed all the devices attached and did so for the duration of the 7 hour live stream, even as the sun began to wane in the evening. I do not need to charge the 240 before my next trip now as a result; it's already at 99%. The issue I found was with the stands. There are just seemingly fabric-wrapped carboard (or some other flimsy material) legs that are fine, unless there is a hint of wind. 5 minutes after I set up the panel, a 10 MPH gust knocked it down. I had to add some weights to the legs to keep it standing. Other than that, the panel is great and I'm really glad I got it. All I lack for a full review at this point is time. If it holds up, I'll probably add the 5th star despite the poor leg design. That's easy enough to work around, except it adds one more component you'd need for reliable use. But as far as performance goes, it's outstanding for me. *Edit- third and fourth trips out with this, in the same usage scenario as the second trip, only these times there was full, heavy cloud cover the entire time. Even with zero direct sunlight, the panel kept everything running and the power station was kept at full charge throughout the 8 hour day, with the panel still delivering 60w to the power station when needed. Very impressed with the power generation despite not being exposed to direct sunlight. Solid buy, no doubt. **EDIT #2- The panel itself continues to perform very well; however, the USB 3.0 port has broken. The plastic connector inside it has snapped off, rendering it totally useless. So now, I have only the USB-C port available. The seller told me Amazon customer care would send a replacement, but Amazon refused. The seller then sent me a new one directly. Huge props to them.

I just purchased a second one of these panels I liked the first one so much. You really can’t beat these for the price (with discount when available) and the small/light footprint. The carry handles are great and the accessory/cord bag attached is very handy. The power hub attached to the back of the panels works really well. I like how there’s an LED that appears when you’re getting enough sun for charging. It’s also nice to have the various USB types and multiple ports for multi-device charging. You can easily make your own wired connector to daisy-chain multiple panels together. Positive and negative wires so there’s not much to mess up. One panel in full sun charges my 300w battery hub in about 5 hours. It’s actually faster than plugging it into a wall socket. It takes one panel about 8 hours in full sun to top off my marine battery from half, which is pretty impressive! I’m very impressed by these panels. The build quality is just fine. They’re not going to survive a drop off a 20’ rock, but they can be thrown around, blown over by wind, stormed on, or accidentally stepped on without it being an issue.

got this to recharge my battery pack for off grid with my camper works great

Very good product charger my phone to 2500 mah in barely over an hour don't

It's a really nice unit but I am not sure it can actually output 100 watts. I live in arizona, we have very intense sunlight, and even in the midday sun with the solar panel pointing directly at the sun, the most output I have gotten it to produce is 70 watts. Maybe there is some condition where it can produce more than that but I have not found it yet. Otherwise though it's built well, it's nice that you can plug in USB devices directly into it so you can charge your phone from the panels directly. It also comes with adapters so you can plug it into most power stations. Hopefully it lasts!

love it. charges everything I need in a few hours. Phone, battery pack and laptop

Works great charges the jackery 300 with no problem

Update: 16 months, about 250 hours direct sun. My EBL Voyager 1000W originally recorded 87W but now, getting 74 Watts in August, 2025. This off brand is thinker and much stronger than AONXI 120 Watt unit that has "cracks" sounds easily if moved by one hand ... this Luvknit is thicker and much stronger. *****Back to original Post: >>>I bought this off brand (looks like the EBL version) to charge up my new EBL Portable Power Station Voyager 1000. This LUVKNIT Pioneer 100 W solar Panel (on cells, says HYD-T100.. but manual calls it "Model SP22H". Typical manual with poor translated English. Well, Plug this into my EBL on a sunny Feb Day, the Power Station said 80W to 102W bouncing around but settled on 87 Watts input. I used the Anderson Connects that mated very well with the long (nice 10 feet) of power cable from the Solar Panel. If you block just 1 cell, you go to 1 Watt.. so watch out for ANY shade. No bypass micro-converters.. full series. Open Circuit I get 22.5V, about 4.4 Amps. The panels seam very strong.. and expect them to warp a bit after a hot day. Paid $139.. so not the cheapest, nor the most expensive. The Device came with MANY MANY plugs for multiple devices that is most appreciated. There is a USB-2.0, 3.0 and USB-C... manual says don't use them at the same time as plugged into a Power Station but that makes no sense. I'll test those ports with a volt/power tester but they looks fine. Most Power Stations can only take 150 Watts per input (there are two of them) to charge up.. so one Panel goes into the Anderson Ports, the other goes into the regular charging DC port. Placing two panels in series would be 200 Watts into a port that can only handle 150W. When you charge the EBL Power Station by the brick (wall plugged into 120V) it bounces around 150 Watts input so the brick is probably producing over 150 Watts and the internal PMU is controlling what goes to the batteries.

Buen complemento para la batería

Siendo un producto de gran innovación tecnológica debería tener mucho mejor servicio para resolver dudas y problemas en su uso