Comments on: How many solar panels would I need to power my washer machine? http://www.solar-empire.net/solar-panels/how-many-solar-panels-would-i-need-to-power-my-washer-machine Sat, 04 Feb 2012 09:01:59 +0000 hourly 1 http://wordpress.org/?v=3.3.1 By: Terry http://www.solar-empire.net/solar-panels/how-many-solar-panels-would-i-need-to-power-my-washer-machine/comment-page-1#comment-3333 Terry Mon, 22 Feb 2010 06:21:59 +0000 http://www.solar-empire.net/solar-panels/how-many-solar-panels-would-i-need-to-power-my-washer-machine#comment-3333 You need as many as it takes! Global warming is YOUR fault! Al Gore said so! $1,100 for 208 watts? There isn't enough electricity produced from a solar panel to even produce a solar panel. How pathetic. If you've got that kind of $, hire a laundry service.<br><b>References : </b><br> You need as many as it takes! Global warming is YOUR fault! Al Gore said so! $1,100 for 208 watts? There isn’t enough electricity produced from a solar panel to even produce a solar panel. How pathetic. If you’ve got that kind of $, hire a laundry service.
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]]> By: gdwrnch40 http://www.solar-empire.net/solar-panels/how-many-solar-panels-would-i-need-to-power-my-washer-machine/comment-page-1#comment-3332 gdwrnch40 Mon, 22 Feb 2010 06:07:59 +0000 http://www.solar-empire.net/solar-panels/how-many-solar-panels-would-i-need-to-power-my-washer-machine#comment-3332 The solar panels have a 12 volt DC output.You would have to get an inverter and a small battery bank to run the washer.<br><b>References : </b><br> The solar panels have a 12 volt DC output.You would have to get an inverter and a small battery bank to run the washer.
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]]> By: nypiperpilot http://www.solar-empire.net/solar-panels/how-many-solar-panels-would-i-need-to-power-my-washer-machine/comment-page-1#comment-3331 nypiperpilot Mon, 22 Feb 2010 05:52:59 +0000 http://www.solar-empire.net/solar-panels/how-many-solar-panels-would-i-need-to-power-my-washer-machine#comment-3331 Solar panels produce power in proportion to the amount of sun light and inverse proportion to the temperature. To use solar power you will need in addition to the panels a bank of batteries a charge controller and an inverter to convert to 120v. The panel(s) will only be used to recharge the batteries and the batteries connected to the inverter is what is going to run your washing machine. You therefore need to know how long is the machine going to run, how often and how much charging can you expect to get from each panel in order to figure out how many panels you will need and how many batteries. If you do only one load very infrequenly, you will be able to use a smaller battery bank and charge at a lower rate.<br><b>References : </b><br> Solar panels produce power in proportion to the amount of sun light and inverse proportion to the temperature. To use solar power you will need in addition to the panels a bank of batteries a charge controller and an inverter to convert to 120v. The panel(s) will only be used to recharge the batteries and the batteries connected to the inverter is what is going to run your washing machine. You therefore need to know how long is the machine going to run, how often and how much charging can you expect to get from each panel in order to figure out how many panels you will need and how many batteries. If you do only one load very infrequenly, you will be able to use a smaller battery bank and charge at a lower rate.
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]]> By: Mark H http://www.solar-empire.net/solar-panels/how-many-solar-panels-would-i-need-to-power-my-washer-machine/comment-page-1#comment-3330 Mark H Mon, 22 Feb 2010 05:08:59 +0000 http://www.solar-empire.net/solar-panels/how-many-solar-panels-would-i-need-to-power-my-washer-machine#comment-3330 Can't answer your questions but you can find those panels for $984.50, which is signficant if you are buying more than one. An uneducated guess would be that one panel would be enough to power the clothes washer, but maybe not the clothes dryer. The washer is just a motor and a spinning device.<br><b>References : </b><br>http://www.altersystems.com/catalog/sharp-solar-m-6.html?page=2&sort=3a&gclid=CInVzNqQ-IsCFRTCYAoddnXRVg&manufacturers_id=6 Can’t answer your questions but you can find those panels for $984.50, which is signficant if you are buying more than one. An uneducated guess would be that one panel would be enough to power the clothes washer, but maybe not the clothes dryer. The washer is just a motor and a spinning device.
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http://www.altersystems.com/catalog/sharp-solar-m-6.html?page=2&sort=3a&gclid=CInVzNqQ-IsCFRTCYAoddnXRVg&manufacturers_id=6

]]> By: dulcrayon http://www.solar-empire.net/solar-panels/how-many-solar-panels-would-i-need-to-power-my-washer-machine/comment-page-1#comment-3329 dulcrayon Mon, 22 Feb 2010 04:55:59 +0000 http://www.solar-empire.net/solar-panels/how-many-solar-panels-would-i-need-to-power-my-washer-machine#comment-3329 I will now teach you to fish, rather than feed you fish. Well, that said--the following formula will answer your question. watts divided by 115=amps so-multiply 9.6 X 115=1,104 watts. 1,104 divided by 208=6 panels associated wiring breakers etc. should bring the cost to around 9 or $10,000 that's plus labor<br><b>References : </b><br> I will now teach you to fish, rather than feed you fish.

Well, that said–the following formula will answer your question.

watts divided by 115=amps
so-multiply 9.6 X 115=1,104 watts.
1,104 divided by 208=6 panels

associated wiring breakers etc. should bring the cost to around 9 or $10,000 that’s plus labor
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]]> By: WizPip http://www.solar-empire.net/solar-panels/how-many-solar-panels-would-i-need-to-power-my-washer-machine/comment-page-1#comment-3328 WizPip Mon, 22 Feb 2010 04:43:59 +0000 http://www.solar-empire.net/solar-panels/how-many-solar-panels-would-i-need-to-power-my-washer-machine#comment-3328 P(Watts) = I(Amps) x V(Volts) Power = 9.6 x 120 Power = 1,152 Watts. Therefore you would require 6 x 208Watt solar panels to power the machine on a clear bright day, many more on a cloudy or dull day. Sorry to be a little rain cloud!<br><b>References : </b><br> P(Watts) = I(Amps) x V(Volts)

Power = 9.6 x 120

Power = 1,152 Watts.

Therefore you would require 6 x 208Watt solar panels to power the machine on a clear bright day, many more on a cloudy or dull day.

Sorry to be a little rain cloud!
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