The MS-90 sensor measures the Direct Normal Irradiance (DNI) without the need for a sun-tracker. It is a reinvention of the MS-093 sunshine duration meter which is a reliable and accurate sunshine duration meter deployed within the AMeDaS network in Japan for over 10 years. More than 800 stations gather precise sunshine duration information every day. The MS-90 is a cost effective solution to be applied in solar energy monitoring systems and meteorological networks.

New and improved cost effective design recommended for standard global radiation measurements. Three different models are available, all fully compliant with ISO 9060 standards for First Class pyranometers. The compact sensor with double dome surpresses offsets and easily integrates all value added features such as a ventilator, heater and different industrial interfaces.

EKO added a new Si-pyranometer to the range. The ML-02 is the smallest irradiance sensor designed for measurement applications which require a small mechanical footprint and low weight. The sensor can be used on drones, UAV's, balloon sonds, renewable industry where efficient energy supply systems will be integrated to building facades, automotive and wearables. Built a cost effective PV rooftop monitoring system in combination with the ML-02, M-box (Modbus®) and PT-100 temperature sensor.  

We provide different mounting options to easily integrate the sensor. The ML-02 detector with high analog output and can be combined with our industrial interfaces MC-11, MC-20, A-box and M-box. The sensor has 2 years warranty and calibration compliant to the international standards defined by ISO9847. 

Second Class pyranometer with improved specifications and no longer need to inspect and change the dessicant. Cost effective design recommended for standard global radiation measurements. Three different models are available, all fully compliant with ISO 9060 standards for Second Class pyranometers. The compact sensor with single dome easily integrates all value added features such as a ventilator, heater and different industrial interfaces.

Recently, EKO USA exhibited the MS-711 spectroradiometer with rotating shadow band at the IEEE Photovoltaic Specialists Conference (PVSC) in Washington D.C. EKO spectroradiometers are used by the top research institutions as well as by many private companies. The addition of the rotating shadow band is an inexpensive way to resolve the three components of solar radiation without purchasing sun trackers and additional spectroradiometers. EKO USA also displayed some new weather stations courtesy of Rainwise. Rainwise has been building all-in-one weather stations for many years but recently began integrating EKO pyranometers for their solar radiation measurements.