Geely to deploy low-orbit satellites in the 2nd half of 2020

2020-04-28 07:15:43 source: Chen Wenwen, Lai Yichen


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Zhejiang Geely Holding Group will launch the two low-orbit satellites in the second half of the year to provide high-precision positioning services. 


On April 24, Geely unveiled some of the details of its resolution. The satellite-rocket ensemble test will be conducted in June and the satellite will be launched into orbit at the Jiuquan Satellite Launch Center within the year.


In order to achieve safe and orderly autonomous driving in a three-dimensional space, satellites are needed for large-area information communication, centimeter-level three-dimensional navigation, and huge amounts of data collection.


In early March, Geely announced the commencement of its satellite project and established China’s first pulsating modular satellite intelligent AIT (assembly and integration testing) center. The project involves the establishment of a satellite research and development center, a component manufacturing center, a measurement, and control center, and a cloud computing big data platform, which can meet the needs for the assembly and testing of satellites of different types and specifications.

 

Over the past two years, people working in the commercial aerospace field have reached a consensus that commercial aerospace must be developed from the mass market and integrate with other existing mature consumer industries.

 

After the launch of these two low-orbit satellites, Geely will enter the commercial validation stage of the "Space-Earth High Precision Positioning System". All the core technologies in the space segment, earth segment, and application segment of this commercial system will be fully controlled by Geely.


Based on this system, Geely will continue to launch OmniCloud, China’s first aerospace AI data cloud, through which Geely will integrate aerospace AI data and industrial Internet and other industries, and provide online services including satellite cloud products and customized industry solutions with satellite technology (communication, navigation, remote sensing) as the core and satellite information services as the content.


It can be seen that while building the satellite communication network, Geely is engaging in the fields of satellite data application and high precision time and space services so as to increase its investment in "future travel".


 (Compiled by Ye Ke)

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11920212 Geely to deploy low-orbit satellites in the 2nd half of 2020 public html

1.png


Zhejiang Geely Holding Group will launch the two low-orbit satellites in the second half of the year to provide high-precision positioning services. 


On April 24, Geely unveiled some of the details of its resolution. The satellite-rocket ensemble test will be conducted in June and the satellite will be launched into orbit at the Jiuquan Satellite Launch Center within the year.


In order to achieve safe and orderly autonomous driving in a three-dimensional space, satellites are needed for large-area information communication, centimeter-level three-dimensional navigation, and huge amounts of data collection.


In early March, Geely announced the commencement of its satellite project and established China’s first pulsating modular satellite intelligent AIT (assembly and integration testing) center. The project involves the establishment of a satellite research and development center, a component manufacturing center, a measurement, and control center, and a cloud computing big data platform, which can meet the needs for the assembly and testing of satellites of different types and specifications.

 

Over the past two years, people working in the commercial aerospace field have reached a consensus that commercial aerospace must be developed from the mass market and integrate with other existing mature consumer industries.

 

After the launch of these two low-orbit satellites, Geely will enter the commercial validation stage of the "Space-Earth High Precision Positioning System". All the core technologies in the space segment, earth segment, and application segment of this commercial system will be fully controlled by Geely.


Based on this system, Geely will continue to launch OmniCloud, China’s first aerospace AI data cloud, through which Geely will integrate aerospace AI data and industrial Internet and other industries, and provide online services including satellite cloud products and customized industry solutions with satellite technology (communication, navigation, remote sensing) as the core and satellite information services as the content.


It can be seen that while building the satellite communication network, Geely is engaging in the fields of satellite data application and high precision time and space services so as to increase its investment in "future travel".


 (Compiled by Ye Ke)

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