Description
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SRA30-M2-D1 designSRA30-M2-D1 consists of two identical pyranometers model SR30-M2-D1, one facing up, one facing down. To create an SRA30-M2-D1, the two sensors are combined with one AMF03 albedometer mounting kit. AMF03 includes a fixture with rod for mounting purposes and a glare screen. The user assembles these modular components into an SRA30 albedometer. Mounting hardware, tools and a mounting and fixation instruction are part of AMF03. The modular design of SRA30 facilitates maintenance and calibration. |
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The best albedometer for the PV industrySRA30-M2-D1 is the most accurate albedometer available. Its benefits:
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Using SRA30 albedometer is easyThe instrument is composed of two SR30 spectrally flat Class A pyranometers; the upfacing one measuring global solar radiation, the downfacing one measuring reflected solar radiation. When using SR30, the irradiance in W/m² is transmitted via the Modbus protocol over 2-wire RS-485. The working principle and specifications of the pyranometers can be found in the SR30 user manual. SRA30 can be connected directly to commonly used datalogging systems. |
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Albedometers are used for general meteorological observations, building physics, roof reflectance studies, climate studies and solar collector testing. A common application is for outdoor solar radiation balance measurements as part of a meteorological station. Albedometers are increasingly popular in bifacial PV module performance monitoring. This application requires horizontal levelling; a bubble level and a mounting rod are included. Each SR30-M2-D1 pyranometer includes a tilt sensor. |
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Heated for high data availability, featuring RVH technologyHigh data availability is attained by heating of the outer dome using ventilation between the inner and outer dome. RVH – Recirculating Ventilation and Heating – technology, developed by Hukseflux, suppresses dew and frost deposition and is as effective as traditional ventilation systems, without the maintenance hassle and large footprint. |
