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...
This report examines the feasibility and cost-effectiveness of firm renewable power generation in Nova Scotia under a...
The high share of PV energy requires greater system flexibility to address the increased demand/supply imbalance...
This project combines ultra-high-resolution (0.5 meter or 1 meter) Digital Elevation Model (DEM) data and 3D vector...
Grid-connected solar power generation, either dispersed or centralized, has developed and grown at the margin of a...
We investigate whether photovoltaics (PV) can effectively and economically contribute to a massively renewable energy...
Satellite-derived solar irradiance data are known to underestimate temporal variability compared to point measurements...
We investigate whether PV can effectively and economically contribute to a massively renewable energy (RE) power...
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...