Solar developers and utility planners are often faced with the task of determining the solar energy output & economic value of one or more PV systems. This research offers insights into the solar energy value assessment process.
Recent International Energy Agency (IEA) studies demonstrate that it is possible to cost-effectively achieve firm...
This article evaluates and contrasts the variability of large-scale, distributed wind and PV generation across the...
Small-scale variabilities of solar irradiance are important for many applications. Downscaling approaches need to be...
This article evaluates the accuracy of solar forecast models, including SolarAnywhere®, as a function of geographic...
This article presents an experimental evaluation of the combined effective capacity of off-shore wind and...
This presentation describes the importance of PV output variability as a factor in calculating the value of a fleet of...
This paper describes how to generate more accurate Weather-Adjusted Performance Guarantees for PV systems using a...
This presentation describes how measured data was used to evaluate the potential of PV to satisfy the electrical needs...
Clean Power Research® is excited to introduce SolarAnywhere® high-resolution Typical GHI Year (TGY) and Typical DNI Year (TDY) datasets at 1-minute and 5-minute temporal resolutions. By leveraging AI-powered downscaling algorithms, these datasets deliver highly...
Clean Power Research® is excited to announce the launch of 5-minute, 500-meter real-time solar data for SolarAnywhere® SystemCheck® users across the continental U.S. (CONUS), Hawaii, Mexico and the Caribbean. With this high-resolution data, PV performance engineers...
As solar development expands into higher latitudes—from Alaska to the Nordics—the need for accurate, high-resolution solar resource data becomes increasingly critical. These regions experience extreme seasonal variation in daylight hours, making precise modeling...