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The old GOES-East satellite, also known as GOES-13, was launched to orbit in 2006. It had been providing us with satellite imagery for North and South America. Over time, older satellites need to be replaced due to limited fuel and reliability issues, and also to make way for new generation satellites that have enhanced data acquisition technology. On January 8, 2018, the data transmission from the old GOES-East was finally replaced by the new GOES-R (GOES-16). The Solargis team finalised development activities and concluded a smooth transition to the new satellite. The changes in the data acquisition and model processing bring a lot of new value to our customers.

Key highlights include:

  • The new satellite is located at the same position as GOES-East (longitude -75 degrees West) and has the same data coverage
  • The frequency of data acquisition has been increased from 30 minutes to 15 minutes. This allows for delivery of time series data in 15 minutes time step
  • More spectral channels make it possible to improve classification of complex patterns of clouds, fog, ice and snow
  • Spatial resolution of satellite imagery used in the Solargis model has been increased to 2 km (at the sub-satellite point). The new data also has better geometrical stability. These updates improve the model accuracy in coastal zones, mountains, and complex geographies.

Solargis data calculated using satellite imagery from GOES-R satellite are available from period starting January 1, 2018.

goes r and goes 13 comparison3

Comparison of full-disk images captured by GOES-16 and GOES-13 - at the same time on the same day. source: noaa.gov

 

The implementation of the new satellite data and updated Solargis model for Americas will increase the accuracy of solar resource data, and will also speed up the time of delivery. The model will go through further improvements in the year 2018 as more data from the GOES-R satellite becomes available. With the planned updates and re-design of data management, nowcasting services will be re-launched also for Americas within next months.

goesr 

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Improved monitoring and forecasting service for Indian Ocean region
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Improved monitoring and forecasting service for Indian Ocean region

The meteorological satellite Meteosat-7, which had been providing satellite imagery for the Indian Ocean region has now been decommissioned.