
PV installation at Applied Materials, Inc., Austin Texas, 2008. Image by Larry D. Moore via Wikimedia Commons.
Larry D. Moore gallery on WikiMedia Commons (including many images not related to energy).
Apart from its beauty – we suspect there’s more to this PV panel design than an attractive layout. An image of the array, comprised of a larger number of similarly or identically constructed setups, can be found after the jump.

The Applied Materials 24.8 kilowatt solar array at 30.334° -96.612° in Austin, Texas, United States. Image by Larry D. Moore, used under a Creative Commons ShareAlike License.
We’ll try to find out more about this array and post an update.