Bangkok – May 22, 2025 – True Internet Data Center (True IDC), a leading data centre and cloud service provider under the Charoen Pokphand Group (CP), officially unveiled Thailand’s first AI Hyperscale Data Center. This landmark launch reinforces the nation’s push to advance digital infrastructure in support of the new economy and to position Thailand as the digital hub of ASEAN. The facility embodies a strategic pledge to accelerate AI readiness, bolster technological advancement, and deliver tangible benefits to both businesses and citizens by strengthening the country’s data capabilities, reliability, and global competitiveness.
This development marks a pivotal moment in Thailand’s journey toward giga data center maturity. It signals a broader ambition to equip the country with robust, scalable, and secure data processing capacity that can meet the escalating demands of AI, cloud computing, and data-driven services. By introducing a hyperscale architecture built to handle massive workloads, True IDC aims to create an ecosystem that supports enterprises, startups, researchers, and public sector initiatives alike, while also catalyzing knowledge transfer and upskilling opportunities for Thai professionals. In speaking about the milestone, industry leaders highlighted that a resilient data center backbone is foundational for broad-based access to AI and cloud technologies, and that the new facility will uplift Thailand’s global standing in digital infrastructure and AI readiness, both regionally and nationally.
In remarks delivering the significance of the launch, the executive leadership emphasized that the new data center is designed not merely as a high-capacity facility but as a strategic instrument for national development. It is envisioned to empower individuals, small and medium-sized enterprises, and large industries to leverage AI capabilities and cloud services. Beyond technology deployment, this initiative is seen as a driver of economic growth, regional competitiveness, and domestic knowledge creation, with potential spillovers into education, research, and development ecosystems across the country. The core message was that a dependable, scalable data center is essential for widening AI access, strengthening the national digital economy, and enhancing Thailand’s attractiveness for regional and global investment in technology-driven industries.
The Secretary General of the Board of Investment (BOI) also contributed to the conversation, underscoring the milestone as a historic achievement for a Thai company in hyperscale digital infrastructure. The statement highlighted that the data center stands to elevate Thailand’s position as a digital economic hub within the region, underpinned by a robust digital ecosystem and enhanced appeal for investments in technology-driven sectors. This framing aligns with broader policy objectives to attract innovation, foster enterprise resilience, and accelerate the adoption of digital technologies across industries. The BOI’s remarks framed the project as a catalyst for regional leadership in data center development, underscoring the government’s commitment to cultivating a fertile investment climate for high-tech infrastructure.
The True IDC leadership described the new AI Hyperscale Data Center as a new benchmark for Thailand’s data center industry in technology, engineering, and sustainability terms. The facility is engineered to accommodate hyperscale workloads and to serve clients with an architecture crafted for the digital era—prioritizing data, cloud, and AI workloads across sectors. The objective, according to leadership, is to strengthen Thailand’s capability to independently and securely develop advanced technologies while maintaining strict standards for reliability and data integrity. This perspective situates the data center not only as a technical asset but as a strategic platform for domestic innovation, enabling local developers and enterprises to design, test, and deploy cutting-edge solutions without excessive reliance on external infrastructure.
Section 1: Thailand’s AI Hyperscale Data Center: A Turning Point for the Digital Economy
The launch of Thailand’s first AI-focused hyperscale data center embodies a clear turning point in the country’s digital economy strategy. It signals a deliberate move toward large-scale, AI-optimized processing capacity that can support a broad spectrum of data-driven applications—from enterprise cloud services to research and development initiatives, from digital health to advanced manufacturing. The project is framed by a recognition that digital infrastructure is not only a technical asset but a powerful lever for economic transformation, capable of elevating productivity, enabling new business models, and enhancing the everyday lives of citizens.
Executives addressed the role of digital infrastructure as a foundational element of the new economy. They emphasized that the facility will deliver reliable, scalable, and secure computing power, helping Thai businesses compete more effectively on the world stage. They argued that access to AI, data analytics, and cloud technologies should be widespread and affordable, creating an environment where innovations can be tested, refined, and scaled. The data center is presented as a critical enabler for both private sector growth and public sector modernization, reinforcing Thailand’s readiness to participate in the AI-driven global economy.
A central theme in the discourse surrounding the project is the creation of knowledge transfer opportunities. By injecting advanced data center capabilities into the domestic landscape, the initiative is expected to empower Thai professionals through exposure to state-of-the-art technologies and best practices in AI, high-performance computing, and data security. This knowledge transfer is anticipated to contribute to the development of a skilled workforce capable of sustaining Thailand’s AI and digital initiatives long into the future, which in turn reinforces the country’s competitive advantage within ASEAN and beyond.
From a regional vantage point, the launch is framed as a strategic step toward establishing Thailand as a regional hub for digital infrastructure. By providing a domestic, secure, and scalable platform for AI workloads, the country aims to attract regional data-centric operations, cloud services, and research collaborations. This positioning aligns with broader regional ambitions to cultivate a thriving digital economy that integrates Thai capabilities with the broader ASEAN technology ecosystem. The initiative is presented as a catalyst for collaboration, investment, and shared progress in the region’s digital transformation journey.
Section 2: Advanced Technology and Operational Excellence
A centerpiece of the AI Hyperscale Data Center is its substantial power capacity, with more than 20 megawatts allocated to support high-performance computing and AI workloads. This level of capacity is designed to accommodate the heavy demands of modern AI processing, large-scale analytics, and GPU-accelerated tasks that require substantial electrical power and thermal management. The center’s electrical and mechanical engineering strategies are oriented toward delivering stable, predictable performance under peak load, ensuring that clients can run demanding workloads without compromise.
In addition to raw power, the facility is engineered for resilience and uptime. It employs a high-efficiency, smart fan wall unit cooling system that optimizes airflow and cooling efficiency, contributing to lower energy consumption while maintaining stable operating temperatures for critical equipment. The design is compatible with liquid cooling technologies, reflecting a forward-looking approach to thermal management that can further reduce energy usage and improve processor performance by maintaining optimal temperatures for GPUs and CPUs alike. This combination of robust power, advanced cooling, and potential liquid cooling options demonstrates a commitment to energy efficiency and reliable operation.
Redundancy is a core principle of the data center’s architecture. The facility is equipped with high-reliability backup systems to ensure uninterrupted computing operations and continuous business services, even in the event of component failures or transient disturbances. This redundancy supports mission-critical workloads and helps minimize the risk of downtime, a key consideration for enterprises relying on AI, analytics, and cloud services. The emphasis on backup and fault tolerance aligns with industry best practices for hyperscale data centers, where continuous availability is essential for customer trust and operational continuity.
Energy efficiency is a defining feature, with the center pursuing best-in-class Power Usage Effectiveness (PUE) performance. Achieving an industry-leading PUE is a priority, as it reflects the facility’s effectiveness in converting energy inputs into productive IT load while minimizing losses in the cooling and power delivery systems. This emphasis on efficiency not only reduces operating costs but also supports environmental sustainability objectives by reducing electricity consumption per unit of compute. The commitment to PUE optimization is complemented by the center’s role as a technology testbed, with a Data Center Innovation Lab dedicated to testing and developing new solutions across multiple industries.
The Data Center Innovation Lab serves as a practical platform for experimentation and rapid prototyping. It enables testing of new cooling techniques, energy management strategies, security protocols, and other innovative approaches before they are deployed at scale. By fostering collaboration with technology vendors, researchers, startups, and customers, the lab encourages the translation of emerging knowledge into deployable, real-world solutions for Thailand’s digital economy. The lab’s presence underscores the center’s dual mission: to provide robust compute capacity while advancing research and development in the data center domain.
Beyond hardware and cooling, the facility is designed to support a wide range of AI workloads, including those requiring substantial GPU acceleration. This capability makes the data center attractive to cloud providers, enterprises pursuing AI-driven product development, and institutions conducting large-scale data science research. The architectural choices reflect a deliberate effort to align with the needs of data-intensive industries, positioning the center as a critical enabler of digital transformation in Thailand and in the wider region.
Section 3: Economic Strategy and ASEAN Positioning
The introduction of Thailand’s AI Hyperscale Data Center is framed within a broader strategy to strengthen the nation’s economic and technological competitiveness. By building a domestic powerhouse capable of processing massive AI and data workloads, the country aims to attract investment, drive innovation, and cultivate a robust digital ecosystem that benefits customers, developers, and service providers. This aligns with the goal of fostering a digital economy that integrates advanced technologies with everyday business operations, thereby accelerating the adoption of AI and cloud services across sectors.
A key aspect of the strategic narrative is the emphasis on regional leadership. The data center is presented as a cornerstone for elevating Thailand’s status as a digital hub within ASEAN. The expectation is that a sophisticated hyperscale facility will attract regional demand, including multinational and local organizations seeking reliable, scalable, and secure data processing capacity. The outcome is anticipated to be a more favorable investment climate for digital and technology-driven industries, with enhanced competitiveness driven by superior infrastructure and an enhanced ecosystem.
The launch also reinforces the country’s digital ecosystem and its attractiveness to investors. In the eyes of policymakers and industry observers, robust data center capabilities can stimulate a virtuous cycle: improved digital services attract more players, which in turn drives further innovation, more job opportunities, and enhanced talent development. This creates a self-reinforcing dynamic that supports long-term growth and resilience in Thailand’s technology sector. The project’s alignment with national development priorities — including digital transformation, talent development, and the creation of high-value jobs — is a central aspect of its strategic importance.
This initiative is described as a platform for knowledge transfer and capability building within the Thai population. By exposing local professionals to advanced data center technology, AI workloads, and cloud-based solutions, the project aims to accelerate skills development and foster a workforce capable of sustaining Thailand’s digital ambitions. The anticipated impact extends beyond immediate business benefits to broader societal gains, including improved digital literacy, opportunities for career growth, and enhanced access to AI-enabled services for Thai citizens.
Section 4: Sectoral Transformation and the New S-Curve Industries
The AI Hyperscale Data Center is positioned as a critical enabler for Thailand’s New S-Curve industries, a concept widely referenced by policymakers and industry leaders as the next wave of high-growth sectors driving the nation’s economy. The data center’s capabilities are closely aligned with the data processing and high-performance computing needs of several key sectors, including electric vehicles (EVs), digital health and medical services, and smart agriculture. Each of these sectors relies on large-scale data collection, real-time analytics, simulation, and AI-driven optimization to unlock new efficiencies, improve outcomes, and create tailored customer experiences.
In fintech and digital finance, the center’s compute power supports sophisticated risk analytics, real-time transaction processing, fraud detection, and customer experience improvements through AI-driven personalization. The ability to manage massive datasets securely and efficiently is a critical enabler for modern financial services and digital payment ecosystems. For digital content and the creative economy, high-performance infrastructure opens opportunities for content creation, distribution, and monetization at scale, enabling new business models and immersive experiences powered by AI and cloud technologies. The data center thus fuels a broad spectrum of industries that depend on intensive data processing to innovate and compete.
The founders and operators emphasized that these sectors will gain significant advantages from having a modern domestic digital infrastructure that can handle large data workloads, support advanced analytics, and ensure data security. A domestic platform of this scale reduces the need to rely heavily on foreign data infrastructure while enabling Thai industries to maximize their competitive performance in both local and global markets. This domestic capability is seen as a strategic asset that supports the country’s digital transformation agenda and helps sustain economic resilience in the face of global shifts in technology supply chains.
The initiative is also framed as a driver of research and development across sectors. The presence of a modern data center with hyperscale capabilities creates opportunities for pilots and large-scale experiments in AI, machine learning, and data-driven product development. It can accelerate innovation cycles, shorten time-to-market for new digital solutions, and facilitate the practical translation of academic research into applied industry outcomes. As these sectors evolve, the data center stands ready to scale in tandem with demand, fostering a dynamic environment where Thai enterprises can experiment, iterate, and thrive.
Section 5: Sustainability, Innovation, and R&D Facilities
Sustainability and energy efficiency are central to the design and operation of the AI Hyperscale Data Center. The facility’s architecture prioritizes energy efficiency while delivering high performance for demanding workloads. The emphasis on best-in-class PUE reflects a commitment to minimizing energy waste and optimizing overall efficiency in the cooling, power delivery, and IT load systems. This approach is aligned with global best practices for modern data centers, which seek to balance compute density with responsible energy use and environmental stewardship.
The cooling strategy features a high-efficiency smart fan wall unit system, contributing to effective thermal management and reduced energy consumption. The potential inclusion of liquid cooling technology underscores a forward-looking stance toward more advanced cooling approaches that can further increase efficiency and performance, especially for GPU-heavy AI tasks. These cooling innovations are paired with high redundancy backup systems to maintain uninterrupted service, underscoring the center’s readiness to support mission-critical workloads even under challenging conditions.
The Data Center Innovation Lab is a distinctive feature that differentiates this facility from conventional data centers. It serves as a testing ground for novel cooling methods, energy management strategies, security enhancements, and other cutting-edge technologies. The lab enables collaboration with industry partners, researchers, and startups to explore and validate new solutions before they are rolled out at scale. By providing a practical environment for experimentation, the lab accelerates the translation of research into real-world applications that can benefit Thailand’s digital ecosystem and broader economic landscape.
In addition to technical innovation, the center aims to support the digital transformation of multiple sectors by offering capabilities that can facilitate data-driven experimentation, pilot programs, and proof-of-concept projects. The facility’s design and operations are intended to enable industries to deploy AI-enabled solutions more rapidly, reducing barriers to entry and enabling faster adoption of cloud services and data analytics. The combined emphasis on sustainability, innovation, and collaboration creates a multi-faceted platform for advancing Thailand’s technology ambitions while preserving environmental responsibility.
Section 6: Government, Industry, and Investment Ecosystem
The project has been framed as an emblem of public-private collaboration, with government agencies and the investment community aligning around a shared objective of accelerating digital transformation. The BOI’s involvement and public-sector endorsement signal a long-term commitment to nurturing a conducive environment for high-tech infrastructure, innovation, and digital industry growth. The governance framework surrounding the data center emphasizes security, compliance, and accountability, reinforcing trust among customers, partners, and public stakeholders.
From an industry perspective, the data center is expected to stimulate demand for complementary services, including cloud platforms, AI software providers, and system integrators. The facility’s presence may spur the growth of a local ecosystem that supports data-driven product development and service delivery, fostering collaboration among technology vendors, educational institutions, and corporate clients. The strategic alignment with national digital objectives — such as expanding AI usage, improving data analytics capabilities, and enabling digital services across sectors — reinforces the ecosystem’s potential to evolve into a robust, self-sustaining hub for innovation.
The ecosystem effects extend beyond immediate commercial gains. By attracting investment and fostering knowledge transfer, the data center contributes to human capital development, research capacity, and the creation of opportunities in high-skilled roles. This aligns with overarching national goals to strengthen digital literacy, enhance workforce capabilities in AI and data science, and promote inclusive access to digital services that improve everyday life. The project’s multi-stakeholder collaboration model exemplifies a proactive approach to building a sustainable, future-ready technology base for Thailand and the wider region.
Section 7: Global Competitiveness and Data Sovereignty
A notable aspect of the initiative is its focus on empowering domestic digital infrastructure to reduce reliance on foreign data resources. By hosting AI processing, cloud services, and large-scale data workloads domestically, Thailand can enhance data sovereignty, improve security posture, and strengthen resilience against external shocks in global supply chains. A homegrown hyperscale facility supports national strategies aimed at safeguarding sensitive data, protecting critical infrastructure, and enabling controlled access to advanced technologies within a secure and trusted environment.
The project’s strategic intent includes enabling Thai industries to maximize competitiveness without extensive dependence on foreign data infrastructure. By providing a domestic platform for high-density compute and AI workloads, the center can shorten latency for local applications, improve service delivery, and enable more responsive AI-powered solutions. The emphasis on domestic capacity aligns with broader policy objectives to create a self-reliant, secure, and scalable technology ecosystem that is capable of sustaining growth in the digital economy.
Moreover, the facility’s role in supporting ASEAN digital ambitions reinforces regional cooperation and knowledge sharing. As Thailand strengthens its own data center capabilities, it can engage with neighboring economies to exchange best practices, collaborate on cross-border data initiatives where appropriate, and contribute to shared standards for data security, reliability, and performance. In this sense, the data center is positioned not only as a national asset but also as a regional catalyst for coordinated digital development across Southeast Asia.
Conclusion
Thailand’s first AI Hyperscale Data Center marks a defining moment in the country’s pursuit of digital leadership within ASEAN and the broader global technology landscape. By combining substantial compute power, advanced cooling and resilience features, and a dedicated innovation laboratory, the center stands as a comprehensive platform for AI-ready infrastructure, industrial modernization, and knowledge-driven growth. The initiative embodies a holistic approach to digital transformation—one that integrates technology capability with economic strategy, workforce development, and regional collaboration.
The leadership behind the project emphasizes that robust data center infrastructure is essential for enabling access to AI and cloud technologies across all segments of society. The data center’s architecture, capacity, and adaptability are designed to support hyperscale workloads and to serve a diverse array of clients—from large enterprises to startups and research institutions. This flexibility ensures that the facility can evolve with the rapidly changing AI landscape, expanding to accommodate new applications, workloads, and business models as needs emerge.
Key implications of the new data center include accelerated digital transformation across Thailand’s industries, enhanced competitiveness on a regional scale, and stronger domestic capabilities in AI and data science. The project aligns with national objectives to bolster the digital economy, promote technology-driven growth, and foster an inclusive environment where scientific and technological advances translate into tangible benefits for citizens. By enabling a secure, scalable, and innovative data processing foundation, Thailand is better positioned to contribute to and benefit from the AI-enabled economy of the future.
In summary, the AI Hyperscale Data Center represents more than a technical achievement. It is a strategic investment in Thailand’s digital future, a catalyst for regional leadership in data center expertise, and a platform for ongoing education, research, and industry modernization. As the facility ramps up to full operation, its impact is expected to reverberate across sectors, driving efficiency, innovation, and sustainable growth while strengthening Thailand’s role as a leading digital hub in Southeast Asia.