How many watts or amps does the Moultrie 6-Volt Solar Panel produce under the best solar conditions?
623750
Mine have produced about 6.5 -7.0 volts under full Louisiana summer sun. In the shade they still produce about 6.0 volts and keep my batteries charged indefinitely. I rarely end up with a discharged battery in my feeders.
623751
I can't tell you about the watts or amps it puts out but I ran a feeder (mine fed fish) six times a day in the summer and the 6 volt battery was always fully charged. The feeder has a small motor and something similar to a fan blade on the shaft that slings feed in to the pond - I have it hanging from a dock. Sorry I couldn't be of more help but it did everything I needed it to do.
550349
Yes, I have several of these inverters, One has 2 - 185 watt panels and on a sunny day it produces around 1.5 kw of electricity.
2232963
Amps=watts/volts. So 250w/24v=10.4 amps. This is considering full output of the solar panel and no loss through cabling. So to be safe you can run three solar panels More than likely you can get away with four, as you will likely never see a full 10 amps output.
1504013
Shure under perfect conditions and if you purchased another six 100w panels. These panels only produce like 5.5 amps under perfect conditions. Also you would need more than a 40 amp charge controller. As 5.5 times 7 panels (for a total of 700 watts) is 42 watts continuous and would over heat the controller.
1623081
I'm not sure (amp wise). But I have 1000 watt panels connected to my charge controller for about 6 months now, and it's working excellent.
318769
I think you will be OK. If you do the math, 6X200 = 1200 watts. That's easily handled by wattsup. Be careful to connect the solar cells to the "source" end, also I would use a diode to prevent any chance of backflow, just as a safety feature.
984701
I expect no problem with 200 watts of solar in it is possible to get over 10 amps but unit will self protect and in real world use 10 amp will be unlikely.
1241905
It only puts out 6 watts at 12 volts P=E x I therefore..... 6Watts = 12Volts x .5Amps Get it? .5 Amps output.
1283052
145watts *2 panels is 290watts --- 290watts / 12volts = 24.16amps under max sunlight and optimal conditions. Youll need to use 2 charge controllers or one that can handle 48.34amp. 2 charge controllers will work together to get the batteries charged. I currently am useing 3 with my 840watts and get about 70amps to charge 9 115amp/hr batteries.
1856502
Each panel is 130 watts and 17.1 volts output and 7.6 Amps. 17.1 x 7.6 = 130 When I connect thur a solar charger on a sunny day it can read into a battery 13 volts x 20 amps = 260 watts input to the battery charger
530383
I have 630 watts mounted face up on my camper. I see about 35 Amps maximum. On bright overcast days I can recover my typical usage of 65AH. On dark cloudy days, I recover less. I've seen 2 amps of charging in dark cloudy and rain. So you can expect perhaps 1 AH in dark conditions. Figure 10-2 as producing the most, while prior to 10 and after 2 produce about 1 AH. So add that up, perhaps 5 AH on a dark rainy day, and 50 AH on a bright overcast day, or somewhere in between. If your batteries were deeply discharged and you used an MPPT charge Controller, you can expect as much as 150 AH on a clear sunny day. I have 630 watts mounted face up on my camper. I see about 35 Amps maximum. On bright overcast days I can recover my typical usage of 65AH. On dark cloudy days, I recover less. I've seen 2 amps of charging in dark cloudy and rain. So you can expect perhaps 1 AH in dark conditions. Figure 10-2 as producing the most, while prior to 10 and after 2 produce about 1 AH. So add that up, perhaps 5 AH on a dark rainy day, and 50 AH on a bright overcast day, or somewhere in between. If your batteries were deeply discharged and you used an MPPT charge Controller, you can expect as much as 150 AH on a... » Read More I have 630 watts mounted face up on my camper. I see about 35 Amps maximum. On bright overcast days I can recover my typical usage of 65AH. On dark cloudy days, I recover less. I've seen 2 amps of charging in dark cloudy and rain. So you can expect perhaps 1 AH in dark conditions. Figure 10-2 as producing the most, while prior to 10 and after 2 produce about 1 AH. So add that up, perhaps 5 AH on a dark rainy day, and 50 AH on a bright overcast day, or somewhere in between. If your batteries were deeply discharged and you used an MPPT charge Controller, you can expect as much as 150 AH on a clear sunny day. « Show Less
1784117
I am charging two batteries(lawn mower size) from the panel through the regulator I am adding a transformer to smooth the circuit,,, it ends at a 1000watt inverter, everything seems good,the panel generates electricity even on cloudy days...MPP
409134
The Sunforce 60032 is rated for "12V" solar panels. These typically have an open loop voltage of around 21 volts, or so. It's interesting to note that a solar cell is a current, not voltage source, so it tries to deliver a constant current and raises the voltage up to a maximum as the load is reduced. Power output is voltage times current. In the open loop configuration (no load) the voltage is maximized but the current is zero. In the short circuit configuration the current is maximized but the voltage is zero. In both these cases the power output is zero watts. To draw power from the panel requires a resistive load so that both the voltage and current are non-zero.
1908593
The solar panel rated peak current is 5.7Amp. The charge controller 30amp is maximum system input the charge controller allows.
1248021
This is a very nice solar panel that is mounted on a somewhat flexible metal sheet. I produces about 16v dc at the contacts in Florida sun (rated at 12v for a 12v battery), but I use a solar controller so it won't overcharge my battery. I have it hooked to a 12v trolling motor deep cycle battery on a small boat. I have not had to externally charge the battery since attaching the solar panel, and that gives me a few hours per week of power.
852805
Hi I never tested mine but a 100 watt panel puts out 5.6 amps .hope this helps.
1523593
I purchased this after reading the other responses and can confirm. I'm using a single Solarworld 250w panel (24v) with two 6v Sun eXtender batteries (wired for 12v). Works great.