Nana
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 space is not merely a byproduct of manufacturing excellence but the result of a highly sophisticated, integrated value chain. However, this ecosystem now faces unprecedented structural challenges that threaten its long-term dominance. Industry experts and representative committees have identified a critical need for a coordinated public-private response to address constraints in energy security, talent acquisition, research incentives, and the strategic deployment of AI infrastructure.
The committee’s latest findings highlight four primary pillars essential to sustaining Taiwan’s competitive edge. First, the rapid expansion of AI-driven electricity demand has made energy security a matter of national strategic importance, requiring a shift toward carbon-free energy (CFE) and diversified supply chains. Second, the global "war for talent" necessitates more aggressive tax incentives and a policy environment that aligns with international standards to attract high-skilled foreign professionals. Third, the legislative framework governing research and development—specifically the Industrial Innovation Act—must be refined to ensure that high-growth companies are not penalized by rigid eligibility thresholds during periods of market volatility. Finally, as AI applications migrate from centralized data centers to the periphery of the network, Taiwan must pivot toward a distributed "cloud-to-edge" AI model to alleviate pressure on the national power grid and enhance data security.
The Energy Imperative: Building a Resilient and Predictable Power Supply
The semiconductor industry remains the heartbeat of Taiwan’s economic security, but its survival is inextricably linked to the availability of stable, cost-competitive, and resilient energy. With AI-driven electricity consumption projected to reach historical highs by 2028, the strain on Taiwan’s power infrastructure has reached a critical juncture. While the government has made strides in enhancing grid resilience, industry leaders argue that current policies must be more forward-looking to mitigate geopolitical and price-related risks.
Geopolitical Vulnerabilities in the Energy Mix
Taiwan’s power generation mix has become increasingly dependent on imported liquefied natural gas (LNG), which has now surpassed coal as the primary fuel source. While LNG is cleaner than coal, Taiwan’s near-total reliance on imports creates a significant vulnerability. Under the current Natural Gas Industry Act, minimum stockholding levels are largely determined by administrative measures, offering a limited buffer against supply chain disruptions or regional geopolitical instability. In contrast, other major LNG-importing economies like Japan and South Korea maintain significantly higher storage capacities and more diversified receiving infrastructure.
To address these vulnerabilities, the committee recommends a three-pronged approach:
- Infrastructure Acceleration: The government must prioritize the construction of new LNG receiving terminals. These projects are often delayed by local environmental concerns and regulatory hurdles, yet they are vital for increasing Taiwan’s reserve capacity.
- Statutory Reinforcement: The committee urges an amendment to Article 31 of the Natural Gas Industry Act to establish clear, enforceable, and statutory minimum stockholding requirements. By codifying these levels into law, rather than relying on subordinate regulations, the government can provide the industry with a more predictable and secure energy outlook.
- Pricing Predictability: For capital-intensive industries like semiconductor manufacturing, sudden fluctuations in electricity prices can disrupt long-term financial planning. Stakeholders are calling for a more transparent price-adjustment mechanism that includes advance notice to allow firms to adjust their operational budgets accordingly.
Renewables as a Tool for Resilience
Beyond decarbonization, renewable energy is increasingly viewed as a pillar of national security. Because wind and solar power are generated domestically, they are immune to the shipping lane disruptions that threaten fossil fuel imports. The committee suggests that the government should reframe its renewable energy targets not just as environmental goals, but as "resilience targets." This requires a cross-ministerial coordination mechanism at the Executive Yuan level to align land use, environmental reviews, and grid development. Furthermore, the government must ensure that green electricity remains affordable, as high costs currently place a disproportionate burden on small and medium-sized enterprises (SMEs) within the semiconductor supply chain.
The Global Talent War: Enhancing Tax Incentives for Human Capital
As nations like the United States, Japan, and Germany aggressively court semiconductor firms, the competition for specialized talent has intensified. Taiwan has successfully launched initiatives such as the Employment Gold Card, but industry analysts warn that current tax incentives are too short-lived to foster long-term retention.
International Benchmarking and the "5+5" Framework
Currently, tax benefits for foreign professionals in Taiwan are generally limited to a five-year window. Once this period expires, the sudden shift to standard tax rates can lead to a "talent cliff," where highly skilled workers relocate to jurisdictions with more favorable long-term regimes. The committee points to Italy’s "5+5" model as a potential solution. This framework allows an initial five-year tax benefit to be extended for another five years if the individual meets certain criteria, such as purchasing property or having children in the country. By adopting a similar model, Taiwan could encourage foreign experts to view the island as a permanent home rather than a temporary career stop.
Equity-Based Compensation Reform
In the high-tech sector, stock-based incentives are a primary tool for aligning the interests of employees with long-term corporate growth. However, Article 19-1 of the Industrial Innovation Act, which governs equity-based compensation, is currently viewed as too restrictive. The committee recommends a thorough review of the caps and timing of taxation for these incentives. By providing greater flexibility in how and when stock options are taxed, Taiwan can better compete with the compensation packages offered by Silicon Valley or European tech hubs.
Refining the Industrial Innovation Act to Support Long-Term R&D
Sustained investment in R&D is the only way to maintain a lead in the sub-2nm manufacturing race and the burgeoning field of advanced packaging. Article 10-2 of the Industrial Innovation Act was designed to incentivize this investment, but its implementation regulations have created unintended barriers.
The "Intensity Ratio" Dilemma
Currently, to qualify for R&D tax deductions, companies must meet both an absolute spending threshold and a specific "R&D intensity ratio" (R&D spending as a percentage of revenue). This dual requirement creates a paradox: during years of exceptional revenue growth, a company’s R&D intensity might drop even if its absolute R&D spending has increased significantly. This introduces a level of uncertainty that discourages long-term planning.
The committee argues that the policy’s intent is to reward the effort of research, not to penalize companies for being commercially successful. They recommend decoupling the intensity ratio from the absolute spending requirement or, at the very least, allowing for a more flexible multi-year averaging approach to account for market cycles.
A Balanced AI Strategy: The Rise of Edge Computing
While much of the current AI discourse focuses on massive, centralized data centers powered by thousands of GPUs, the next phase of the revolution will take place at the "edge"—in autonomous vehicles, industrial robots, and AI-powered personal computers.
Reducing Infrastructure Strain through Distributed AI
A centralized-only approach to AI creates massive pressure on the electrical grid and network bandwidth. By promoting "Edge AI," where data is processed locally on the device, Taiwan can reduce the load on its power infrastructure while simultaneously improving data privacy and system latency.
The committee recommends that the government embed a distributed cloud-to-edge approach into national flagship programs, such as the "Chip-based Industrial Innovation Program." This includes:
- Targeted Incentives: Providing grants and tax vouchers for the development of AI-capable end-user devices.
- Public Sector Adoption: Encouraging the use of Edge AI in government services and infrastructure to set a standard for the private sector.
- Cross-Ministerial Oversight: Designating a high-level authority within the Executive Yuan to coordinate AI policy across the Ministry of Economic Affairs, the Ministry of Digital Affairs, and the National Science and Technology Council.
Strengthening International Cooperation and Supply Chain Security
The geopolitical landscape necessitates that Taiwan’s semiconductor strategy be closely aligned with its international partners, particularly the United States. The committee emphasizes the importance of the U.S.-Taiwan Economic Prosperity Partnership Dialogue (EPPD) as a platform for deepening cooperation in "trusted" technology ecosystems.
Building Trusted Ecosystems
As global concerns over data security and supply chain integrity grow, Taiwan has an opportunity to position itself as the world’s most reliable partner for "Trusted AI." This involves collaborative efforts to develop high-quality traditional Chinese-language datasets for AI training—counteracting the dominance of datasets that may be subject to foreign censorship—and establishing joint standards for secure hardware.
The committee urges the government to maintain a regular, structured consultation process with industry leaders to ensure that policy remains agile. By addressing these structural constraints—energy, talent, innovation incentives, and edge deployment—Taiwan can transition from being a "silicon shield" to becoming a comprehensive platform for the global digital economy. The window for these reforms is narrow, as other nations are moving rapidly to build their own domestic capabilities, making the implementation of these strategic priorities a matter of urgent national interest.
Ammar Sabilarrohman
Nana Muazin
