Combining Solar Satellite & Ground Data to Reduce Solar Project Uncertainty

These papers highlight the benefit of combining high-quality solar ground data with satellite derived solar irradiance data to reduce solar project uncertainty.

Combining Solar Satellite & Ground Data to Reduce Solar Project Uncertainty

These papers highlight the benefit of combining high-quality solar ground data with satellite derived solar irradiance data to reduce solar project uncertainty.
Importance of Input Data and Uncertainty Associated with Tuning Satellite to Ground Solar Irradiation
 |  June 2016

Although the uncertainty of satellite data such as SolarAnywhere® Data has been shown to be low, it can be challenging...

On the Ability of Ground Based Global Horizontal Irradiance Measurements to Reduce Error in Satellite Derived Plane of Array Irradiance data for Fixed Tilt Photovoltaic Power Plants
 |  June 2016

This paper quantifies the residual errors in plane of array irradiance (POAI) at locations where ground-measured GHI...

Combining Satellite and Ground Data: What Works & What Doesn’t
+  |  February 2015

In this presentation, you'll learn about which type of solar irradiance data—typical year, ground or satellite—is...

Reducing Solar Project Uncertainty with an Optimized Resource Assessment Tuning Methodology
 |  June 2014

This paper describes procedures suitable for the optimal combination of ground-based and satellite-based irradiance...

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