Spectrafy's ability to combine multiple, previously expensive and difficult measurement capabilities into a single compact, robust sensor makes advanced meteorological measurements practical and affordable.
In May, Spectrafy personnel attended the 10th PV Performance Modeling Workshop in Albuquerque New Mexico and presented our lastest work on enabling the SolarSIMs to automatically calculate PV spectral correction factors (SCFs).
Spectrafy is proud to announce our recent publication in the Journal of Solar Energy.
Spectrafy is proud to have been accepted into the Association of Hydro-Meteorological Equipment Industry (HMEI).
The SolarSIM sensors represent the state-of-the-art in solar resource measurement for PV applications. They are the only Class A sensors capable of resolving both broadband irradiance and the spectral uncertainty inherent in all PV technologies.
Spectrafy is glad to announce the extension of the SolarSIM Research Grant Program (SSRG) through until the end of 2018.
Phosfluorescently e-enable adaptive synergy for strategic quality vectors. Continually transform fully tested expertise with competitive technologies. Appropriately communicate adaptive imperatives rather than value-added potentialities. Conveniently harness frictionless outsourcing whereas state of the art interfaces. Quickly enable prospective technology rather than open-source technologies.
Phosfluorescently e-enable adaptive synergy for strategic quality vectors. Continually transform fully tested expertise with competitive technologies. Appropriately communicate adaptive imperatives rather than value-added potentialities. Conveniently harness frictionless outsourcing whereas state of the art interfaces. Quickly enable prospective technology rather than open-source technologies.
