EKO works directly with several universities across the globe.

These collaborations help us to understand the needs of the industry and predict what we need the most.

This study, published in Solar Energy (2024), showcases how EKO Instruments’ all-sky imagers and solar sensors were used to develop an advanced machine learning model for short-term solar irradiance forecasting.[...]

Pyrheliometer

suntracker

Uncertainty in the Calibration Transfer of Solar Irradiance Scale

Solar radiation is probably the most influential magnitude on Earth’s climate system and on its energetic balance. It is measured and studied in fields of science such as astronomy and[...]

#research

#ms-711

#spectroradiomter

Precision Aerosol Monitoring Using EKO MS-711

Recent research confirms that compact spectroradiometers can effectively achieve precision aerosol monitoring[...]

#research

#aemet

#all-sky-camera

Solar Irradiance Ramp Forecasting Based on All-Sky Imagers

#research

#aemet

#ms-711

Atmospheric Insights: Aerosols, and Water Vapor Retrievals Based on Spectral Irradiance Data

This collection of studies delves into innovative methods for understanding and improving solar and atmospheric measurements. Topics include solar forecasting using all-sky imagers, aerosol retrievals with advanced spectroradiometers, and water[...]

#university

#albedo

#ekoinstruments

The effect of spectral albedo in bifacial photovoltaic performance – DTU / Denmark

A unique testbed for research & development, the Ami & Inashiki PV plants near Tokyo have a combined annual power generation capacity of nearly 2.8 GWh and feature solar panels[...]