Taiwan’s Proposed Texas AI Park Could Draw on Quanta’s Q-Bus Model

Table of Contents

• You might want to know


• Main Topic


• Key Insights Table


• Afterwards...

You might want to know

• How could a Texas AI industrial park help Taiwanese suppliers establish a local presence more efficiently?


• What can the government learn from Quanta’s Q-Bus approach in Shanghai and Pegatron’s experience in Vietnam?

Main Topic

Taiwan’s Ministry of Economic Affairs plans to establish an AI industrial park in Texas, United States, in a joint initiative with the Taiwan Electrical and Electronic Manufacturers’ Association. The proposed investment could reach as much as US$4 billion. The plan has prompted discussion about what facilities and services would be needed to help Taiwanese companies operate effectively in the United States, particularly smaller suppliers that may have limited experience establishing operations abroad.

Speaking at TECO Electric & Machinery Co.’s 70th anniversary forum on the 16th, Pegatron Chairman T.H. Tung (童子賢) was asked about the initiative. He suggested that the government could look to Quanta Computer’s (廣達, 2382-TW) earlier approach in Songjiang, Shanghai, known as the “Q-Bus” model. He described the concept as being like a bus: “pack everything together and transport it there.” The idea is to bring the resources and support businesses need as a coordinated package, allowing suppliers to set up locally more quickly and helping a broader industrial chain take shape.

The challenge, Tung indicated, is not limited to building a factory. A company establishing a site overseas may need to arrange construction, housing and daily services for employees, as well as secure permits and manage utilities and waste. For smaller suppliers that have not previously operated internationally, navigating each requirement independently can take substantial time and effort. A coordinated, turnkey approach could reduce the need for each company to solve the same practical problems on its own.

Tung contrasted the needs of smaller businesses with the capacity of large manufacturers. Major companies such as Taiwan Semiconductor Manufacturing Company (2330-TW) can take responsibility for extensive requirements when building a facility in Arizona. They may be able to organize infrastructure and employee accommodation themselves. However, even a major company can depend on a network of specialized local services and suppliers to keep its operations running smoothly.

Some supporting tasks, Tung noted, may still be sent back to Taiwan. Examples include cleaning cleanroom garments, supplying specialty materials, and processing small components. If these activities are performed far from the production site, the additional separation could affect operating efficiency. His point was that a manufacturing facility alone does not necessarily create a complete operating environment: companies also need the services and suppliers that support production on a day-to-day basis.

That is why the idea of an industrial cluster matters. An effective cluster can bring together large manufacturers, smaller suppliers, specialized service providers, and essential infrastructure in one location or within a coordinated local network. For an AI-related industrial park, such a structure could help companies work closer to customers and production partners. It could also make it easier for businesses to establish operations without building every supporting service independently.

Tung argued that the Texas project could draw on the Q-Bus model to help suppliers lacking international experience establish themselves. In practical terms, a packaged approach could involve support across several stages: construction, employee accommodation and meals, healthcare, and children’s education. It could also help companies understand processes for applying to local authorities for water and electricity permits, alongside arrangements for wastewater and solid-waste treatment.

These requirements can be difficult to manage when companies must learn local rules and identify providers separately. Tung cautioned that expecting each business to work through every element by itself would be inefficient. A shared service framework could instead make expertise and infrastructure accessible to multiple companies, helping them focus more of their resources on their business and production activities.

Taiwan’s experience managing science parks may offer a useful foundation. Tung said Taiwan has accumulated mature and extensive experience in this area. That experience could help policymakers think beyond the park’s physical boundaries and consider how planning, utilities, environmental services, and business support can be organized as an integrated system.

As an example, Tung cited Pegatron’s experience in Haiphong, Vietnam. A Belgian developer there provided a package of services that included land reclamation, wastewater treatment, power generation, and seawater desalination. Companies could apply to use the services and pay for them. Once they moved into the site, they could begin operating with key infrastructure and support already in place.

The comparison suggests that a successful industrial park depends not only on attracting investment but also on ensuring companies can access the services required to operate. A model that combines infrastructure provision with practical support may be particularly valuable for smaller suppliers, which might not have the scale or local knowledge to arrange every element independently. At the same time, each location has its own regulations, workforce conditions, and infrastructure needs, so an approach used elsewhere would need to be adapted to Texas rather than copied without adjustment.

The central question, then, is how the proposed park can translate Taiwan’s accumulated experience and lessons from other locations into a workable local system. The Q-Bus concept offers one possible reference: coordinate essential resources so companies can establish a presence as part of a wider industrial ecosystem. The Haiphong example offers another: use a developer or service provider to supply core infrastructure, allowing businesses to access services and pay for what they use.

Together, these examples point to a broader principle for overseas investment. Building factories is one part of establishing a manufacturing base; creating the surrounding network of suppliers, utilities, employee services, and environmental management is another. The proposed Texas park’s ability to support a functioning industrial cluster may therefore be as important as the headline investment amount.

Key Insights Table

Afterwards...

As the Texas proposal develops, further attention will be needed on how industrial parks can combine physical infrastructure with the services businesses actually use. Planning will need to account for local permitting, utility capacity, environmental management, workforce needs, and the particular requirements of AI-related manufacturing. These elements are interdependent: a site’s appeal can depend not just on available land, but also on how reliably companies can connect to essential services and suppliers.

There is also an opportunity to explore digital tools that could make industrial-park operations more coordinated. Shared systems for tracking utilities, service requests, permits, and environmental data may help park operators and resident companies identify bottlenecks. Such technologies would need to be designed around local regulations and company requirements, with clear protections for operational and commercial information.

Finally, future evaluations could examine how different support models serve companies of varying sizes. A turnkey service package may help small suppliers establish a foothold, while larger manufacturers may prefer to manage some facilities themselves. Understanding that balance—and adapting Taiwan’s experience to Texas’s local conditions—will be important to building an industrial cluster that is efficient, resilient, and useful to the companies it aims to support.