Rifan Muazin
As the global artificial intelligence computing revolution accelerates, the semiconductor industry has emerged as the definitive cornerstone of national resilience and technological competitiveness. Taiwan’s preeminent position in this landscape is not merely a product of its manufacturing prowess, but the result of a highly integrated value chain that relies on a delicate balance of stable energy, elite human capital, and forward-looking regulatory frameworks. However, as the industry transitions toward leading-edge nodes and large-scale AI deployment, structural constraints within Taiwan’s domestic environment are becoming more pronounced, prompting calls for coordinated public-private action. A high-level industry committee has recently identified four critical priorities necessary to sustain Taiwan’s competitive advantage: energy security, talent recruitment, the refinement of R&D tax incentives, and the strategic pivot toward distributed edge AI.
The Critical Intersection of Energy Security and Industrial Stability
The semiconductor industry remains the heartbeat of the global AI ecosystem and the primary guarantor of Taiwan’s economic security. Sustaining this leadership depends on more than just engineering talent; it requires a stable, cost-competitive, and resilient energy supply. Projections indicate that electricity demand driven by AI and advanced manufacturing will increase significantly by 2028, with growth rates expected to reach historical highs. This surge places unprecedented pressure on Taiwan’s power grid, elevating energy security to a top-tier strategic concern.
Currently, Taiwan’s power mix is increasingly reliant on imported liquefied natural gas (LNG), which has overtaken coal as the primary source of power generation. This shift, while beneficial for immediate carbon reduction, introduces significant geopolitical risks. Because Taiwan depends almost entirely on imports, it is uniquely exposed to supply chain disruptions, regional geopolitical stress, and global price volatility. While the Natural Gas Industry Act currently mandates minimum stockholding levels, the committee argues these requirements are governed by administrative measures that provide insufficient buffer capacity compared to other major LNG importers like Japan and South Korea, which maintain significantly higher storage capacities and more diversified receiving infrastructure.
To mitigate these risks, industry leaders are urging the government to accelerate the development of LNG receiving terminals. Capacity constraints at existing terminals currently limit the ability to expand imports or build meaningful strategic reserves. Furthermore, the committee recommends amending Article 31 of the Natural Gas Industry Act to establish clear, enforceable, and statutory minimum LNG stockholding requirements, moving away from subordinate regulations that can be easily altered. Beyond supply, the committee also highlighted the need for predictability in electricity pricing. Volatility in energy costs creates massive planning hurdles for industrial users; therefore, a mechanism for advance notice of rate changes is deemed essential for long-term operational and budgetary planning.
Reimagining Renewable Energy as a Tool for National Resilience
While renewable energy is often discussed in the context of decarbonization, the committee emphasizes its role in national resilience. Domestically generated power from offshore wind and solar is inherently more secure than imported fuel because it cannot be intercepted during maritime disruptions. To capitalize on this, the government is encouraged to reframe its renewable energy targets to explicitly include energy security considerations.
However, the transition is not without hurdles. Current renewable energy development has struggled to meet the soaring demand of the semiconductor sector, and green electricity remains prohibitively expensive for many downstream players. The committee suggests that regulatory requirements, such as environmental reviews and procurement obligations, must be calibrated against actual domestic supply availability. Overly aggressive mandates that exceed the market’s capacity to deliver could impose disproportionate burdens on the industry, potentially stifling the very growth they are intended to support. Effective implementation will require a cross-ministerial coordination mechanism at the Executive Yuan level to align grid development, land use, and national security objectives.
Addressing the Global Talent War Through Tax Reform
Taiwan has made commendable strides in attracting international professionals through the Employment Gold Card program. However, the global competition for high-skilled talent—particularly in AI and semiconductor design—is intensifying. The current tax incentives provided under the Act for the Recruitment and Employment of Foreign Professionals are often limited to a five-year duration. This timeframe is increasingly viewed as insufficient for long-term career planning and family relocation.
The committee points to international models as a benchmark for reform. For instance, Italy utilizes a “5+5” framework, which allows an initial five-year tax benefit to be extended for an additional five years if the professional meets certain retention criteria, such as continued employment or property ownership. Similar preferential regimes in the Netherlands and Spain offer income tax reductions or flat rates that make those jurisdictions more attractive to the world’s elite engineers.
In addition to duration, the committee identified the need for more flexible equity-based compensation. Article 19-1 of the Industrial Innovation Act allows for stock-based incentives, but current caps and taxation timing often dilute the effectiveness of these tools. By refining how stock options are taxed and raising the applicable caps, Taiwan can better align its compensation structures with the global standards seen in Silicon Valley and other tech hubs, ensuring that high-skilled professionals have a vested interest in the long-term success of the Taiwanese ecosystem.
Enhancing R&D Incentives: The Need for Predictable Policy
Sustained investment in research and development is the only way to maintain a lead in the semiconductor value chain, which includes everything from materials and equipment to advanced packaging. Article 10-2 of the Industrial Innovation Act was designed to incentivize this R&D through tax deductions. However, the current implementing regulations have created a "catch-22" for many high-growth firms.
Under existing rules, a company must meet both a minimum R&D expenditure threshold and a specific R&D intensity ratio (R&D spending relative to revenue) within the same tax year. This dual-threshold approach creates significant uncertainty. While a company’s R&D spending is usually planned years in advance, its revenue is subject to the whims of the global macroeconomy and market cycles. A sudden spike in revenue could paradoxically disqualify a company from tax incentives by lowering its intensity ratio, despite the firm having increased its absolute R&D spending.
The committee argues that the policy’s intent is to reward the commitment to cutting-edge technology, not to penalize success. They recommend decoupling these thresholds or providing more flexibility in how intensity is calculated, ensuring that the tax code supports companies through both market booms and downturns.
The Strategic Shift: Advancing Edge AI and Distributed Computing
As AI applications move beyond massive, centralized data centers, Taiwan is uniquely positioned to lead the next wave of innovation: Edge AI. While cloud-based training of Large Language Models (LLMs) currently dominates the headlines, the committee believes that the long-term value of the digital economy will reside in AI inference—the process of running AI models on local devices like PCs, automotive systems, and industrial robots.
An overly centralized AI strategy, focused solely on massive data centers, introduces structural risks. These include extreme localized energy demands and immense pressure on network bandwidth. In contrast, Edge AI allows data to be processed closer to the source, improving responsiveness, enhancing data security, and reducing the strain on the national power grid. The committee advocates for a "cloud-to-edge" hybrid architecture as the new national standard.
To achieve this, the government should embed distributed AI architectures into flagship programs like the "Chip-based Industrial Innovation Program" and the "Ten AI Initiatives Promotion Plan." This involves introducing targeted incentives for the prototyping and commercialization of AI-capable end-user devices. By recognizing workstations and AI PCs as part of the national AI infrastructure, the government can foster a more resilient ecosystem that spans from the cloud to the palm of a user’s hand.
Strengthening International Cooperation and Governance
The final pillar of the committee’s recommendations focuses on the geopolitical and administrative framework. The rapid pace of AI development requires a level of coordination that transcends individual ministries. The committee welcomed the planned establishment of a National AI Strategy Special Committee under the AI Basic Act, urging it to take a central role in aligning budgets and performance metrics across the government.
On the international stage, the committee emphasized the importance of the U.S.-Taiwan Economic Prosperity Partnership Dialogue. By identifying priority areas such as drones, robotics, and secure supply chains, Taiwan can deepen its integration with U.S.-led technology ecosystems. This includes the development of high-quality traditional Chinese-language datasets for AI training to ensure cultural and linguistic sovereignty in the digital age.
Conclusion: A Platform for the Global Digital Economy
The structural constraints facing Taiwan’s semiconductor and AI sectors are significant, but they are not insurmountable. By addressing the vulnerabilities in its energy supply, modernizing its talent retention strategies, and pivoting toward a distributed AI model, Taiwan can reinforce its role as more than just a manufacturer. It can become the indispensable platform for the global digital economy. The transition from a manufacturing leader to a holistic AI powerhouse will require the government to act with the same speed and precision that the semiconductor industry itself is known for. Addressing these four priorities is not merely a matter of industrial policy—it is a prerequisite for Taiwan’s continued prosperity and security in the 21st century.
Nila Kartika Wati
Lina Irawan
