China Sets 2030 Satellite Communications Goals With More Than 10 Million Users and a Trillion-Yuan Market in View

A satellite push aimed at everyday connections

China is seeking more than 10 million satellite communication users by 2030 under new guidelines from the Ministry of Industry and Information Technology (MIIT), combining wider access for businesses with plans for satellite internet, connected smartphones and services across the economy. The ambition is to unlock a market worth trillions of yuan while building a modern regulatory system and a stronger commercial space sector.

As of August 29, 2025, the policy places satellite communications within China's broader drive to become a manufacturing and cyber powerhouse. Its practical aim is to bring connections from space into everyday life, including places where conventional mobile networks cannot provide reliable service.

The guidelines bring together several parts of that effort: easier entry for service providers, more private investment, faster deployment of satellites in low Earth orbit, and closer connections between satellite systems and networks on the ground. They also seek to develop domestic technology and expand international cooperation.

China's ambition reaches beyond selling internet access. The policy connects consumer devices, industrial operations, emergency services and global technical standards within a framework guided by the state. It also places Chinese networks in more direct competition with established businesses such as SpaceX's Starlink.

For households and businesses, the central promise is a wider choice of connections. For the government, satellite infrastructure serves economic development, control over critical communications and a larger role in shaping how the world's emerging space networks operate. Those goals run alongside strict requirements for local infrastructure, domestic data processing and regulatory oversight.

What the guidelines seek to change

MIIT's guidelines propose optimizing business access and streamlining licensing for satellite service providers. They encourage commercial innovation, development of core technologies and an open system of standards, with the aim of reducing costs and allowing new business models to emerge.

China also wants satellite communications to work more closely with 5G, future 6G systems and the industrial internet. The industrial internet connects machines, sensors and business systems so that operators can monitor equipment and coordinate production. Satellite links would extend that connection to locations beyond the reach of ordinary networks.

The main policy priorities include:

• Accelerating the deployment of satellite constellations in low Earth orbit.
• Promoting direct connections between satellites and consumer devices, especially smartphones.
• Encouraging private companies to develop services and commercial partnerships.
• Expanding satellite applications in agriculture, transportation, energy, emergency response and urban governance.
• Combining satellite services with newer communications infrastructure and participating in international standards work.

The 2030 vision includes a thriving commercial sector serving both domestic demand and international cooperation. Reaching the user target will require more than launching spacecraft: companies will also need affordable equipment, workable service packages and permission to operate.

What a satellite connection could mean for a phone

Smartphones are among the most visible targets of the policy. Direct satellite connectivity allows a compatible device to communicate through a satellite when a ground network is unavailable, potentially helping people in remote areas or places struck by disaster.

Commercial services connecting smartphones directly to satellites are expected to launch on a large scale in 2025, according to industry expectations described in the policy's surrounding market outlook. Major Chinese and international companies are racing to integrate satellite modules into their devices.

For users, the proposed services include messages, calls and basic data access without depending on nearby ground infrastructure. Initial services may concentrate on messaging and emergency use, with later versions expected to expand voice and data capabilities.

Chinese pricing examples range from 200 yuan for 50 minutes to 500 yuan for 200 minutes, alongside payment by the minute for users without a package. The two packages work out to 4 yuan and 2.5 yuan per included minute, respectively, showing how the cost of each minute can vary with the amount purchased.

Satellite connections have limits. Bandwidth, the amount of information a connection can carry, will be lower than on terrestrial networks. Weather and regulatory restrictions can also affect availability. The immediate benefit is therefore access where a connection is otherwise difficult, including a way to communicate during emergencies.

Huawei, Xiaomi and BYD are already incorporating satellite communication capabilities into smartphones and electric vehicles. Their involvement reflects a wider effort to bring space technology into familiar consumer products, rather than leaving it solely in specialized communications equipment.

More room for private companies

Private businesses receive a larger role under the guidelines than in earlier phases of China's space program, which were dominated by state enterprises. Companies are encouraged to lease satellite capacity, provide services that add value to basic connectivity and distribute communications solutions across different industries.

Leasing capacity lets a business sell or use satellite connections without owning an entire satellite network. That creates room for companies focused on customers, equipment or specialist applications alongside the firms building and operating spacecraft.

China's approach combines commercial experimentation with state guidance. It shares an interest in rapid development and responses to market demand with Western companies such as SpaceX, while placing particular weight on scale and integration with national infrastructure.

The guidelines also call for satellite communications to connect with artificial intelligence, networks extending beyond terrestrial infrastructure and future wireless standards. These technologies bring different capabilities together: satellite links supply access, while connected devices and software support the services running over those links.

The intended result is an industrial ecosystem in which equipment makers, satellite operators, telecommunications companies and service businesses can work together. Lower costs and technical progress are central to making that system useful to a much wider group of customers.

Thousands of satellites and a challenge to Starlink

China is developing constellations in low Earth orbit to compete with networks such as Starlink, with plans to deploy more than 15,000 satellites in the coming years. The guidelines seek to accelerate that deployment and encourage telecommunications operators to use satellite internet to expand fast data services.

A constellation is a group of satellites working as a network. Satellites in low Earth orbit travel closer to the planet than traditional geostationary satellites. Their shorter distance can reduce latency, the delay between sending information and receiving a response, while supporting higher bandwidth.

Thousands of spacecraft working together can also provide coverage across the world, including remote areas that lack reliable ground networks. The policy seeks closer integration between those satellite connections and terrestrial systems, with applications on land, at sea and in the air.

Consumer internet is only part of the purpose. China's planned networks are also expected to support national security, disaster response and industrial automation, where connected machines and equipment may need dependable communications beyond conventional coverage.

The competitive challenge is substantial. SpaceX and AST SpaceMobile are already making progress in satellite communications, while access to orbital and radio frequency resources is limited. China's plans therefore depend on both deployment capacity and coordination over the resources that networks need to operate.

Where businesses and public services could use the links

Agriculture, transportation and energy are among the sectors identified for wider satellite use. The common need is a connection to equipment, people or infrastructure spread across large areas, including places where ground networks are weak or absent.

In agriculture, the applications include precision farming, remote monitoring and disaster management. Precision farming uses detailed information to guide decisions about agricultural operations. Satellite communications can carry information between remote equipment and the people managing it.

Transportation applications include tracking, more efficient logistics and autonomous vehicles. Energy operators could use satellite links to monitor distant infrastructure, manage pipelines and maintain communications during emergencies.

Urban governance applications include smart city services, environmental monitoring and public safety. Emergency services could use satellite communications during natural disasters, search and rescue operations and field missions, when reliable contact can be especially difficult to maintain.

The guidelines also connect these uses to the industrial internet, vehicle networking and airborne platforms. The broader aim is a digital infrastructure in which different forms of connection support economic activity and public welfare across locations and industries.

Market access comes with domestic control

China's expansion of satellite services is accompanied by rules requiring providers of direct satellite communication services to maintain a local presence and rely on domestic infrastructure. Both Chinese and foreign firms must establish operational and compliance infrastructure within China to offer those services lawfully.

User data generated in China must be processed domestically, while transfers of data across borders require prior authorization. Providers must also meet requirements for data handling and network security, and may use only satellite systems approved under Chinese law.

The stated purposes are to protect data security and national interests while maintaining regulatory oversight as the sector grows. Companies seeking access to the market must therefore plan for local operations and compliance alongside their technical and commercial work.

The policy combines encouragement for investment and innovation with sovereign control over critical digital infrastructure. Foreign firms face the added complexity of fitting their services and data arrangements into those domestic requirements.

China wants a larger role in global rules

International cooperation is another part of the guidelines. China is participating in bodies such as the International Telecommunication Union (ITU), which manages international radio frequency spectrum and satellite orbit resources.

Radio spectrum consists of the frequencies used to carry wireless signals. Satellite networks need access to those frequencies, as well as coordinated use of orbital resources, to operate alongside other systems. Technical standards also influence how equipment and networks work together.

China seeks to help shape the standards and regulatory frameworks governing satellite communications worldwide. Its international activity therefore concerns both the practical operation of networks and the rules under which future services will compete.

The Belt and Road Initiative, BRICS and the Asia-Pacific Space Cooperation Organization are also channels for expanding China's service capabilities and market reach. These partnerships are intended to strengthen its role as a satellite service provider to developing countries.

For those countries, Chinese systems would offer alternatives to networks dominated by Western providers. For Beijing, the effort extends its vision of Digital China beyond national borders and connects commercial expansion with international partnerships.

Why Washington sees a security challenge

The United States views China's ambitions in low Earth orbit as a challenge to American global operations, communications infrastructure and the free flow of information. U.S. officials have urged allies to avoid business with Chinese satellite firms, citing military development, intelligence gathering and data security concerns.

A U.S. State Department memo warns that Chinese law allows the government to compel domestic satellite operators to hand over sensitive business information. The memo describes risks of surveillance and the extraction of data from networks.

The same memo raises concerns that Chinese satellite systems could advance Beijing's foreign policy goals, influence international technology standards and promote an internet model governed by censorship that appeals to authoritarian governments. These are U.S. government assessments of the risks associated with the networks.

The dispute is part of a wider technological rivalry in which China and the United States are investing heavily in infrastructure in space. Their competition includes international standards, the allocation of satellite frequencies and the construction of secure, resilient networks for civilian and military uses.

A commercial policy within a broader space strategy

China's satellite communications plans sit within a space strategy that combines commercial, technological and military objectives. Under Xi Jinping, the country has carried out lunar missions, completed the Tiangong space station and developed ambitious plans for missions to return samples from Mars.

Those achievements are presented as symbols of national pride and technological capability. They also reinforce the Communist Party's legitimacy and encourage public enthusiasm for the space program.

China's approach remains guided by the state and focused on strategic advantages over the long term. The reorganization of the People's Liberation Army, including the creation of an independent Aerospace Force, reflects the military importance attached to assets in space.

Those assets support intelligence and communications and feature in thinking about potential first strike operations. Space is treated as a critical area for competition in peacetime and operations during war, with satellite communications contributing to resilience and operational superiority.

The commercial push consequently has several audiences. Consumers may gain emergency connections, businesses may gain access to remote equipment, and the state may gain infrastructure serving wider strategic goals. These uses help explain why the guidelines address market development, security and international influence together.

What the 2030 ambition requires

China faces the linked tasks of deploying large constellations, attracting users, reducing costs and meeting security requirements. Limited orbital and frequency resources make international negotiation and cooperation important, while competition from established and expanding networks puts pressure on commercial development.

The timetable described in the policy and industry outlook has three main stages:

• 2025: Large scale commercial launches of direct satellite services for smartphones are expected.
• The coming years: China plans to deploy more than 15,000 satellites as it develops its constellations in low Earth orbit.
• 2030: The guidelines seek more than 10 million satellite communication users, modernized regulation and a thriving commercial sector supporting a market worth trillions of yuan.

No precise completion date is given for the planned deployment of more than 15,000 satellites. The 2025 service expectation and 2030 user goal set markers for commercial expansion, while the constellation program supplies the infrastructure intended to support it.

The opportunities span improved emergency response, access for underserved regions, smart cities and autonomous systems. Combining satellite communications with 5G, 6G and artificial intelligence could support new services across those areas, while cooperation between private companies and projects led by the state could produce new business models and international partnerships.

For users, the concrete test will be whether services become available at prices and performance levels that meet their needs. China's guidelines set the direction: a larger commercial market, connections integrated across space and ground networks, and firm national control over the infrastructure and data behind them.

Key Points

• China's MIIT guidelines target more than 10 million satellite communication users by 2030 and a market worth trillions of yuan.
• The policy promotes direct satellite connections for smartphones, private investment and integration with 5G, 6G and industrial networks.
• China plans to deploy more than 15,000 satellites in the coming years as it develops networks competing with Starlink.
• Applications include agriculture, transportation, energy, urban governance, disaster response and national security.
• Providers must maintain a local presence, use domestic infrastructure and follow Chinese data and network security requirements.
• International partnerships and standards work accompany commercial expansion, while U.S. officials warn of security and surveillance risks.
• Deployment, costs, competition and access to orbital and frequency resources remain central challenges.