Ausra cost: Difference between revisions
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This is consistent with our predictions - | This is consistent with our predictions - | ||
http://openfarmtech.org/index.php?title=Solar_Turbine_Working_Paper#Structure_Optimization | |||
The | The OSE system shown here, at 2% overall solar to electric efficiency, yields 1 kW of peak power at a cost of $3000 per kilowatt. We are aiming at efficiency of 6% for the initial prototype, or peak power of 3 kW from the system shown. For a mature version, we are aiming at 10-15% efficiency for 5kW systems - or those of home scale use. | ||
Anyone who is at least slightly numerically or technologically literate will immediately notice this as a breakthrough proposition, and should subscribe to support this work at [[True Fans]]. | Anyone who is at least slightly numerically or technologically literate will immediately notice this as a breakthrough proposition, and should subscribe to support this work at [[True Fans]]. | ||
[[Category:Solar Turbine]] | [[Category:Solar Turbine]] | ||
Latest revision as of 22:27, 2 July 2013
From paper shown at http://montaraventures.com/energy/2008/03/10/ausras-bold-claim/ , Ausra's existing cost per peak kilowatt is $3000 for solar concentrator power.
This is consistent with our predictions -
http://openfarmtech.org/index.php?title=Solar_Turbine_Working_Paper#Structure_Optimization
The OSE system shown here, at 2% overall solar to electric efficiency, yields 1 kW of peak power at a cost of $3000 per kilowatt. We are aiming at efficiency of 6% for the initial prototype, or peak power of 3 kW from the system shown. For a mature version, we are aiming at 10-15% efficiency for 5kW systems - or those of home scale use.
Anyone who is at least slightly numerically or technologically literate will immediately notice this as a breakthrough proposition, and should subscribe to support this work at True Fans.