Pevita Pearce
As the global artificial intelligence computing revolution accelerates, the semiconductor industry has transitioned from a niche technical sector to the cornerstone of national resilience and international technological competitiveness. Taiwan’s current leadership in this domain is not merely a product of manufacturing prowess but the result of a highly integrated value chain that relies on a delicate balance of stable energy, elite talent, and proactive policy. However, as the industry pushes toward sub-2nm nodes and large-scale AI deployment, structural constraints regarding infrastructure and regulation are becoming more pronounced. A recently released industry report from a prominent advisory committee has identified four critical pillars—energy security, talent acquisition, tax reform, and edge AI integration—that Taiwan must address to sustain its global standing through 2028 and beyond.
The Global AI Shift and Taiwan’s Strategic Position
The semiconductor landscape is undergoing a paradigm shift. The rise of generative AI and large language models (LLMs) has created an insatiable demand for high-performance computing (HPC) chips, a sector where Taiwan holds a near-monopoly on advanced manufacturing. Yet, this dominance is being tested by shifting geopolitical dynamics and the massive resource requirements of AI infrastructure. The Committee’s report emphasizes that Taiwan’s role as a "Silicon Shield" is dependent on its ability to evolve from a manufacturing hub into a comprehensive platform for the global digital economy.
This evolution requires a coordinated public-private response to overcome bottlenecks that threaten to stifle growth. The Committee identifies four priorities: ensuring energy resilience, intensifying the hunt for global talent, refining R&D tax incentives, and pivoting toward a distributed "cloud-to-edge" AI model. Without these interventions, the report warns, Taiwan may face "structural constraints" that could limit its ability to scale alongside the rapidly expanding AI market.
Priority 1: Ensuring a Resilient and Predictable Electricity Supply
Energy security has emerged as the most significant hurdle for Taiwan’s high-tech sector. The semiconductor industry is notoriously energy-intensive; a single extreme ultraviolet (EUV) lithography machine consumes significantly more power than previous generations of equipment. With AI-driven electricity demand projected to reach historical highs by 2028, the stability of the national grid is no longer just a domestic utility issue but a matter of international economic security.
Addressing the LNG Vulnerability
Taiwan’s current energy mix is increasingly reliant on liquefied natural gas (LNG), which has surpassed coal as the primary source of power generation. While LNG is cleaner than coal, it introduces significant geopolitical risks. Taiwan currently imports nearly 100% of its natural gas, leaving it vulnerable to maritime disruptions and price volatility in the global market.
The Committee notes that compared to other major LNG importers like Japan and South Korea, Taiwan’s storage capacity and buffer levels remain insufficient. Currently, requirements for natural gas reserves are defined primarily through administrative measures rather than robust statutory frameworks. The report urges the government to:
- Accelerate Infrastructure: Expedite the construction of the Third LNG Terminal and other receiving facilities to expand import capacity.
- Amend Legislation: Update Article 31 of the Natural Gas Industry Act to establish clear, enforceable, and statutory minimum stockholding requirements, similar to the Petroleum Administration Act.
- Price Predictability: Establish a mechanism for advance notice of electricity rate adjustments, allowing firms to conduct long-term budgetary and operational planning without the shock of sudden price hikes.
Integrating Renewables for Resilience
The Committee advocates for a reframing of renewable energy. Rather than seeing solar and wind solely through the lens of decarbonization, the government should view them as "strategic domestic resources." Because renewables do not depend on imported fuel, they are inherently more resilient during supply disruptions. The report calls for a cross-ministerial coordination mechanism at the Executive Yuan level to align land use, environmental reviews, and grid development.
Priority 2: Enhancing Tax Incentives for Global Talent Recruitment
The "War for Talent" in the semiconductor industry has gone global. Countries like the United States, Japan, and Germany are offering massive subsidies and simplified visa paths to attract the engineers and scientists necessary to build their domestic chip industries. While Taiwan has seen success with the Employment Gold Card program, the Committee argues that current tax incentives are too short-lived to foster long-term retention.
The "5+5" Model and International Benchmarking
Currently, tax benefits for foreign professionals in Taiwan are limited to a five-year window. The Committee suggests adopting a "5+5" framework, inspired by Italy’s successful model. This would allow an initial five-year tax benefit to be extended for another five years if the professional meets certain criteria, such as continued employment, property ownership, or relocating family to Taiwan.
Furthermore, the report highlights that once the incentive period expires, foreign professionals are hit with standard tax rates that are often higher than those in competing jurisdictions like the Netherlands or Spain. To remain competitive, Taiwan must benchmark its tax regime against global standards, ensuring that high-skilled workers do not see a "tax cliff" that incentivizes them to leave after their initial contract.
Stock-Based Compensation Reform
High-tech talent recruitment often relies on equity-based compensation. The Committee recommends amending Article 19-1 of the Industrial Innovation Act to provide more flexibility in how stock-based incentives are taxed. By reviewing the caps on these incentives and the timing of taxation (e.g., taxing at the time of sale rather than at the time of grant), Taiwan can better align its compensation structures with the expectations of top-tier international professionals.
Priority 3: Refining the Industrial Innovation Act for Sustained R&D
Research and development are the lifeblood of the semiconductor value chain, spanning design, packaging, materials, and equipment. Article 10-2 of the Statute for Industrial Innovation was designed to incentivize this investment through tax deductions. However, the Committee identifies a flaw in the current implementation: the "R&D Intensity Ratio."
The Paradox of Growth and Eligibility
Under current regulations, a company must meet both a minimum R&D expenditure threshold and a specific R&D intensity ratio (R&D spending as a percentage of revenue) within the same tax year. This creates a paradox: if a company has a highly successful year with record-breaking revenue, its R&D intensity ratio might drop below the threshold even if its actual R&D spending increased.
This introduces uncertainty into long-term planning. The Committee argues that tax incentives should reward the intent and effort of R&D rather than penalizing companies for their commercial success. They recommend removing the dual-threshold constraint and focusing on absolute investment levels to ensure that high-growth companies are not inadvertently excluded from the very incentives meant to support them.
Priority 4: A National Strategy for Edge AI and Distributed Computing
While much of the current AI hype focuses on massive data centers and cloud training, the Committee points to a looming shift toward "Edge AI." This involves performing AI inference directly on devices—such as laptops, industrial robots, and automotive systems—rather than sending data back to a central server.
Reducing Infrastructure Strain
A shift toward Edge AI offers a solution to Taiwan’s energy and bandwidth constraints. By processing data locally, Edge AI reduces the pressure on the national power grid and centralized data centers. It also enhances data security and reduces latency, which is critical for applications like autonomous driving and smart manufacturing.
The Committee recommends:
- Integrating Edge AI into National Programs: Including distributed AI architectures in the "Chip-based Industrial Innovation Program" and the "Ten AI Initiatives Promotion Plan."
- Executive Yuan Coordination: Designating a high-level authority to oversee AI policy across ministries, ensuring that computing resources, data governance, and application development are not fragmented.
- International Cooperation: Building on the U.S.-Taiwan Economic Prosperity Partnership Dialogue to align on supply chain security for AI, drones, and robotics.
Chronology of Taiwan’s Semiconductor Policy Evolution
To understand the urgency of these recommendations, it is necessary to look at the timeline of Taiwan’s industrial policy over the last decade:
- 2016: Launch of the "Five plus Two" Innovative Industries Plan, which began the push for smart machinery and green energy.
- 2021: Enactment of the "Act for the Recruitment and Employment of Foreign Professionals," introducing the Gold Card.
- 2023: Amendment of the Industrial Innovation Act (Article 10-2), often called the "Taiwanese Chips Act," to provide tax credits for advanced R&D.
- 2024: Introduction of the "AI Basic Act" draft and the "Chip-based Industrial Innovation Program" (Taiwan CInI), signaling a shift from manufacturing-only to "AI + Chips."
Analysis: The "Silicon Shield" in an Era of High-Stakes Competition
The Committee’s report serves as a roadmap for maintaining Taiwan’s "Silicon Shield." The analysis suggests that Taiwan’s advantage is no longer guaranteed by manufacturing yields alone. As the U.S., Japan, and the EU pour hundreds of billions of dollars into their own semiconductor ecosystems (via the U.S. CHIPS Act and the EU Chips Act), Taiwan must compete on the basis of its business environment and infrastructure resilience.
The move toward Edge AI is particularly strategic. If Taiwan can lead the world in the hardware for AI inference—not just the chips for training—it will embed itself even more deeply into the global consumer and industrial electronics markets. However, this transition is impossible without the "Strategic Resources" of energy and talent.
Conclusion and Implications
The recommendations put forth by the Committee highlight a critical juncture for Taiwan. The transition to an AI-driven economy offers immense opportunities but exposes deep-seated structural vulnerabilities. By securing its energy supply through LNG infrastructure and renewable integration, modernizing its tax code to attract global minds, and pivoting toward a distributed AI architecture, Taiwan can reinforce its role as a critical platform in the global digital economy.
The government’s response to these suggestions will likely determine the trajectory of the island’s economic security for the next decade. As the Committee concludes, addressing these constraints is not merely about supporting a single industry; it is about ensuring the resilience of the nation’s primary economic engine in an increasingly volatile global landscape.
Raul Delapena Setiawan
