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In recent years, the industrial technology base of the “van-connected” has been relatively mature and the industrial size has been expanding. Since satellite communications can be based on the construction of relatively weak areas to provide a low-cost network coverage solution, a global ploying of a low-orbit satellite Internet.

Since 2020, the United States Space Exploration Technology (SpaceX) Star chain programme has entered an intensive construction phase, with over 4100 satellites being accumulated. The number of satellites that have not yet been launched globally is known to be over 74,000. Policies have been put in place to support the development of satellite-related Internet-related industries in various parts of our country, such as Beijing, Shanghai, Deep Sea, Insignia, Hannan, Sichuan and Day.

At the site of the eighth China Space Day event, the Beijing National Electricity and Technology Ltd. (hereinafter referred to as the National Electricity Highlight), together with the Low-orbiting Satellites Networking System, was of wide concern.

Realization of satellite communications

As my country’s first operational low-orbiting satellite network constellation, the “skylighting” is a global network of 38 low-orbit satellite networks whose ground communications terminals can transmit short message messages across the globe to an inspiring satellite, send data back by satellite to a ground station, and then transmit them to a customer platform. Whether in urban centres, deserts or gestations, or mountainous or forest areas, whether hypertension or bad weather, satellite communications from the “Starting” satellite are not obstructed, providing global users with satellite-based telecommunications applications for “air-Earth sea, four singles”.

More importantly, the “concentrations” provide global users with low-cost, low-cost, small-scale, large-capacity satellite-based communications products, with advanced technologies to fill domestic gaps, making satellite communications truly accessible to hundreds of thousands of households.

It has been learned that the “Starting” satellite network application platform now covers 16 areas in eight major industries, including national grids, containers, ocean pastures, coal hydrology, intellectual agriculture, intellectual forestry, ecological environment and oil pipelines, and has developed a range of mature solutions for the return of information monitoring data that have previously been signalled to cover areas of blindness, such as millions of electrotaki monitoring, tens of thousands of kilometres of wire-wire-cover monitoring, sand ice monitoring of mountainous areas, crop growth monitoring, environmental monitoring, etc.

At the same time, it has developed standardized and multi-sector special communications terminals, product spectrometry, quantification and simultaneous promotion of the application of personal ends and special areas, such as standardized end-of-the-clocking for industrial Internet applications, personal emergency rescue terminals, open gateways, global operators, mobile partnerships and satellite communications portable equipment.

For example, personal emergency rescue terminals are distinguished from the dependence of daily mobile signals on ground-based stations, the mode of communication of mobile terminals directly linked to satellites, allowing individual users to exchange information and send rescue signals in an environment free of ground-based network signals, even in cases of desertion, distress, earthquake, etc.

Furthermore, after the success of the 38 low-orbiting satellite network, the end-use will be reduced to less than 100 mwa (one year for electricity), sold or to 100 yuan. At that time, the issue of signals was no longer a matter of concern, and everything would never be lost. “Perhaps the sequencing of consumer-grade satellite communications products has been officially opened.” The Officer-in-Charge of the National Electricity High.

Global interconnection solutions for “economical works”

The “Starting” is a telecommunications satellite in the entire satellite industry chain, with a view to achieving the effectiveness of space-based integrated information networks and the use of data through the integration of high-orbit constellations and the integration of a narrow band satellite communications capacity, while building national strategic space capabilities through the construction of technologically advanced, global coverage and safe and secure satellite networks. Satellite-based networking is one of the major building directions in the field of grid-connected industries, using satellite technologies to address the transmission of data from grid sensors and to establish a dedicated platform for basic communication services for wire networking through low-orbit constellations.

In-house expert analysis, there is currently no dedicated network backed by the Internet as its communications base. Currently, more than 70 per cent of the landless, sea and air are not covered by ground-based networks, which are the main battlefields for the Internet application.

The above-mentioned Head of the National Electricity Highlights indicated that the low-orbiting satellite network, with its comparative advantage in terms of efficiency, timeliness and cost, is a global tenacity interconnectivity solution with small investment, quick-impact, powerful, economic and social benefits and high defence value, which is a key extension and complement to terrestrial connections and is a fundamental way of addressing over 70 per cent of landless, ocean and astronomical networking communications.