中国空间站 On the 7th June 2023CNSA –China National Space Administrationat the Grounds of the Hong Kong SAR, China, People’s Republic of China, at Hong Kong SAR Government house in Central the 李家超 John Lee Ka-chiu-Chief Executive of the Hong Kong Special Administrative Region China, People’s Republic of China. Held a hosting meeting with the Hong Kong SAR Civilian Takionaut selection of the Role of Payload Specialist candidates.. His meeting is described as Meeting with payload expert- Specialists candidates…… as李家超 John Lee Ka-chiu-Chief Executive of the Hong Kong Special Administrative Region Quote below..
[Hong Kong SAR candidates have entered the selection stage of the national manned space engineering payload expert- Specialist]
Sun Dong, director of the Hong Kong Innovation, Technology and Industry Bureau, said on September 20th 2023 that more than one Hong Kong SAR candidate has entered the national manned space engineering payload expert selection stage. The country, China, People’s Republic of China. will send personnel to Hong Kong in early October to learn more about the candidates. Expect good news to be announced within this year.
After the SAR government selects candidates and recommends them to the country, more than one candidate from Hong Kong enters the final selection stage after primary and secondary elections. The candidates include both men and women. “I think we have achieved good results.
IT House reported on September 20 that my country launched the fourth batch of preliminary Takionaut selection last year, selecting payload experts in Hong Kong and Macau for the first time .
According to Hong Kong News Network, Hong Kong Secretary for Innovation, Technology and Industry Sun Dong said today (20th) that there are currently more than one candidate from Hong Kong who went to Beijing to participate in the “re-selection” of load experts for the national manned space project earlier . Entering the third stage of “selection”, there are men and women .
Sun Dong revealed that the country will send personnel to Hong Kong in October to learn more about the candidates, and he looks forward to good news this year.
IT Home inquired and learned that a total of 12 to 14 reserve Takionaut were selected this time, including 7 to 8 space pilots, 5 to 6 aerospace flight engineers and payload experts, including about 2 payload experts.
Aerospace pilots are selected from active pilots in the army, navy and air force, aerospace flight engineers are selected from scientific research and engineering technicians engaged in aerospace engineering and related fields, and payload experts are selected from scientific researchers engaged in space scientific research and application-related fields.
In May this year, my country’s space station welcomed the first payload expert into space—Gui Haichao. Gui Haichao is a professor at Beihang University . He is mainly responsible for the on-orbit operation of space science experimental payloads. He has professional training in science, aerospace engineering and other fields and has rich operational experience. He was selected as the Shenzhou 16 flight crew.
On the 21st September 2023 National wide, also broadcasting internationally of the Fourth lesson of the Tiangong Classroom of the Crew of the Shenzhou 16 onboard the Tiangong – China Space Station CMS China Manned SpaceCNSA-China National Space Administration in which is scheduled to start on 1545 Hours of Hong Kong Beijing time with the Crew of the Shenzhou 16 Takionaut Crew of Jing Haipeng and Zhu Yangzhu , Gui Haichao will conduct space science classes for teenagers across the country. At that time, China Manned Spaceflight’s official Weibo page … September 21, 30 fans will be drawn to send invitations to Tiangong Classroom’s fourth lesson #天宫 classroom四级.
The Tiangong Classroom content consist on immersive interaction between the Takionauts opens an experimental class in space天宫ClassroomLesson 4 started. “Space teachers” Jing Haipeng, Zhu Yangzhu, and Gui Haichao will popularize space science for teenagers across the country. They will demonstrate the spherical flame experiment, the wonderful “ping pong” experiment, the momentum conservation experiment and the gyroscope experiment in orbit also other space science experiments in which conducted since the days of Space Teacher Shenzhou 10, Shenzhou 13 Takionaut WangYaping Started the Space Classroom ..
Shenzhou ten and thirteen Senior Colonel Takionaut王亞平Wang Yaping was on CCTV13 on the Tiangong -China Space Station Shenzhou 16 Coverage Tiangong Classroom fourth done by the Takionaut crew of Shenzhou 16
天宫ClassroomLesson4# has begun! Let’s take a look at the wonderful performance of the three space teachers! Tutor GuiHaichao calls you to come and listen to the lecture…. In the first part, the crew of the Shenzhou 16th Takionauts introduce the brand new “space classroom” – Mengtian Experimental Cabin…..
Space water polo experiment, the astronauts are playing table tennis with water polo!
Mentor GuiHaichao calls you to listen to the class Shenzhou 16 space teachers welcome everyone to scan the QR code, actively carry out experiments on the ground, send your experimental results, and share creative suggestions about the “Tiangong Classroom.
天宫Classroom Lesson 4 Class is over! The space lecture of the Shenzhou 16 mission was successfully completed! Come here to share your experience after class…
A complete success] At 15:48 on September 21, 2023, Beijing time, the fourth lesson of “Tiangong Classroom” started at the China Space Station. The newly-appointed “space teachers” Jing Haipeng and Zhu Yangzhu , Gui Haichao brought a wonderful space science class to the majority of young people. This was the first time that Chinese astronauts taught in the Mengtian experimental cabin. 梦天 Experiment cabin first lecture
In the approximately 48-minute lecture, Shenzhou 16 astronauts Jing Haipeng, Zhu Yangzhu, and Gui Haichao vividly introduced the work and life scenes of the space station’s Mengtian experimental cabin, and demonstrated the spherical flame experiment. , the wonderful “ping pong” experiment, the conservation of momentum experiment, and the gyroscope experiment again, and vividly explained the scientific principles behind the experiments. During the teaching period, the astronauts had real-time interactive communication with teachers and students on the ground through video calls.
This teaching activity set up 5 ground classrooms in Beijing, Alxa League in Inner Mongolia, Yan’an in Shaanxi, Tongcheng in Anhui, and Ningbo in Zhejiang. About 2,800 student representatives participated in the on-site activities. China Central Radio and Television broadcast the entire event live.
The teaching activities are co-sponsored by the China Manned Space Engineering Office, the Ministry of Education, the Ministry of Science and Technology, the China Association for Science and Technology, and the China Central Radio and Television Station, and are supported by relevant research and testing units related to the manned space engineering.
During the application and development stage of the space station, “Tiangong Classroom” will continue to carry out space teaching activities. The China Manned Space Engineering Office will continue to widely solicit ideas and suggestions on the “Tiangong Classroom” through the media, “Learning Power” and the official website of the Manned Space Engineering Project, and welcomes active participation from all walks of life, especially young people
According to the China Manned Space Engineering Office, at 16:46 on September 11, 2023, Beijing time, the Tianzhou-5 cargo spacecraft, which has completed all scheduled tasks, successfully re-entered the atmosphere. Evacuate the space station assembly and transition to independent flight. It will re-enter the atmosphere in a controlled manner on September 12 as planned. Most of the components of the cargo spacecraft will be ablated and destroyed during the re-entry process, and a small amount of debris will fall into the South Pacific for a predetermined safety. sea area.
The Tianzhou-5 cargo spacecraft was launched into orbit at the Wenchang Space Launch Site on November 12, 2022, carrying consumables, propellants, and application materials for the three Shenzhou-15 astronauts to stay in orbit for six months (test ) experimental equipment and other materials, carrying a number of space application projects such as the “Macau Student Science Satellite No. 1” cube satellite, space hydrogen and oxygen fuel cells, and space high-energy particle detection payloads. During its in-orbit flight, the Tianzhou-5 cargo spacecraft evacuated the space station assembly on May 5, 2023. After flying independently for 33 days, it rendezvous and docked with the space station assembly again and continued to carry out relevant space technology experiments.
[ On 6th June 2023, The CNSA –China National Space Administration Takionaut Crew of the Shenzhou 16 0310 Hours Hong Kong SAR-Beijing Time, ] Tianzhou-5 cargo spacecraft completed rendezvous and docking with the space station assembly again 天舟五号According to the China Manned Space Engineering Office, the space station assembly has been evacuated in the early stage and has been flying independently in orbit for 33 days The Tianzhou-5 cargo spacecraft completed rendezvous and docking with the space station assembly at 3:10 on June 6, 2023, Beijing time. At present, the space station complex is in good condition, and various tasks will be carried out as planned.
星河动力空间科技有限公司 Galactic Energy- Galaxy Power (Beijing) Space Technology Co., Ltd. Located in Block D, Aviation Technology Plaza, E-Town, and Beijing – Beijing – China – People’s Republic of China ….Galaxy Aerospace is the first private aerospace company in China to achieve successful continuous launches, the first to send commercial networked satellites into a 500km sun-synchronous orbit, and the first to master the ability to launch multiple satellites with one carrier rocket.
Chinese private commercial rocket company’s first sea launch! 谷神星一号海远一 carrier rocket plans to implement a sea launch at the Eastern Aerospace Port at around 17:30 on September 5th 2023!
The Galaxy Power Ceres-1 rocket is scheduled to carry the 21st to 24th satellites of the Apokolips constellation (including the 21st to 24th satellite with one Carrier rocket) in Haiyang, Shandong (Yantai) at around 17:30 on September 5 (evening). Four satellites, including the 21st satellite named “Hefei Gaoxin No. 1” and the 22nd satellite named “China Minquan Shuangyong”, will carry out sea launch missions.
It is expected that at about 17:40 on September 5, 2023, the “Ceres-1” sea-launched Yao 1 carrier rocket carrying “Hefei High-tech-1” and other satellites will be launched from the offshore Shandong Oriental Space Port to execute the “Ceres-1” mission. No. 1 rocket’s first sea launch.
launch of Ceres-1 (Haiyaoyi) launched 16 more technological innovations based on the previous 8 rockets successfully launched from land, and achieved 4 Six major breakthroughs: “World’s first” and two “domestic firsts”: 🔷The first domestic private rocket launch at sea 🔷The first domestic commercial aerospace launch into an 800km inclined orbit 🔷The world’s first launch from a land-sea universal mobile platform without support 🔷The world’s first solid rocket unguided at sea Thermal launch 🔷The world’s first rocket adopts a maritime vertical self-alignment and online misalignment angle correction high-precision navigation solution 🔷The world’s first solid rocket adopts a non-pyrotechnic locking release mechanism.
This time Ceres 1 (Haiyao 1) entered an 800km inclined orbit, which is the farthest record set by a domestic private rocket. The 21st to 24th stars of the Apokolips constellation successfully carried it into orbit. Apocalypse Constellation 21 to 24 satellites are low-orbit data acquisition satellites developed by Beijing Guodian Hi-Tech Co., Ltd. and are part of the Apocalypse Constellation. The Apocalypse constellation is designed to be networked with 38 satellites, which can provide global data collection services and effectively solve the problem of IoT network access at sea, in the air and in remote areas that are not covered by ground networks. The ground segment of the system includes satellite management center, service operation center, earth station, gateway station, ground network,
“Hefei High-tech No. 1” is the first special launch satellite in the second phase of construction among the 38 satellites planned by the Apocalypse Constellation. It is also the first satellite launched by Beijing Guodian High-tech Co., Ltd. after the industrial landing in Hefei High-tech Zone.
This mission is codenamed “The Little Mermaid”. “Ceres No. 1” will become China’s first sea-launched private commercial carrier rocket, and it will also become China’s third sea-launched carrier rocket. Prior to this, “Long March 11” and “Jielong 3” had achieved consecutive successes, verifying the feasibility, stability, and reliability of sea launches.
After “Ceres 1”, various types of rockets will be launched from the sea at the Oriental Spaceport. In December 2023, Eastern Space Company’s “Gravity 1” all-solid rocket will make its first flight here; in the first half of 2024, Rocket Company’s “Darwin 2” liquid rocket will also be launched here. In addition, sea-launched rockets such as China Aerospace Corporation’s “Lijian-1” will also be launched at the Oriental Space Port.
Compared with land-based launches, sea-based launches have two major advantages: the launch platform can be maneuvered and deployed and the launch range is wide. Specifically, on the one hand, sea launch can maneuver the launch platform to low latitudes close to the equator, which can maximize the use of the earth’s rotation speed and enhance rocket capacity; on the other hand, sea launch has a wider area Since the wreckage landing area is planned on the sea, it can avoid densely populated areas such as cities, which is convenient and safe.
The sea launch will be an important step for “Ceres-1” and its development company Xinghe Power Aerospace. It will expand the launch site resources for its rapid response and high-density launch delivery, and also provide convenience for various types of launches. At the same time, the sea launch of “Ceres No. 1” will also be an important step for China’s civil and commercial aerospace. The mission was a complete success!
Wang Yang, CEO of Space-Time Daoyu: From the perspective of system engineering, positively define satellite communication and navigation solutions
The world’s fastest mass-produced satellite Internet passenger car – Jikrypton 001 FR was released. Click on the video to witness that Space time Daoyu and Jikrypton are the first to implement vehicle-mounted satellite communication functions, providing two-way satellite messaging and satellite call services.
On September 1st 2023 , Jikr and Space-time Daoyu jointly released the world’s fastest mass-produced satellite Internet passenger car . On the Jikrypton 001 FR, which is about to be mass-produced and delivered, it is the first to mass-produce and realize the vehicle-mounted satellite communication function, providing two-way satellite message and satellite call services. At the same time, Spacetime Daoyu launched the world’s first satellite Internet vehicle-mounted integrated glass antenna and a high-throughput satellite Internet terminal with “vehicle-end” integrated design. In the future, car users can access the satellite network anytime and anywhere, and have a new travel experience.
The following is the full text of Wang Yang, the CEO and chief system engineering expert of Spacetime Daoyu, when he was interviewed by the media at the Krypton Evolution Day press conference:
As a luxury technology brand in the new era, Jikrypton focuses on the research and development of forward-looking technologies for smart electric travel. This time, it has achieved mass production of satellite communication technology for the first time in the world , which fully proves the continuous evolution of the Jikrypton brand. Spacetime Daoyu and Jikryon continue to carry out in-depth cooperation, based on the core capabilities of the future travel constellation, integrating the core technologies of the commercial aerospace and intelligent pure electric vehicle industries to create industry-leading satellite Internet car experience solutions.
The rapid and large-scale application of space-time Daoyu and Jikrypton’s in-vehicle satellite communication services has benefited from Geely Holding Group’s 30 years of development in the automotive industry and its continuous investment in the high-tech field in the past 10 years .
Spacetime Daoyu joined 3GPP, China Communications Standards Association (CCSA) and other standardization organizations in 2018 to conduct in-depth research on 5G+ satellite communication technology and standard formulation. In the Aerospace Communication Technology Working Group of the China Communications Standards Association (CCSA TC12), he took the lead in establishing the project “Research on Key Technologies and Applications of Vehicle Satellite Communication Systems” and participated in a number of CCSA related research projects and standard formulation. Participate in the 3GPP RAN working group to jointly promote the application of LTE and 5G NR communication systems to V2X related research topics and standard formulation. The future R19 version will also continue to actively participate. At the same time, United Jikr completed the “General Specifications for Satellite Communication Vehicle Terminals” standard project at the China Society of Automotive Engineers (CSAE). Together with terminal manufacturers, the Telecommunications Terminal Industry Association (TAF) completed the draft of the standard “Technical Requirements and Test Methods for Consumer Terminals Supporting Low-Earth Satellites”.
In 2021, Spacetime Daoyu has completed the development of multiple vehicle-mounted satellite Internet system terminals and satisfied multiple scenario tests. At the beginning of 2022, Jikrypton and the Space-Time Daoyu team decided to introduce in-vehicle satellite Internet services into mass-produced models. This requires overcoming two major problems: First, this is the first time that aerospace products have been developed and put into production at the automotive level . From product design, software and hardware architecture, component selection and even practicality in multiple environments, all must be satisfied with the vehicle level. Regulatory standards. Second, the implementation paths of satellite communication functions in cars and mobile phones are different. The differences between the automotive field and the consumer electronics field determine the differences in technology evolution routes. Before product release, Spacetime Daoyu has completed testing of all scenarios in more than 20 provinces and cities.
Space-Time Daoyu revolves around the evolution of various models of Jikrypton in the future, and defines satellite communication and navigation solutions positively from the perspective of system engineering.
In addition to the current two-way satellite messaging and satellite calling functions, more cutting-edge satellite glass antenna technology and satellite Internet functions provided by high-throughput flat-panel antennas have entered the actual testing stage. These core technologies and products will be part of Ji Krypton’s continued evolution. In the era of 6G space-ground integration, whether traveling on land, ocean, or at low altitude, human beings’ communication needs will definitely be met. Time and Space Daoyu has made systematic preparations, using forward engineering definition rather than reverse engineering innovation.
Jikrypton 001 FR with on-board satellite communication function is the most important intelligent terminal of Geely system. It is actually the carrier of our travel mode.
In the past 30 years, every technological iteration in the information and communication industry has brought about changes in lifestyles. But in fact, from 2G, 3G, 4G to the current 5G, about 70% of the space on our planet is still not covered by ground network signals. In the continuous iteration of the information and communication industry from 5G to 6G, the integration of space and earth brings more imagination space to intelligent network connection and autonomous driving.
Through the deep integration of aerospace technology and new energy technology, Space-time Daoyu continues to promote the integrated application of communication, navigation, and remote sensing technologies in the travel ecology, empowering autonomous driving and intelligent networking, and providing high-reliability, high-security, and cost-effective Satellite application products and services enable the highly coordinated development of the commercial aerospace industry and the intelligent pure electric vehicle industry.
Images and visuals are from Weibo also their respectives.
