يۇقىرى دەرىجىلىك جۇڭگو سۈنئىي ھەمراھ قوللاش مۇلازىمەت ئۈسكۈنىلىرى ياساش

يىراقتىن سېزىش سۈنئىي ھەمراھى

R&D سەۋىيىسى

سۈنئىي ھەمراھ تەتقىق قىلىپ ئېچىش جەھەتتە ، سۈنئىي ھەمراھ تېخنىكىسىنىڭ تەرەققىيات يۈزلىنىشى ۋە سودا تەرەققىيات شەكلىنىڭ ھۆكۈمىگە ئاساسەن ، يادرولۇق تېخنىكا گۇرۇپپىسى ئەنئەنىۋى لايىھىلەش ئۇقۇمىنى بۇزۇپ تاشلاپ ، «سۈنئىي ھەمراھ سۇپىسى ۋە يۈكنى بىرلەشتۈرۈش» نىڭ تېخنىكىلىق يولىنى قوللاندى. ئون يىلدا تۆت قېتىم ئىلگىرىلەشتىن كېيىن ، سۈنئىي ھەمراھنىڭ ئېغىرلىقى دەسلەپكى ئەۋلادلارنىڭ 400 كىلوگىرامدىن 20 كىلوگىرامغا چۈشۈرۈلدى.

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ئوپتىكىلىق بىر تەرەپ قىلىش رايونى

ئىشلەپچىقىرىش شارائىتى

ئوپتىكىلىق بىر تەرەپ قىلىش رايونىنىڭ ئومۇمىي كۆلىمى 10000m2. بۇ رايون يۇقىرى ئېنىقلىقتىكى ئوپتىكىلىق زاپچاسلارنى تۈركۈملەپ ئىشلەپچىقىرىشقا مەسئۇل بولۇپ ، ئەينەك ساپال بۇيۇملار ۋە كرېمنىي كاربون قاتارلىقلاردىن ياسالغان ئوپتىكىلىق زاپچاسلارنى يىرىكتىن ئىنچىكە ، شۇنداقلا ماس ھالدا بايقاش ئىقتىدارىغا ئىگە.

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Apr, 26

Unlocking Precision with High Resolution Satellite Data Insights

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Unlocking the Power of GIS Satellite Technology for Modern Mapping

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Apr, 26

Understanding Geostationary Meteorological Satellites and Their Vital Role

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Apr, 26

Leveraging the Power of Free Satellite Data for Informed Decision Making

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Apr, 26

Mainstream Models and Commercial Practices of LEO Satellite Ride‑Sharing Launches

With the large‑scale construction of global low Earth orbit (LEO) satellite constellations, ride‑sharing launches have become a core launch model in the commercial space industry.

Apr, 26

Architecture and Safety Control System

Satellite separation systems constitute a critical core link in ride‑sharing launch missions, directly determining the safety of satellite deployment and orbital injection accuracy.

Apr, 26

Core Technologies for LEO Ride‑Sharing Launches: Upper Stage Systems and Orbital Maneuver Capability

The large-scale deployment of low Earth orbit (LEO) satellite constellations has driven ride‑sharing launches to become the mainstream launch model in the global commercial space industry.

Apr, 26

Cloud-Based Ground Stations and Software-Defined Operations: A Fundamental Transformation of Satellite Operation Models

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