EKO pyranometers provide precise solar irradiance measurements for photovoltaic performance assessment, weather stations, and climate research. Our instruments meet ISO 9060 and ISO 61724 standards, ensuring reliability for professionals in solar energy, meteorology, and research institutes
With integrated high-efficiency dome heating, the MS-80SH is the new standout choice for value, accuracy, speed, reliability and IEC 61724-1:2021 Class A monitoring.
The elite MS-80S Class A pyranometer includes a state-of-the-art thermopile sensor, and new ‘S-Series’ internal diagnostics system, and 4-channel smart interface.
An ISO9060:2018 Class A solar sensor in the top tier ‘fast-response and ‘spectrally flat’ sub-categories, with unprecedented low zero-offset behaviour, and a 5-year recalibration interval.
Designed for agricultural research, meteorological applications, and small to medium-scale solar plants, the S-series ISO 9060:2018 Class B MS-60S Pyranometer is part of the most accurate, reliable, and robust family of pyranometers in the world.
The MS-60 is an ISO 9060:2018 Class B pyranometer with analog output and double dome construction for lower offsets and cosine errors.
The S-Series ISO 9060:2018 MS-40S Class C Pyranometer is a cost-efficient part of the most accurate, reliable and robust family of pyranometers in the world, and the class-leading solution for system integrators, agrometeorological networks, and professional small-scale PV sites.
The MS-40 is an ISO 9060:2018 Class C pyranometer, and the most cost-effective irradiance sensor for agro-meteorological networks and professional small-scale PV sites where solar radiation is taken seriously.
The compact, industrial-grade ML-01 silicon pyranometer is made for high-quality irradiance measurements. It’s Class C, Fast Response, light, tough and easy to integrate into any project or application.