Four Semiconductor Stocks Worth Owning in 2009 [View article]
I believe that SPWRA uses 6 grams of poly per watt. This means that the polysilicon related cost of goods sold measured in cents per watt = (cost of poly in dollars/kg)*(kg/167 watts)*(100 cents/dollar)
For example at $100/Kg, poly represents about 60 cents per watt. At $35/kg (which is the cost of goods sold for Poly inclusive of depreciation), poly represents 21 cents per watt.
Is there a way to verify that SPWRA requires 6 grams of poly per watt?
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I believe that SPWRA uses 6 grams of poly per watt. This means that the polysilicon related cost of goods sold measured in cents per watt = (cost of poly in dollars/kg)*(kg/167 watts)*(100 cents/dollar)
Jan 09 13:54 pm
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For example at $100/Kg, poly represents about 60 cents per watt. At $35/kg (which is the cost of goods sold for Poly inclusive of depreciation), poly represents 21 cents per watt.
Is there a way to verify that SPWRA requires 6 grams of poly per watt?