Tag: Make it Chang Zheng Carrier Rocket

#CNSA #ChinaNationalSpaceAdministration #国家航天局 |#WenchangSpacecraftLaunchCenter #文昌航天發射場 #BRI #November2023 |#文昌国际航天城 #WenchangInternationalSpaceCity – 2023 Wenchang International Aerospace Forum opens… 

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On November 25, the 2023 Wenchang International Aerospace Forum with the theme of “Accelerating the Application of BRICS Satellite Data to Promote International Cooperation in Space and Space Information” opened in Wenchang, Hainan Province, China, and People’s Republic of China.

2023 is a critical year for the vigorous development of the Hainan Free Trade Port. The holding of the 2023 Wenchang International Aerospace Forum is not only a concrete measure for Hainan to implement the spirit of the important speech on accelerating cooperation in remote sensing satellite data and applications, but also accelerating the construction of the satellite application industry. Circle and strengthen the chain, build a world-class aerospace city, and support the active exploration of the construction of Hainan Free Trade Port.

Li Guoping, chief engineer of the National Space Administration, said in his speech that the space information industry is a national strategic emerging industry that integrates aerospace technology and information technology. In recent years, China’s aerospace industry has entered a fast lane of innovation and development. With the implementation of a number of major aerospace projects such as the national space infrastructure and the Beidou satellite navigation system, my country currently has a complete range of satellites in orbit, with more than 200 remote sensing satellites alone. These have laid a solid foundation for promoting the development of the space information industry. Currently, our country is researching and planning a new generation of national space infrastructure, accelerating the cultivation of commercial aerospace to become a convenient new force, and promoting the construction of a more complete, open and integrated aerospace industry ecosystem.


 

Based on the theme of this forum, he proposed that first, we must strengthen satellite application services and achieve high-quality development of the space information industry. The second is to create a good business environment and encourage the development of commercial aerospace. The third is to deepen international exchanges and cooperation and build a community with a shared future for mankind in the space field. “Hainan Province’s unique advantages give it great potential for the development of the aerospace information industry. The construction of Hainan Wenchang Space City is now ready to go, and it is facing a good situation in building a powerful aerospace country.” He said.

Liu Xiaoming, deputy secretary of the Hainan Provincial Party Committee and governor of Hainan, pointed out in his speech that “small satellites have great potential in Hainan.” Hainan has China’s only low-latitude coastal space launch base and is about to build China’s first commercial space launch site. In November last year, Hainan and the National Space Administration jointly established the “National Space Administration Satellite Data and Application International Cooperation Center”, “BRICS Remote Sensing Satellite Constellation Data and Application Center (China)” and “Hainan Satellite Data and Application Research Center” , jointly build an international cooperation hub for the national remote sensing data and application service platform. It can be said that Hainan has both space launch capabilities and ground data reception capabilities. It also has the advantage of a free trade port policy endowed by the state, and has huge potential to develop the satellite application industry.

Hainan has focused on cultivating aerospace as one of the three future industries of “land, sea and air”, built Wenchang International Space City as a key free trade port park, launched an industrial layout around the “three chains” of rocket chain, satellite chain and data link, and actively carried out civil International cooperation in commercial satellite data and applications, strengthening data exchange and sharing at home and abroad, striving to build a world-class “aerospace +” innovation ecosystem, and creating an important node for China’s aerospace industry to “go global” and international aerospace cooperation and exchanges.

At the opening ceremony, the international version of the National Remote Sensing Data and Application Service Platform and the “Announcement on Opportunities for Global Sharing of China’s Remote Sensing Data” were released. The National Space Administration and the China Meteorological Administration awarded licenses to the first batch of international user units of the National Remote Sensing Data and Application Service Platform, including the National University of Laos, Jagannath University in Bangladesh, BioSense Institute in Serbia, and the National Space Research and Technology Center of Kazakhstan. “China’s Remote Sensing Satellite and Application Industry Development Blue Book (2022)” was released. At the same time, a major strategic cooperation agreement was signed.

Liu Chong, Mayor of Wenchang City and Director of the Wenchang International Space City Administration Bureau, delivered a keynote report titled “Sharing New Opportunities for Commercial Space Development.” He introduced that Hainan Satellite Data and Application Research Center actively promotes international cooperation in satellite data and applications and has undertaken two international satellite data and application projects of the National Space Administration. Among them, the “SCO Satellite Remote Sensing Data and Application Comprehensive Demonstration Project”, which was the lead application, has been approved for project approval. This project is the first overseas demonstration application project of my country’s high-scoring system and has achieved a major breakthrough in Hainan’s aerospace industry.

The Hainan Provincial Aerospace Technology Innovation Center has compiled the 2023 special guide for the “land, sea and air” space field, launched the first batch of “land, sea and air” science and technology projects, and promoted the implementation of 8 projects. We are planning to introduce an aerospace science and technology innovation team and jointly establish two laboratories to further enhance Hainan’s aerospace science and technology innovation capabilities and core competitiveness.

Cao Xiaozhong, Deputy Director of the China Meteorological Administration, Battelle, Member of the Standing Committee of the Hainan Provincial Committee and Executive Vice Governor, Academician Wu Weiren of the Lunar Exploration and Aerospace Engineering Center of the National Space Administration, Academician Wu Yirong of the Aerospace Information Innovation Institute of the Chinese Academy of Sciences, Academician Jin Yaqiu of Fudan University, China Aviation Industry Corporation Academician Fan Huitao of the Co., Ltd., as well as expert representatives from relevant national ministries, scientific research institutes, universities, representatives of well-known domestic and foreign institutions and well-known enterprises in the industry attended the opening ceremony and main forum activities.

From November 25th to 27th, the International Cooperation Council on Satellite Data and Applications, the Academician Expert Seminar on Satellite Remote Sensing Data Application and Cooperation, the Hainan Free Trade Port Low Altitude Economic Development Academician Expert Seminar, China (Wenchang) Commercial Aerospace Summit Forum, A series of activities such as Hainan provincial high-score data application promotion activities and cultural industry research will be held one after another.

The 2023 Wenchang International Aerospace Forum is hosted by the Hainan Provincial People’s Government, guided by the National Space Administration, Hainan Provincial Office of National Defense Science and Technology Industry, National Space Administration Earth Observation and Data Center, BRICS Remote Sensing Satellite Constellation Data and Application Center (China), Wenchang It is jointly organized by the Municipal People’s Government, Wenchang International Space City Administration Bureau, General Aviation Branch of China Information Association, Hainan Aerospace Information Research Institute, Hainan International Commercial Space Launch Co., Ltd.

Imagines and visuals are from their respectives..

#MadeInChina #中國製造 |#银河航天 #GalaxySpace #November2023 | #Space Carpet is the named given theme- developing a new generation of #CommunicationSatellites…. #Satellites

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银河航天 Galaxy Space – is located  3rd Floor, Building B, Baosheng Plaza, No. 8 Heiquan Road, Haidian District, Beijing, China, People’s Republic of China…   Galaxy space- Aerospace is One of China, People’s Republic of China’s leading satellite Internet solution provider and satellite manufacturer, and the first unicorn company in my country’s commercial aerospace field. The company is committed to independent research and development and low-cost mass production of communication payloads, core single machines, and satellite platforms. It has built internationally leading supporting development capabilities for communication payloads, core single machines, and solar wings in Xi’an, Chengdu, and Beijing, and is also building in Nantong. The new generation of satellite intelligent manufacturing factories has achieved mass production capabilities of hundreds of satellites.

【”Space Carpet”! Galaxy Aerospace] According to Xu Ming, founder, chairman and CEO of  Galaxy Space , the new generation of communication satellites being developed by Galaxy Aerospace looks like a “space flying carpet”, with both The communication antenna also has a solar chip that can convert solar energy into satellite energy. It is a communication satellite that integrates a phased array antenna and a solar wing. The key technology is called “wing array integration”.

　　The antenna is the core part of the satellite communication system and a key factor in determining the quality of signal transmission. Using large antennas can increase the gain of signal reception and transmission, thereby improving communication quality. The “wing array integrated” satellite can have a large antenna area and a powerful energy system, which can make the satellite more powerful when transmitting signals. It will be used to support the broadband communication needs of future mobile phones directly connected to satellites.


　　At present, Galaxy Aerospace has completed key technical research on the two-dimensional deployment of the “Wing Array Integrated” satellite. Generally speaking, the satellite’s antenna or solar wing generally only expands in one direction (such as horizontally) when unfolded. The so-called two-dimensional expansion means that the satellite’s antenna and solar wing must be deployed in an orderly manner in both the horizontal and vertical directions. . In view of this configuration in which the size of the satellite platform and the phased array are reversed, the traditional satellite-arrow connection, compression and separation technology cannot be used. The technical team designed and completed an integrated release plan; for extremely large-area arrays, high deployment accuracy and deployment stiffness are required In order to meet the large requirements, the technical team has broken through technical challenges such as folding and compaction, two-dimensional orderly deployment in orbit, and slowing down the impact of deployment, and completed the development of key mechanisms suitable for the deployment of satellite giant antennas and solar wing integrated arrays, and will Continue to carry out research on key technologies such as wing array integrated efficient heat dissipation and distributed power supply.

Facing the future, Galaxy Aerospace will accelerate the research on key core technologies such as phased array antennas, on-board large energy sources, and digital processing loads, and work with the upstream and downstream of the industrial chain to tackle key problems to help the development of my country’s aerospace information industry and the construction of a powerful aerospace nation.

Images and visuals are from their respectives银河航天 Galaxy Space

#CNSA #ChinaNationalSpaceAdministration #国家航天局 |#BRI #November2023 #Tiangong #ChinaSpaceStation #CMS #ChinaMannedSpace, #Takionauts #Shenzhou #Tianzhou coming! The 2024 manned space mission logo is officially released….!

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The 2024 manned space flight mission logo collection activity has come to an end. The China Manned Space Engineering Office has now released the four mission logos for the 2024 Tianzhou 7 mission, Tianzhou 8 mission, Shenzhou 18 manned mission, and Shenzhou 19 manned mission .

Author: Yang Qiannan

Design plan description

The “7” in the center of the logo of the plan is colorful and goes straight into the distance, symbolizing that my country’s aerospace industry is marching forward bravely on the long journey and writing a rich and colorful stroke in the vast space; the space station looms at the end of the road, symbolizing the Tianzhou Seven The cargo spacecraft will complete docking with the space station. The frame is designed using traditional Chinese cloud patterns. As a classic auspicious pattern, it means promotion and good luck. Decorated by thousands of golden stars, billowing auspicious clouds stretch and flow on both sides, escorting the Tianzhou-7 cargo spacecraft in the center of the picture to fly, expressing heartfelt blessings for this mission. The overall color scheme uses traditional Chinese colors. The gold-inlaid jade color on the border is combined with the cloisonné in the center. The two form a sharp contrast and are fascinating.

Author: Yang Xi

Design plan description

The stars in the universe shine brightly, illuminating the long journey of the aerospace industry and leading its vigorous development. Combining the number “8” with the tail flame of the Tianzhou spacecraft, the simple lines highlight the theme. The three-color tail flame of red, yellow and blue also shows the unlimited energy of Chinese astronauts, and also implies the inclusiveness of China’s aerospace industry, as well as its efforts to promote the diversity and harmonious development of the world’s aerospace industry. Chinese blue is used as the main color of the logo. Different blues highlight the vastness and mystery of the universe, supplemented by bright colors to show the infinite vitality and energy of the aerospace industry.

Author: Cao Aodong

Design plan description

The scheme’s logo style is simple and modern, with a strong emphasis on science and technology. The main body is the Chinese Space Station. The location of the Shenzhou 18 manned spacecraft and docking is highlighted with a yellow line. The mission’s serial number “18” is designed in a scientific and technological style, with numbers as The background emphasizes the task sequence and improves logo recognition and memory. The number of stars also corresponds to the mission number.

Design plan description

Author: Ding Yi

The plan is a circular logo in red, yellow and blue colors consisting of the Chinese space station, Shenzhou manned spacecraft, earth, starry sky and other patterns. The number “19” incorporates elements of the Chinese dragon and dances upward. There are a total of nineteen stars around it, corresponding to the Shenzhou 19 manned mission, and together they reflect the prosperity of my country’s aerospace industry.

Endless galaxy

Dreams are boundless

dream chasing palace

You are the witness

Best wishes for subsequent launch missions

A complete success!

Special Note on the way how the each Design was selected
 

The program selection and evaluation uses a combination of online voting and expert review to select the above-mentioned mission identification schemes. Among them, taking into account the overall situation of the candidate logo schemes of the two manned missions, the logo selected for the Shenzhou 18 mission was formed by optimizing the Shenzhou 19 candidate scheme. 

Images and visuals are from their Respectives CMS China Manned SpaceCNSA-China National Space Administration

#CNSA #ChinaNationalSpaceAdministration #国家航天局 |#BRI #November2023| #酒泉卫星发射中心 #JiuquanSatelliteLaunchCenter – #ChangZheng2C #LongMarch2C #CarrierRocket launched #Haiyang301. – New generation of ocean water color observation satellite…

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On the 1155  morning 16TH November  2023 Thursday  Hours Hong- Kong SAR – Beijing time CNSA –China National Space Administration , China, People’s Republic of China. Successfully launched the Yonggan 33 Remote Sensing satellite with the Chang Zheng- Long March 2C Jiuquan Satellite Launch Center, Inner Mongolia, China, People’s Republic of China, and then successfully launched a new generation of ocean water color observation satellite into the predetermined orbit, and the launch mission was completed successfully.



【congratulate! 亚洲水色Observation Satellite Successfully Launched  ]

At 11:55 on November 16, my country successfully launched a new generation of ocean satellite at the Jiuquan Satellite Launch Center using a launch vehicle composed of the Long March 2C basic stage and the Yuanzheng 1S upper stage.  Water color observation satellite Haiyang-301. The satellite’s indicators have reached the advanced level of international water color remote sensing satellites, can meet the main business needs of my country’s marine environment monitoring, and can serve major national strategic needs such as ecological civilization construction, smart ocean engineering construction, and the “One Belt, One Road” initiative.

At 11:55 on November 16, my country successfully launched the new generation ocean water color observation satellite Haiyang-301 from the Jiuquan Satellite Launch Center using a launch vehicle composed of the Long March-2C basic stage and the Yuanzheng-1S upper stage. The satellite’s indicators have reached the advanced level of international water color remote sensing satellites, can meet the main business needs of my country’s marine environment monitoring, and can serve major national strategic needs such as ecological civilization construction, smart ocean engineering construction, and the “One Belt, One Road” initiative.

The long-distance propylene rocket currently has two states: the basic type and the Yuanzheng-1S upper stage configuration.
In view of the heavy weight and high orbit of the satellite, this mission uses the Long March 2C/Yuanzheng 1S configuration rocket, which has the capability of launching multiple satellites with one rocket and deploying constellations. This is the sixth launch of this configuration of rocket. This rocket optimizes a number of technologies, effectively improving the accuracy of the debris landing point and the accuracy of the entire flight time.

The new generation of ocean water color observation satellites are scientific research satellites in the national civil space infrastructure. The satellite is equipped with payloads such as an ocean water color and water temperature scanner, a medium-resolution programmable imaging spectrometer, and a coastal zone imager. It can improve the spatial resolution and spectral resolution of my country’s ocean water color observations, expand the detection spectral band, and achieve rapid coverage of global ocean water color observations. , improve the application level of my country’s ocean remote sensing satellites, and operate in orbit with the Haiyang-1 C/D satellite to promote the sustainable development of my country’s ocean water color remote sensing business. Compared with the previous generation of Haiyang-1 satellites, Haiyang-3-01 has achieved leaps and bounds in terms of ocean water color product types, product quality, and detection capabilities. The satellite has a design life of 8 years and can carry out high-precision, multi-spectral, and long-term sequence observations of global ocean waters to meet applications in natural resources, ecological environment, transportation, meteorology and other industries, help protect the marine environment, and safeguard my country’s maritime rights and interests.

The National Space Administration is responsible for the organization and management of the new generation ocean water color observation satellite project, the organization and coordination of major matters, and the approval of launch licenses; the Ministry of Natural Resources is the lead user department, and the main user departments include the Ministry of Ecology and Environment, the Ministry of Transport, the China Meteorological Administration, etc., responsible for their respective Application system construction and operation; the National Satellite Ocean Application Center of the Ministry of Natural Resources is responsible for the construction and operation of ground systems; China Academy of Space Technology of China Aerospace Science and Technology Corporation and China Academy of Launch Vehicle Technology are responsible for the overall development of satellite systems and launch vehicle systems respectively.

This mission is the 497th launch of the Long March series of launch vehicles.

Visuals are from their respectives also from CNSA- China National Space Administration

#CNSA #ChinaNationalSpaceAdministration #国家航天局 |#BRI #November2023 |#西昌衛星發射中心 #XichangSatelliteLaunchCenter the advance iconic #ChangZheng3B #LongMarch3B  launches advance #ChinaSat6E #TelecommunicationSatellite 8K ultra-high-definition #Satellite ….

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On the 9th November 2023 in  CNSA _China National Space Administration -China – People’s Republic of China 0403  hours Hong Kong –Beijing Time China- People’s Republic of China launch the Chang Zheng – Long march 3B  Carrier Rocket launching from station form Xichang Satellite Launch Center Sichuan Province….. in which中国 successfully launched the ChinaSat 6E satellite# At 19:23 on November 9, the Long March 3B carrier rocket lifted the ChinaSat 6E satellite into space at the Xichang Satellite Launch Center, and then sent the satellite into the predetermined orbit. The launch mission was achieved A complete success.


The ChinaSat 6E satellite was developed by the Fifth Academy of China Aerospace Science and Technology Corporation. It adopts the Dongfanghong 4 enhanced satellite platform independently developed by my country. The satellite is equipped with C, Ku and other multi-band broadcast communication payloads, and is the first to use the domestic No. Fourth generation digital transparency processing technology. This satellite is my country’s new generation of dedicated transmission satellite for radio and television. It will succeed the ChinaSat 6B satellite business and undertake the mission of radio and television broadcasting. At the same time, the satellite will realize the on-orbit demonstration application of my country’s fourth-generation digital transparent processing technology and Ku high-throughput payload for the first time.


The Long March 3B carrier rocket is developed by the First Academy of China Aerospace Science and Technology Corporation. This rocket is the first application of the special development and implementation of the “double improvement” of the Changsanjia series model’s carrying capacity and reliability, which is a milestone in the development of the model. The geostationary transfer orbit rocket carrying capacity of this rocket reaches 5.55 tons. The whole rocket has a total of 74 improvements, including 52 first-flight improvement projects. This mission is developed and organized and managed based on the first-flight model.


After completing the on-orbit test, the ChinaSat 6E satellite will be handed over to China Satcom, a subsidiary of China Aerospace Science and Technology Corporation, for operation and management. It is planned to be located at 115.5 degrees east longitude. Its radio and television resources mainly cover China, Southeast Asia, Australia and other regions, and its communication resources mainly cover China’s land and territorial waters, Central Asia and South Asia. It will provide important support for the construction of the “Belt and Road”, new infrastructure construction and the construction of Digital China.
This launch is the 496th launch of the Long March series of launch vehicles.

As a “new star” for broadcasting, Vimicro’s 6E satellite can not only provide services for my country’s central and local 95 channels of satellite TV and 213 channels of digital audio broadcasting, but also expand satellite functions with a number of “new” capabilities, adding 8K ultra-high-definition High-definition business, user viewing range and user viewing quality will be greatly improved, helping my country’s radio and television broadcasting industry to flourish.



According to the designer of the ChinaSat 6E satellite from the Fifth Academy, in order to meet users’ high requirements for satellite coverage performance indicators, the development team adopted a variety of methods to reduce surface errors and improve antenna radiation characteristics; it also adopted power synthesis technology to meet the requirements for 8K ultra-high definition. Video transmission business requirements. At the same time, the development team configured four high-frequency bandwidth channels for the satellite, which increased the load power and significantly improved the data transmission rate. In addition, the current C-band continuous wave maximum output power traveling wave tube amplifier is used, which increases the power of the ChinaSat 6B satellite by 31%. For radio and television broadcasting projects, we will continue to improve the robustness of the platform by improving satellite transfer orbit autonomy and fault recovery capabilities, and selecting the best key products

[ Chang Zheng- Long March 3B carrier Rocket, carrying capacity digs 50kg geostationary transfer orbit carrying capacity increased from 5.5 tons to 5.55 tons] On November 9, the Long March 3B carrier rocket lifted the ChinaSat 6E satellite into space, and the mission was a complete success. The “upgraded version” of the Changsha 3A series rocket successfully made its first flight, achieving the goal of “double improvement”. The Long March 3B geostationary transfer orbit carrying capacity has been increased from 5.5 tons to 5.55 tons; there are 74 technical improvement projects, including 52 first flight improvement projects; the improvements involve all rocket systems.


According to Zhang Tao, deputy chief designer of the Changsanjia series rockets, the rocket has also helped improve the rocket’s carrying capacity by 50% by overall optimizing the flight trajectory plan, canceling the terminal velocity correction, optimizing the pre-cooling flow of the three-stage rocket engine, and canceling the booster cylinder in the engine. Kilogram.

Images and visuals are from their Respectives CMS China Manned SpaceCNSA-China National Space Administration