Description
- Perfect Ventilation Solution — The solar powered fan kit is equipped with 30W high performance solar panel + 10 Inch high-airflow fan. A perfect ventilation solution for greenhouses, chicken coops, sheds, pet houses, RVs, attics, garages, work shops… Reduce the room temperature and effectively enhance air circulation.
- High Airflow Fan — The 1300RPM high speed fan maximizes airflow to 400CFM while reducing noise and power consumption. The fully enclosed motor is also permanently lubricated and fitted with double ball bearings and is rated for 50,000 hours of operation.
- Gravity Shutter Design — The shutter fan automatically open when there is air flow and close fully when there is no air flow to prevent smoke, dust, wind and rain from entering.
- High Performance Solar Module — The ≥20.5% conversion rate enables the solar panel to make full use of sunlight, save electricity and achieve a well ventilated environment. The thickened tempered glass and aluminum alloy frame ensure corrosion resistance and can withstand the ever-changing climate.
- AC Adapter & Long Cable — An additional AC power adapter ensures sufficient power to run the fan even on rainy and cloudy days. Also, the wiring is long enough to facilitate your layout and installation. ( Solar Panel Cable: 16 ft [4.9m], AC Adapter: 4.6 ft [1.4m] )
- 【NOTE】– 1. Solar panels do not store electricity. When using it, please expose it to full sunlight and make sure there is no shade. 2. The AC adapter needs to be manually connected when not using the solar panel to power it. 3. The solar panel comes with mounting bracket and screws for easy installation. 4. We offer a 12-month warranty and will assist you with any quality issues.
keenan park –
It serves its purpose invents the attic pretty well I also added two other types on the roof which also help keeps the attic a lot cooler makes your AC work better
Ron Moore –
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Some good things I can say about this fan:
It does move a lot of air.
It’s easy to set up and install.
It comes with a 120v adapter to plug it into the wall
Now for the not so good:
It moves a lot of air when it’s in full sun but if I shade a small portion of the panel and I’m talking really small about the size of my hand the fan drops speed to a crawl and struggles to open the vanes.
The plastic the fan shroud and vanes are made of feel flimsy and I can’t see this lasting long outdoors.
The is a drip tray to catch water that makes it through the fan but it’s very small and won’t hold much.
To conclude this does work and it does move air just don’t expect it to do it consistently.
Very generic…NOT FOR A HOME! –
Generic.
Cheap junk. There’s no way I’d put this on my nice home.
Ron Moore –
I got this to use in a small (4’x8′) shed to help keep air moving. I live in a wet climate and mold is a big concern out here, a small fan helps prevent that since circulating air helps keep it dry. This is the perfect size for my shed and since it is solar powered it doesn’t matter that I don’t have power run to it. The solar panel is sturdy and doesn’t feel cheap either.
Brittany Baggott –
This is a great plug and play type thing, at least to run the fan. Plus, the fan is really decent! It puts out a good deal of air. I got two such fans and this was the better performer. I decided to install this in my attic as I know it gets ridiculously hot in the summer up there, which radiates heat into the home long into the night until the temp in the attic cools down. On a bright sunny day at 95F, my attic will normally maintain over 135F, so I know this would help. I have aluminum siding with vent slits in the eves, I installed the exhaust fan there, on the side of the house which gets the afternoon sun.
Installation was easy with a little planning and spare wood. As it is designed as an exhaust fan, and I didn’t want to cut a giant hole in the side of my house, I wanted to mount it inside, between two studs for support. I was able to easily flex each shutter and remove them, allowing me to mount the fan closer to the side of the house without having to leave a 2-3 inch gap for them. Then I used some spare MDF big enough to reach two studs and surround the fan, I traced and cutout the shape of the rear of the fan. Then squeezed the fan into place. Next I put up the solar panel, this way I could squeeze the wire thru the attic eves vent and only have to go into the attic once. I hauled the assembly into the attic and screwed the MDF board into the two studs I planned for, plugged it in, and done! I go out to the roof once in a while to make sure I still hear it/ feel the hot air being blown out. It’s a champ!
Thomas Hwang –
Its not bad. pretty flimsy but there is no cover so you can’t use it for livestock without making one yourself
Joseph –
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Sunny day demonstrated smoke to see air flow not that good
Tjitske –
Piece of junk
Stopped running after one day.
Why even manufacture junk