Papers on Resource Assessment
and Satellites
- IS THERE REALLY ENOUGH SUN IN THE EMPIRE STATE? (2007)
- GIS MINING FOR SOLAR RESOURCE (Mark Mehos and R. Perez, 2005)
- ANALYSIS OF SATELLITE-DERIVED BEAM AND GLOBAL SOLAR RADIATION DATA [ASES 2005]
- FORECASTING
SOLAR RADIATION -- PRELIMINARY EVALUATION OF AN APPROACH BASED UPON THE
NATIONAL FORECAST DATA BASE [ASES 2005]
- SATELLITE-BASED SOLAR RESOURCE ASSESSMENT: --- SOCIAL, ECONOMIC AND CULTURAL CHALLENGES AND BARRIERS, TECHNOLOGICAL GAPS [12/2004] (Solar Resource from the Local Level to Global Scale in Support of the Resource Management of Renewable Electricity Generation)
- Field Validation of the Clean Power Estimator’s Obstruction Analysis Algorithm [ 2004]
- Status of High Resolution Solar Irradiance
Mapping
From Satellite Data [Proc. ASES, 2004]
- Producing Satellite-Derived Irradiances in Complex
Arid Terrain [Proc. ASES, 2003 / Solar Energy 2004]
- Production of Site/Time Specific Hourly Irradiances --
Satellite Remote Sensing vs. Network [Proc. ASES, 1996]
- The Strengths of Satellite Solar Resource Assessment
[Proc.
ASES, 1997]
- Determination of the
Effective
Accuracy of Satellite-Derived Global, Direct & Diffuse Irradiance
in
the Central United States [Proc. ASES, 2000]
- Cloud Cover Reporting Bias at
Major Airports [Proc. ASES, 2000]
- Remote Monitoring of PV Performance Using
Geostationary
Satellites [Solar Energy, 2001]
- A New Operational
Satellite-to-Irradiance
Model -- Description and Validation [Solar Energy, 2002]
- A New Airmass Independent Formulation for the Linke
Turbidity
Coefficient [Solar Energy, 2002]
More Papers on Resource Assessment and
Satellites
- Solar Irradiance Conversion Model [Solar Cells, 1986]
- Climatic Evaluation of Models that Predict Hourly
Direct Irradiance from Hourly Global Irradiance: Prospects for
Performance
Improvements [Solar Energy, 1990]
- Derivation of Cloud Index from Geostationary
Satellites
and Application to the Production of Solar Irradiance and Daylight
Illuminance
Data [Theoretical and Applied Climatology, 1999]
- An Anisotropic Hourly Diffuse Radiation Model for
Sloping Surfaces: Description, Performance Validation, Site Dependency
Evaluation [Solar Energy, 1986]
- Geostatistical Properities and Modeling of Random
Cloud Patterns for Real Skies [Solar Energy, 1993]
- Dynamic Global-to-Direct Irradiance Conversion Models
[ASHRAE Transactions, 1992]
- Solar Irradiance Conversion Models [Solar Cells, 1986]
- Effective Accuracy of Satellite-Derived Hourly
Irradiances
[Theoretical and Applied Climatology, 1999]
- Luminuos Efficacy of Direct Irradiance: Variations
with Insolation and Moisture Conditions [Solar Energy, 1989]
- Modeling daylight Availability and Irradiance
Components
from Direct and Global Irradiance [Solar Energy, 1990]
- Erratum:
All-Weather Luminance Model [Solar Energy, 1993]
- Degradation
of Solar Concentrator Performance in the Aftermath of Mount Pinatubo
[Solar Energy, 1994]
- Evaluation of Daylight Availability Conversion Models
at the Albany IDMP Station [Proc. ASES, 1994]
- Ground-Reflected Radiation and Albedo [Solar Energy,
1990]
- Importance of Correct Albedo Determination for
Adequately
Modeling Energy Received by Tilted Surfaces [Solar Energy, 1987]
- Indoor Daylighting Frequencies Computed as a Function
of Outdoor Solar Radiation Data [CIE, 1991]
- Making Full use of the Clearness Index for
Parametering
Hourly Insolation Conditions [Solar Energy, 1990]
- Modeling
Sky Luminance Angular Distribution for Real Sky Conditions:
Experimental
Evaluation of Existing Algorithms
- A New Simplified Version of the Perez Diffuse
Irradiance
Model for Tilted Surfaces
- All-Weather
Model for Sky Luminance Distribution- Preliminary Configuration and
Validation
- Using Satellite-Derived Insolation Data for the
Site/Time
Specific Simulation of Solar Energy Systems
- A Simple Procedure for Correcting Shadowband Data
for all Sky Conditions
- Sky
Luminance Data Validation: Comparison of Seven
Models with Four Data Banks
- Variations of the Luminous Efficacy of Global and
Diffuse Radiation and Zenith Luminance with Weather Conditions
- A
Two-Parameter Description of the Sky Hemisphere
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