Parabolic Trough Prototype: Difference between revisions

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=Bill of Materials=
=Bill of Materials=
Estimation of the material cost for 1m<sup>2</sup> of collector. The costs are in dollars.
<table border=2>
<tr><th>Use<th>Material<th>Specification<th>Quantity<th>Cost
<tr><td>Cover<td>tempered glass<td>5mm
<td>1.05m<sup>2</sup><td>?
</td></tr>
<tr><td>Back and ends<td>steel sheet<td>0.5mm
<td>1.6m<sup>2</sup><td>?
</td></tr>
<tr><td>Structural pieces<td>stainless steel<br>
bars and angles<td>width around 15mm<td>~15m<td>?
</td></tr>
<tr><td>Bearings<td>metal tubes<td>&phi;40mm&times;20mm
<td>2<td>2</td></tr>
<tr><td>Support<td>Plastic pieces<td>to be moulded
<td>2<td>2?</td></tr>
<tr><td>Photodetector<td>photoresistors+case<td>-
<td>1<td>2?</td></tr>
<tr><td>Controller + gear<td>commercially available<td>-
<td>1<td>10-30</td></tr>
<tr><td>Receiver<td>metal tube<td>configurable
<td>~1.2m<td>~5</td></tr>
<tr><td>Chassis<td>square steel tubes<td>30mm
<td>~3m<td>5?</td></tr>
</table>


=Fabrication Procedure=
=Fabrication Procedure=

Revision as of 07:06, 6 March 2009

Introduction

Gang Xiao, professor at University of Nice, France, has developed a low-cost parabolic trough solar thermal concentrator, applicable to electricity production. He is pursuing the steam engine as the heat engine of choice.

Factor e Farm is interested in evaluating the performance of this system by building a prototype. Here are the detailed instructions for prototype deployment.

Concept

Bill of Materials

Estimation of the material cost for 1m2 of collector. The costs are in dollars.

UseMaterialSpecificationQuantityCost
Covertempered glass5mm 1.05m2?
Back and endssteel sheet0.5mm 1.6m2?
Structural piecesstainless steel
bars and angles
width around 15mm~15m?
Bearingsmetal tubesφ40mm×20mm 22
SupportPlastic piecesto be moulded 22?
Photodetectorphotoresistors+case- 12?
Controller + gearcommercially available- 110-30
Receivermetal tubeconfigurable ~1.2m~5
Chassissquare steel tubes30mm ~3m5?

Fabrication Procedure