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We have some questions and need your advice.

1) The following loads are supposed to be installed in 1 house.
1.1 Aircondition (12000 BTU) 1 UNIT (3500 W)
1.2 Water pump 1 UNIT (1000 W)
1.3 FAN 3 UNIT (150 W)
1.4 LIGHTING (LED Light) 12 UNIT (300 W)
1.5 TV 1 UNIT (200 W)
1.6 DVD Player 1 UNIT (20 W)
1.7 WASHING MACHINE 1 UNIT (200W)
1.8 REFRIGERATER 1 UNIT (200W)
TOTAL 5570 W

2007-08-11 13:11:43 · 4 answers · asked by gaspar e 1 in Home & Garden Other - Home & Garden

4 answers

you watts for appliances seem to be out,i would get a number of large solar panels,a 24 volt inverter and a large amount of deep cycle lead acid battery's,1000 Milly amps =1 amp...24 volts at 24 watts=1 amp....current draw on a 24 volt inverter 230 volts 1000 watts .45 amps off battery's

2007-08-11 14:10:31 · answer #1 · answered by tugboat 4 · 0 0

This could be expensive. I not sure of exact math, but, a GE GEPVp200 has a Peak power of 200 watts at 26.3 volts and it sell for $1,099.99 just say $1,100. So, I guess you buy the number of panels for your Watts, THEN, additional to connect in series for your Voltage. Maybe you can contact these people below and ask how this can work and what you would need.
This where I look;
http://www.solarhome.org/solarpanelbrand_ge.html
PDF Files give specs.
Also at this link where I start, many brands;
http://www.solarhome.org/solarpanelscenter.html

2007-08-11 20:23:15 · answer #2 · answered by Snaglefritz 7 · 0 0

Yea thats a large and expensive project you got. You can expect to pay at least $4 per watt if you find them cheap online and do everything yourself. Or if you are lucky your state/town may reimburse you for the system.

But anyways to answer your question you will need the following.
Lots and lots of solar cells.
A way to mount it to your roof.
A power inverter to convert it to 120/110 VAC power.
An electrician to hook the inverter to your houses power grid.
And LOTS of money.

2007-08-11 20:17:01 · answer #3 · answered by Jake in Indiana 5 · 0 0

one square metre of photo electric panel will give you 100watts of power. Therefore you will need 50 sq metres of panel to supply your usage. Triple this amount to allow surplus energy to charge a battery pack for when the sun is not shining.

2007-08-12 03:21:35 · answer #4 · answered by Anonymous · 0 0

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