Data Centers in Taipei

Taipei – Strategic Hub for East Asian Digital Services

Taipei is a primary interconnection hub for East Asia, offering excellent connectivity and access to one of the region's most dynamic economies. The market is ideal for businesses requiring low-latency access to Taiwan's large consumer base and its world-leading technology and manufacturing sectors. Deploying infrastructure here ensures high-speed performance for services targeting Northern Asia.

Taipei: At A Glance

Network & Connectivity Ecosystem

Taipei's network environment is mature and highly competitive, making it a top-tier location for interconnection in Asia.

Carrier Density & Carrier Neutrality: With over 17 distinct network providers present as of September 2025, the market offers deep and diverse connectivity options. Carrier-neutral facilities provide access to a wide range of local and international carriers, ensuring competitive pricing and high resilience.

Direct Cloud On-Ramps: Over 2 cloud on-ramps provide dedicated, private connections to major hyperscalers, serving 6 cloud regions. Available providers include AWS, Google Cloud (GCP), Microsoft Azure, and IBM Cloud as of September 2025. This direct access reduces latency and improves security for hybrid cloud architectures.

Internet Exchange Points (IXPs): The primary exchange is the Taiwan Internet Exchange (TWIX), which facilitates the majority of domestic peering. Efficient local peering through TWIX reduces transit costs and improves performance for traffic within Taiwan.

Bare Metal: Bare metal server options are readily available from multiple providers. Global suppliers like Hivelocity and phoenixNAP offer dedicated server solutions in the region, providing compute resources for performance-sensitive workloads.

Power Analysis

Taipei provides reliable power suitable for mission-critical data center operations, though the grid composition is a consideration for sustainability goals.

Average Cost Of Power: Industrial electricity costs are estimated between NT$2.60–NT$3.50/kWh as of September 2025. These competitive rates help manage the total cost of operation for high-density compute deployments.

Power Grid Reliability: The power grid supporting Taipei's main technology districts is well-engineered, with significant investment in redundancy. Major data centers are typically supported by multiple substations, ensuring high levels of uptime for critical facilities.

Market Access, Business & Tax Climate

Taipei offers strategic access to both a robust local market and the broader Asia-Pacific region.

Proximity To Key Business Districts: Data centers in Taipei are located near major industrial and technology parks, including the Neihu Technology Park and Hsinchu Science Park. This proximity provides low-latency connections to Taiwan's world-class semiconductor, electronics, and manufacturing industries.

Regional Market Reach: Taipei serves as an effective digital gateway to mainland China, Japan, and South Korea. Its extensive subsea cable connections make it a strategic point for distributing content and services throughout East Asia.

Tax Advantage For Data Centers: Taiwan currently offers no specific tax incentives for data center development or operation. The standard corporate tax structure applies, making financial modeling straightforward without complex credit calculations.

Natural Disaster Risk

While no specific risk data was available, Taiwan's geographic location requires a clear strategy for mitigating natural disasters. Enterprise-grade facilities in Taipei are typically built to high standards to manage these regional risks.

Overall risk is considered Moderate. Key hazards to consider include:

• Earthquake: The island is in a seismically active zone. Modern data centers are constructed with seismic bracing and structural standards to withstand significant ground motion.
• Typhoon: Seasonal typhoons bring strong winds and heavy rainfall. Facilities are hardened against wind damage and have robust flood mitigation systems.
• Flood: Localized flooding can occur from heavy rains during typhoons. Site selection at higher elevations and on-site water management are critical.