On November 17th, Changguang Satellite Technology Co., Ltd. held a launch ceremony for the "Yaohai Science and Technology Innovation Satellite", "Electric Power Engineering B Satellite", and "Jixing" Gaofen 07B01 Satellite at Jilin Aerospace Information Industry Park.
The "Yaohai Science and Technology Innovation Satellite" (also known as the "Jixing" Gaofen07C01 satellite) is a high-precision and high-resolution optical remote sensing satellite jointly developed by Changguang Satellite and Xinhe Aerospace Remote Information Technology (Anhui) Co., Ltd. This satellite is an important milestone in deepening the cooperation between the two sides in the integration of air, space, and earth, aiming to promote the large-scale application of domestic satellite remote sensing data in the Yaohai area, and further support new urban management and digital transformation of Yaohai.
The "Power Engineering B-Star" ("Jixing" Gaofen 07D01 Star) is the second high-precision and high-resolution optical remote sensing satellite jointly built by Changguang Satellite and State Grid Electric Power Engineering Research Institute Co., Ltd. to meet the demand for electricity. It aims to achieve the refinement of two-dimensional monitoring of power engineering (such as intelligent extraction of power grid elements, power line inspection, power construction monitoring, etc.) and the three-dimensional monitoring of power engineering (such as high-altitude obstacle monitoring and investigation, power line site selection planning, etc.), and efficiently empower power business management.
As a new type of business satellite developed by Changguang Satellite, the "Jixing" Gaofen07 series satellite can adapt to the rapid response needs of various types of tasks such as hotspot imaging, stereo imaging, and space target imaging. This series of satellites is developed based on the concept of on-board deep fusion, using a new generation of multi-core processors and on-board AI architecture. It introduces precision orbit determination and high-frequency attitude data, combined with advanced ultra stable attitude control strategies, which will greatly improve the positioning accuracy and geometric quality of image products. At the same time, it has the ability to plan tasks and update AI algorithms in orbit, and can obtain high-definition images with a resolution better than 0.5m, with the characteristics of "stability, reliability, and intelligence".
The three satellites for this expedition will be launched at the Jiuquan Satellite Launch Center in the near future.
