Taiwan Semiconductor and AI Strategy: Industry Committee Outlines Four Strategic Pillars for Global Competitiveness

The global semiconductor landscape is undergoing a paradigm shift as the artificial intelligence revolution accelerates, placing Taiwan at the epicenter of national resilience and technological sovereignty for major economies worldwide. To maintain this precarious leadership, an industry advisory committee has issued a comprehensive set of recommendations targeting four critical structural pillars: energy security, talent acquisition, research and development (R&D) incentives, and the strategic deployment of edge AI. While Taiwan’s manufacturing prowess remains undisputed, the committee warns that the island’s competitive edge is increasingly threatened by internal constraints, including a vulnerable energy mix and a tax environment that struggles to compete for high-level global talent.

The findings underscore a shift in the nature of competition. Leadership is no longer defined solely by the ability to produce sub-3nm chips; it now requires a highly integrated value chain supported by stable infrastructure and forward-looking policy. As AI-driven demand for electricity is projected to hit historic highs by 2028, the committee argues that Taiwan must transition from a reactive policy stance to a proactive, coordinated public-private strategy to reinforce its role as a critical platform in the global digital economy.

The Energy Crisis: Transitioning from Reliance to Resilience

At the heart of the committee’s concerns is the stability and predictability of Taiwan’s energy supply. The semiconductor industry is notoriously energy-intensive, and the rapid deployment of large-scale AI data centers is expected to push electricity demand to unprecedented levels. The committee highlights that Taiwan’s current power mix is heavily skewed toward imported liquefied natural gas (LNG), which has overtaken coal as the primary source of generation.

This reliance on LNG presents a significant geopolitical and operational risk. Currently, Taiwan’s natural gas reserves are governed primarily by administrative measures under the Natural Gas Industry Act, which provides a limited buffer against supply chain disruptions. In contrast, other major LNG-importing nations like Japan and South Korea maintain significantly higher statutory storage capacities and more diversified receiving infrastructure.

To address these vulnerabilities, the committee proposes three immediate actions:

1. Accelerating LNG Infrastructure: The government must prioritize the construction of LNG receiving terminals to expand import capacity and build strategic reserves.
2. Statutory Reserve Requirements: Amending Article 31 of the Natural Gas Industry Act is deemed essential to establish clear, enforceable minimum stockholding levels, moving away from flexible subordinate regulations to a more rigid legal framework similar to the Petroleum Administration Act.
3. Pricing Predictability: For industrial giants, electricity price volatility is a major barrier to long-term budgeting. The committee recommends a formal "advance notice" system for rate adjustments to allow firms to plan operational costs more effectively.

Furthermore, the committee advocates for reframing renewable energy not just as a decarbonization tool, but as a strategic asset for national security. Since wind and solar are domestically generated, they are immune to maritime blockades or global fuel price spikes. However, the committee notes that current renewable energy growth has lagged behind demand, and high costs remain a burden for small and medium-sized enterprises (SMEs).

The Talent War: Beyond the Employment Gold Card

While Taiwan has seen success with the "Employment Gold Card" initiative, the committee argues that the current tax incentives for foreign professionals are too short-lived to foster long-term retention. Under the Act for the Recruitment and Employment of Foreign Professionals, tax benefits are typically capped at five years.

"Five years is a transition period, not a career," the committee noted, suggesting that high-skilled professionals often leave Taiwan once they are subject to standard tax rates. To counter this, the committee points to international models such as Italy’s "5+5" framework. This model allows professionals to extend their initial five-year tax benefit for another five years if they meet certain criteria, such as continued employment or relocating family members to the country.

The committee also called for a benchmarking of Taiwan’s tax regime against the Netherlands, Spain, and Italy, which offer flat rates or partial exemptions for qualifying foreign workers. Additionally, there is a push to reform equity-based compensation. Current caps on stock-based incentives under the Industrial Innovation Act are seen as too restrictive, failing to align with the compensation structures of top-tier global AI and silicon talent.

Refining the Industrial Innovation Act for Sustained R&D

A significant portion of the report focuses on Article 10-2 of the Industrial Innovation Act, which provides tax deductions for R&D and advanced equipment. While the intent of the law is to encourage cutting-edge investment, the implementing regulations have created a "revenue trap" for many firms.

Currently, eligibility for these tax credits requires companies to 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. The committee points out that while R&D spending is planned years in advance, revenue is subject to volatile market conditions and macroeconomic shifts. A company could significantly increase its R&D investment but fail the "intensity" test if its revenue grows faster than expected, or conversely, it might struggle to justify the expenditure during a market downturn.

The committee recommends a more flexible approach that accounts for the long-term nature of semiconductor development. The goal is to ensure that companies making substantial, sustained investments in the value chain—including materials, equipment, and packaging—are not disqualified due to short-term revenue fluctuations.

The Strategic Shift to Edge AI and Distributed Computing

As AI applications evolve, the committee warns against an "overly centralized" approach that focuses exclusively on massive data centers. Such a model places immense pressure on the power grid and network bandwidth. Instead, the committee advocates for a "cloud-to-edge" hybrid architecture.

Edge AI—where AI inference is performed locally on devices like PCs, automotive systems, and industrial robots—is seen as the next frontier. This model improves data security, reduces latency, and, most importantly for Taiwan, lowers the aggregate load on centralized power infrastructure.

To lead in this space, the committee suggests:

• Integrating Edge AI into National Programs: Initiatives like the "Chip-based Industrial Innovation Program" and the "Ten AI Initiatives Promotion Plan" should explicitly include edge computing.
• Targeted Incentives: The government should provide grants and tax vouchers for the development of AI-capable end-user devices, treating them as part of the national AI infrastructure.
• Cross-Ministerial Coordination: The committee welcomes the draft "AI Basic Act" and the planned National AI Strategy Special Committee. However, it emphasizes the need for an Executive Yuan-level authority to align budgets and strategic priorities across the Ministry of Economic Affairs, the Ministry of Digital Affairs, and other departments.

Chronology and Context: Taiwan’s Path to the AI Era

The committee’s recommendations come at a pivotal moment in Taiwan’s industrial history. Over the last three decades, Taiwan transformed from a hardware manufacturer into the world’s indispensable semiconductor hub. However, the timeline of the last five years shows a tightening of global competition:

• 2021-2022: The global chip shortage highlighted the world’s dependence on Taiwan, leading to the "Silicon Shield" narrative.
• 2023: The launch of Generative AI (GenAI) sparked a massive surge in demand for high-end GPUs, predominantly manufactured by TSMC.
• 2024: The Taiwan government introduced the "AI Basic Act" to provide a legal framework for AI development, while the U.S. and EU ramped up their own domestic chip subsidies (CHIPS Acts).
• 2025-2028: Projected window for the "AI electricity surge," where Taiwan’s grid capacity will face its most significant test since the beginning of the industrial era.

Implications: A Strategic Partnership with the West

The committee also emphasized the importance of international cooperation, particularly with the United States. Building on the U.S.-Taiwan Economic Prosperity Partnership Dialogue (EPPD), the committee urges the Ministry of Economic Affairs to identify new areas for collaboration in drones, robotics, and secure supply chains.

The broader implication of the committee’s report is that Taiwan’s security is no longer just about military defense, but about "ecosystem defense." By creating a "trusted AI technology ecosystem" that includes high-quality traditional Chinese-language datasets and secure hardware, Taiwan can ensure it remains the preferred partner for Western democracies.

In conclusion, the committee warns that the "status quo" is not a strategy. To reinforce its role in the global digital economy, Taiwan must address its structural energy vulnerabilities, modernize its talent-related tax laws, and pivot toward a distributed AI model that balances the power of the cloud with the efficiency of the edge. Addressing these constraints will ensure that Taiwan remains not just a manufacturer, but a foundational pillar of the 21st-century technological landscape.