Global atmosphere and underlying Earth surface observations allowing to systematically acquire hydrometeorologic and heliogeophysical information on planetary scale.
The spacecraft is designed to study processes of energy accumulation and its transformation to accelerated particles energy during solar flares, study mechanics of acceleration, spread and interaction of energetic particles in Solar atmosphere, study correlation of Solar activity with physicochemical processes in Earth's outer atmosphere.
Multispectral Earth surface remote sensing for purposes acquisition of highly detailed near realtime visible band images.
“Electro-L” hydrometeorologic geostationary spacecraft is designed to take real-time images of cloud cover and underlying Earth terrain, conduct heliogeophysical measurements, accumulate and relay hydrometeorologic and service data.
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