http://www.solarpowerforhome.userreviews.net.au/solar-power-for-home/how-much-does-solar-power-cost-in-australia/ Everything To Install Solar Power To Your Home Tue, 03 Jan 2012 20:00:36 +0000 hourly 1 http://wordpress.org/?v=3.3.1 http://www.solarpowerforhome.userreviews.net.au/solar-power-for-home/how-much-does-solar-power-cost-in-australia/comment-page-1/#comment-37 Kane Oosty Thu, 23 Apr 2009 23:06:05 +0000 http://www.solarpowerforhome.userreviews.net.au/solar-power-for-home/how-much-does-solar-power-cost-in-australia#comment-37 The amount you get back (and yes if you put power back into the grid they will pay you) depends exactly how much you put back, either way, the power company will be paying you and some money is better than no money. Solar modules come in two distinct categories - crystalline silicon and amorphous silicon thin film. Both amorphous and crystalline technologies are commonly used in efficient grid connected and stand alone installations. Mono and poly crystalline modules usually have 36 solar cells in a 9 x 4 matrix connected in series to provide an output voltage suitable for battery charging. A typical module will provide a peak power output voltage of 17V and output current of 4.7A under optimum conditions, giving a rating of 80 Watts peak (Wp). Modules can be connected in series or parallel to form an array to provide higher voltage and current outputs as required. Crystalline solar modules are covered with tempered glass on top and a tough ethylene vinyl acetate (EVA) material at the back. The glass and backing material protect the solar cells from moisture. The best way to find out is contacting environmental groups or even the power company themselves. Costs vary, and so this is an issue that is best left when you find the appropriate group. The amount you get back (and yes if you put power back into the grid they will pay you) depends exactly how much you put back, either way, the power company will be paying you and some money is better than no money.
Solar modules come in two distinct categories – crystalline silicon and amorphous silicon thin film. Both amorphous and crystalline technologies are commonly used in efficient grid connected and stand alone installations.
Mono and poly crystalline modules usually have 36 solar cells in a 9 x 4 matrix connected in series to provide an output voltage suitable for battery charging. A typical module will provide a peak power output voltage of 17V and output current of 4.7A under optimum conditions, giving a rating of 80 Watts peak (Wp). Modules can be connected in series or parallel to form an array to provide higher voltage and current outputs as required.
Crystalline solar modules are covered with tempered glass on top and a tough ethylene vinyl acetate (EVA) material at
the back. The glass and backing material protect the solar cells from moisture.
The best way to find out is contacting environmental groups or even the power company themselves. Costs vary, and so this is an issue that is best left when you find the appropriate group.

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