Performance Results for the Prism Solar Installation at the New Mexico Regional Test Center: Field Data from February 15 - August 15 2016

@inproceedings{Lave2016PerformanceRF,
  title={Performance Results for the Prism Solar Installation at the New Mexico Regional Test Center: Field Data from February 15 - August 15 2016},
  author={Matthew S. Lave and Joshua S. Stein and Laurie Burnham},
  year={2016}
}
A 9.6 kW test array of Prism bifacial modules and reference monofacial modules installed in February 2016 at the New Mexico Regional Test Center has produced six months of performance data. The data reveal that the Prism modules are out-performing the monofacial modules, with bifacial gains in energy over the six-month period ranging from 18% to 136%, depending on the orientation and ground albedo. These measured bifacial gains were found to be in good agreement with modeled bifacial gains… 
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References

SHOWING 1-4 OF 4 REFERENCES
Multi-Variable Bifacial Photovoltaic Module Test Results and Best-Fit Annual Bifacial Energy Yield Model
TLDR
The effects of the module's minimum height ratio, tilt angle, and ground albedo on the annual energy output were studied through direct field measurement and a best-fit model that links these variables to the annualEnergy output is presented.
Bifacial photovoltaic module best-fit annual energy yield model with azimuthal correction
While manufacturers are already producing bifacial modules, there is slow adoption into the market place partially due to a current deficiency in bifacial performance and safety standardized testing
Multi-Year Study of Bifacial Energy Gains Under Various Field Conditions
  • presented at the 4th PV Performance Modelling Workshop, Cologne, Germany, 2015. 38 39 DISTRIBUTION 1 MS0899 Technical Library 9536 (electronic copy) 40
  • 2015