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Sunforce 50044 60-Watt Solar Charging Kit | 
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| Brand: Sunforce
Category: Automotive Parts And Accessories
List Price: $599.99
Buy New: $249.00
You Save: $350.99 (58%)
New (4) from $249.00
Rating:  27 reviews
Sales Rank: 305
Media: Misc.
Shipping Weight (lbs): 61.6
Dimensions (in): 54 x 12 x 42.3
MPN: 50044
Model: 50044
UPC: 787769500445
EAN: 0787769500445
ASIN: B000CIADLG
Release Date: November 25, 2005
Availability: Usually ships in 1-2 business days
Shipping: Expedited shipping available
Condition: Brand New - In Box
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| Features:
| • | Solar charging kit is designed for RVs, homes, boats, back-up and remote power use, and more | | • | Built-in ultra-bright blue LED charging indicator | | • | Made of durable ABS plastic and amorphous solar cells | | • | Includes PVC mounting frame, 7 Amp charge controller, 175-watt inverter, and wiring/connection cables | | • | Maximum temperature range of -40 to 176-degrees Fahrenheit |
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| Editorial Reviews:
Product Description
Dead batteries got you down? Soak up some sunshine with this 60 - watt Solar Kit! Solar power: efficient, abundant and FREE. Looking for a little juice? Solar may be the answer! These super-efficient crystalline Solar Panels were designed for use with cabins, outbuildings, RVs, boats... anywhere running electrical line is not practical. A 7-amp charge controller and 175W inverter help use the sun's energy to charge any 12V vehicle or marine battery. Saves you a TON compared to doing the same job with a gasoline-powered generator! Also can provide remote power for items like feeders, landscaping equipment and more. A bright idea: Produces 4 amps of current under ideal conditions; Maintenance-free and completely silent; Works in all weather conditions, from -40 to 176F; Blocking diode will not allow batteries to discharge at night; Durable ABS shell; All hardware included (battery sold separately); Measures 40" h. x 58" w., weighs 55 lbs.; Order now for "sun"-sational savings! 60W Panel power potential for 1 week. Will run ALL below: Device: Satellite Dish Wattage: 30 Hours of Use: 90 Device: Bilge/Sump Pump Wattage: 100 Hours of Use: 29 Device: Laptop Computer Wattage: 50 Hours of Use: 59 Device: Compact Lights Wattage: 10 Hours of Use: 294 Device: 12" TV Wattage: 20 Hours of Use: 147 In a typical week (7 days / 7 hours of light each day), a 60W solar panel will generate 2,940W (196 amps) into a 12V battery. 60-watt Solar Panel Kit
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| Customer Reviews: Read 22 more reviews...
 Good item, but old technogly. October 21, 2008
V. nguyen (winnietown USA)
5 out of 5 found this review helpful
This item is big and get only 60 watts,.. so I was looking for more. I invest $1000 for a Sanyo HIP 200,.. its the about the same size and weight but produce 200 watt.
Cons, Old technology, big, come in 4 pcs, only 60 watt
Pro, good price, come with accessories, easy to buy.
 Great Price to Go Solar October 9, 2008
Tim W. (Birmingham, Alabama)
4 out of 4 found this review helpful
For some reason I had some bad luck with this product arriving partially broken. The wonderful people at Amazon made everything alright and I'm really quite happy with my purchase now. These solar panels power a car battery that I found on the side of the road. That battery powers some 12 volt LED lights and a 120 volt inverter for small task in my shop.
Try it you'll like it. But don't be surprised if you have a broken panel or two when it arrives.
 These work well October 4, 2008
Brian Freeman (North Chili, N.Y.)
5 out of 5 found this review helpful
I bought three of these kits kits for a total of twelve panels. I use them to charge two 115 amp hour marine batteries. The panels seem to bring the batteries up to full charge (green light on) even though the panels are only in direct sunlight for about two hours a day. There are plenty of different connecters for a varity of hookups. The only thing I didn't like was the cheap plastic stand that comes with it. I threw mine out and made a good one out of 1 1/2" angle iron that is 14' long with twelve panels in a row, looks impressive too. Now I'm wondering what I could do with another twelve panels, these things are addictive!
good to tinker with September 24, 2008
Josh Wakefield (Double Springs, AL)
2 out of 2 found this review helpful
I bought one of these kits from Amazon.com. One of the panels was broken in the first shipment. Amazon had UPS pick everything up and sent me another kit. Everything was in good order in the second shipment.
I went to my local Wal-Mart and bought two EverStart Marine 27DC-6 deep cycle batteries (115 amp hours each - $143.62 total with tax) to use with this kit. I also purchased four heavy duty battery terminals for #2/0 wire ($12.82). I went to Home Depot and bought two 2ft strips of #2/0 wire ($14.17). I connected the batteries in parallel with the #2/0 wire.
In theory, this gives me 230 amp hours of storage. I mounted the panels onto the PVC pipe and put it on the roof of my house. The panels are facing East at an estimated 30 degree angle. I chose this location because you can't see the panels from the road (minimizing chance of theft).
However, the general guidelines are: solar panels should face South in the Northern Hemisphere and North in the Southern Hemisphere; A solar panel's angle should be set to the equivalent of your your latitude plus 15 degrees during winter, or minus 15 degrees in summer.
After installing the kit and hooking it up to my batteries, I left it alone for about one week. This gave it time to fully charge the batteries. Today (9-24-2008 -- sunny) I tested the output with a digital multimeter at 12:08pm CST. I am located in Tuscaloosa, Alabama. The charge controller output voltage was 14.19 volts; and the amps measured 2.61.
In order to measure the amps, move the red wire on the multimeter to the 10A DC plug. Turn the multimeter knob to 10A. The multimeter needs to be in between the battery and the charge controller. Imagine a Mom holding a child's hand and a Dad holding the other child's hand. The child is the multimeter. The Dad is the positive battery termial. The Mom is the red wire coming out of the charge controller and going to the battery.
Watts = Volts x Amps. So, the charge controller was outputting about 37 Watts. In order to maximize my batteries' life, I do not want the percentage of charge to ever drop below 80%. This is equivalent to a 12.46 volt meter reading with my digital multimeter. I got this kit to tinker with. This is my first solar kit. Right now I have the included 200-watt inverter hooked up to the batteries. It is providing AC power to my fish tank water filter. I am going to add more devices to the inverter each week until I start getting close to the 80% battery charge. I recommend buying a device called Kill-A-Watt by p3international (about $20). It will show you all of an AC device's power comsumption information.
Somewhat satisfied September 18, 2008
S. Garrison (Mesa, Arizona)
1 out of 1 found this review helpful
The panels are great. I received a sunforce 200 watt inverter, which quit working after 2 weeks. After 3 weeks, the charge controller quit working. I bought a new 1000 watt inverter and a new 10 amp controller and now things are good.
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