Abstract: . . .  environmental conditions, the superior performance characteristics of the Uni-Solar TripleJunction, Amorphous Silicon PV technology as been shown to have very consistent performance over time. Even in large-scale, ground-mounted PV array systems, the performance has been shown to be better than expected. The technology has the long-term stability and rugged durability to be a consistent, practical, energygenerating product. ACKNOWLEDGEMENTS The authors are indebted to the Chevron Energy Solutions . . .
. . .  energygenerating product. ACKNOWLEDGEMENTS The authors are indebted to the Chevron Energy Solutions in San Francisco for their help in gathering onsite measurements at the Solarmine site, to Jeff Yang at United Solar Ovonic for providing his expertise the analysis of the Staebler-Wronski effects, to Doris Hollins of United Solar Ovonic for her help in reviewing and formatting this paper, and to Subhendu Guha for his inspiration, advice and guidance in the development process.  . . .
. . .  measured at over 540kWAC! CONCLUSIONS Under actual environmental conditions, the superior performance characteristics of the Uni-Solar TripleJunction, Amorphous Silicon PV technology as been shown to have very consistent performance over time. Even in large-scale, ground-mounted PV array systems, the performance has been shown to be better than expected. The technology has the long-term stability and rugged durability to be a consistent, practical, energygenerating product. ACKNOWLEDGEMENTS The authors . . .
. . .  at over 540kWAC! CONCLUSIONS Under actual environmental conditions, the superior performance characteristics of the Uni-Solar TripleJunction, Amorphous Silicon PV technology as been shown to have very consistent performance over time. Even in large-scale, ground-mounted PV array systems, the performance has been shown to be better than expected. The technology has the long-term stability and rugged durability to be a consistent, practical, energygenerating product. ACKNOWLEDGEMENTS The authors are . . .
. . .  measured were greater than 500kWAC. For the months of February through July of 2004, the peak power was measured at over 540kWAC! CONCLUSIONS Under actual environmental conditions, the superior performance characteristics of the Uni-Solar TripleJunction, Amorphous Silicon PV technology as been shown to have very consistent performance over time. Even in large-scale, ground-mounted PV array systems, the performance has been shown to be better than expected. The technology has the long-term stability and . . .
. . .  greater than 500kWAC. For the months of February through July of 2004, the peak power was measured at over 540kWAC! CONCLUSIONS Under actual environmental conditions, the superior performance characteristics of the Uni-Solar TripleJunction, Amorphous Silicon PV technology as been shown to have very consistent performance over time. Even in large-scale, ground-mounted PV array systems, the performance has been shown to be better than expected. The technology has the long-term stability and rugged durability . . .
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