Solar Resource Applications Session
Surface Radiation from GOES Satellites: Improving Radiative Transfer in a Physical Model
A. Habte and M. Sengupta, National Renewable Energy Laboratory
Paper
Progress Towards Deriving an Improved Long-Term Global Solar Resource
S. Cox, J. Mikovitz, T. Zhang and S. Sorlie, Science Systems & Applications; P. Stackhouse Jr., NASA Langley Research Center; R. Preez, K. Hemker Jr., J. Schlemmer and S. Kivalov, State University of New York at Albany; D. Renne and M. Sengupta, National Renewable Energy Laboratory; J. Bates and K. Knapp, National Climate Data Center
Paper
Wind Speed Estimation in Saudi Arabia Using the Particle Swarm Optimization
M. Mohandes, King Fahd University of Petroleum and Minerals and S. Badran, Al-Baha University, Saudi Arabia
Paper
Photovoltaic Modeling with Bias Correction Using Demonstration Site Data in the Southeastern U.S.
J. Allen and R. Wang, Allen Analytics LLC and W. Hobbs,
Southern Company Service
Paper
Solar Variability Session
Deriving Cloud Motion Vectors From a PV Power Plant On-Site Sensors
J. Bosch and J. Kleissl, University of California, San Diego
Paper
Relating Solar Resource Variability to Cloud Type
L. Hinkelman, University of Washington; Andrew Heidinger, NOAA/NESDIS Center for Satellite Applications and Research; M. Sengupta and A. Habte, National Renewable Energy Laboratory
Paper
Volatility and Deviation of Distributed Solar
A. Goldstein, Yale; A. Thornton and S. Kerrigan, Locus Energy
Paper
Using Cloud Classification to Model Solar Variability
M. Reno and J. Stein, Sandia National Laboratories
Paper
Solar Forecasting I Session
Behind-the-Meter PV Fleet Forecasting
T. Hoff B. Norris and J. Dise, Clean Power Research; R. Perez, ASRC, University at Albany; J. Blatchford, CISO and O. Bartholomy and T. Vargas, Sacramento Municipal Utility District
Paper
Operational Implementation and Evaluation of a Solar and Wind Integrated Forecast Tool (SWIFT) in the Hawaiian Islands
J. Freedman and J. Zack, AWS Truepower and D. Nakafuji, Hawaiian Electric Company
Paper
Comparison Between Several Parametrization Schemes in WRF for Solar Forecasting in Coastal Zones
I. López-Coto, J. Bosch, P. Mathiensen and J. Kleissl, University of California, San Diego
Paper
Recent Advances in Solar Variability Modeling and Solar Forecasting at UC San Diego
J. Kleissl, J. Bosch, B. Kurtz, M. Lave, I. Lopez, P. Mathiesen, A. Nguyen and B.Urquhart, University of California, San Diego
Paper
Solar Forecasting II Session
A Public-Private-Academic Partnership to Advance Solar Forecasting
S. Haupt, National Center for Atmospheric Reseach
Paper
Day-Ahead Cumulative Solar Irradiance Prediction Method Using Percent Cloud Cover Forecasts
W. Greenwood, F. Cheng, O. Lavrova and A. Mammoli, University of New Mexico and S. Willard, Public Service Company of New Mexico
Paper
Application of a Pyramidal Image Matching Scheme for Short-Term Cloud and Irradiance Prediction in the Hawaiian Islands
S. Young and J. Zack, AWS Truepower
Paper
Solar Resource Measurement Advances Session
Aerosol Turbidity Derivation from Broadband Irradiance Measurements: Methodological Advances and Uncertainty Analysis
C. Gueymard, Solar Consulting Services
Paper
Providing High Quality Data to Test and Validate PV Models
F. Vignola, R. Kessler, F. Lin and J. Peterson, University of Oregon and Bill Marion, National Renewable Energy Laboratory
Paper
Graphical Analysis of Real Skies with the Clear Day Index: Using Penn State SURFRAD Data
K. Yates, L. Witmer and J. Brownson, Pennsylvania State University
Paper
SMUD-Neo Irradiance (SNI) Open Access Database
J. Bing, W. Thomas and R. Williams, NEO Virtus Engineering; E. Sison-Lebrilla, O. Bartholomy and T. Vargas, Sacramento Municipal Utility District
Paper
Web-Based Mapping Applications for Solar Energy Project Planning
J. Kuiper, Argonne National Laboratory; D. Ames, Brigham Young University; D. Koehler, Boise State University; R. Lee, Idaho National Laboratory and T. Quinby, National Renewable Energy Laboratory
Paper