SolarAnywhere
Industry-leading irradiance data and analytical software services for site evaluation and validation, performance benchmarking, and management of grid-connected PV systems.
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Draw from a reliable data source
SolarAnywhere® time-series irradiance data are calculated from exclusive satellite image processing methods developed by Dr. Richard Perez at SUNY Albany and provide unmatched resolution. Access more than 14 years of historical data as well as real-time, forecast and typical year data for high-accuracy solar resource prediction.
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Guarantee optimal system operation with SolarAnywhere® SystemCheck™
Benchmark PV system performance with industry-leading irradiance data and trusted PV simulation analytics available with SystemCheck. By incorporating SystemCheck into custom monitoring or performance management software solutions, leasing companies, installer/financing networks and monitoring companies gain a competitive edge through energy production optimization of their PV systems.
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Take control of your distributed PV resources with SolarAnywhere® FleetView™
FleetView takes the reliability of SolarAnywhere irradiance data and advanced PV fleet modeling to the next level. Using patented fleet variability algorithms, FleetView enables utility and ISO planners to plan and operate distributed PV fleets reliably and cost effectively. SolarAnywhere forecasts can also be integrated into FleetView to provide plant operators with irradiance and energy production up to seven-days in advance for any single location or PV fleet.
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Model PV systems with ease
SolarAnywhere datasets can be used in PV modeling programs such as PVSyst or SAM, or directly incorporated into the SolarAnywhere PV simulation calculator for PV production modeling. SolarAnywhere makes it easy to perform energy output calculations by simplifying the process of uploading PV system specifications.
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Benchmark your site data
For the most technical users, SolarAnywhere provides a benchmarking function that allows ground or reference data upload. This makes it easy to assess reference data quality and compare it to SolarAnywhere satellite-derived data over any selected time intervals.
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