Thailand Cloud & Datacenter Convention 2026

Thailand is reaching a tipping point in thermal and power as the surge in generative AI demands a radical pivot from air-cooled legacy sites to 100 kW+ liquid-cooled architectures. This session deconstructs the high-stakes engineering required to master 48V power distribution and sub-1.2 PUE designs, transforming the Kingdom from a regional hub into a global titan of sovereign AI infrastructure.

Direct PPAs are reshaping how large energy users secure power in Thailand, unlocking access to gigawatt-scale renewable capacity outside traditional utility models. This session examines how 2GW of green power is changing cost structures, project timelines, and sustainability strategies for data centers and hyperscalers.

In 2026, Thailand’s AI boom has turned the hunt for megawatts into a high-stakes battle against a 24-month gridlock. Learn the “Power-First” engineering secrets—from BESS to Direct PPAs—to bypass utility bottlenecks and keep 100kW+ racks running when the grid says “no.”

Digital Twins are the ultimate thermal shield for Thailand’s high-density future, turning volatile humidity and 100kW heat loads into predictable, millisecond-accurate virtual simulations. Master this technology to eliminate thermal runaway risks and achieve razor-thin PUE in the most demanding tropical AI environments.

Thailand’s 100-year flood mandates and 40°C heatwaves are turning “resilience” from a design choice into a survival requirement. Explore how the engineering blueprints — from elevated AI-ready foundations to water-neutral cooling — are essential to protecting billion-dollar assets against a volatile climate.

As Thailand transforms into a regional “AI Hub,” the Hardware Root of Trust (HRoT) has become the mandatory foundation for digital sovereignty. With massive investments from Google, Microsoft, and AWS—and the rise of local supercomputers like LANTA—the focus has shifted from simple cloud security to silicon-level integrity.

As AI workloads push power systems to their limits, failure is no longer an edge case—it’s a design assumption. Explores how data center operators are securing power architecture under extreme AI load, balancing redundancy, automation, and resilience without adding unnecessary complexity.

Thailand’s data center race has shifted from building “space” to engineering “intelligence” for 100kW+ GPU clusters. This session reveals how to pivot from simple uptime to “AI-Native” capability, integrating liquid cooling and autonomous operations to sustain the next generation of Agentic AI.

Thailand’s “Thermal Wall” has made air cooling obsolete for AI, forcing a rapid shift from 5-rack pilots to multi-megawatt liquid production. Exposes the raw operational realities of scaling immersion and direct-to-chip cooling—from managing fluid chemistry in tropical humidity to the ROI of “Liquid-Only” greenfield builds.

As AI clusters push Thailand’s grid to its physical limits, BESS and intelligent Microgrids are emerging as the only viable path to power sovereignty. By transforming the data center into a self-balancing energy node, operators can bypass grid volatility, slash demand charges, and ensure that Thailand’s critical AI workloads never experience a millisecond of downtime.

As Thailand’s data centers scale to support AI and critical digital services, security must move beyond compliance checklists to operational resilience. This session examines what “good security” really means on the ground—covering cyber, physical, and OT risks specific to Thailand’s regulatory and infrastructure environment.

Thailand’s high-stakes AI race is being throttled by a massive I/O wall where legacy storage leaves million-dollar GPUs starving for data. Shatter this bottleneck with NVMe-over-Fabrics and GPU Direct Storage to transform sluggish data silos into a high-velocity fabric capable of feeding trillion-parameter models.

Thailand’s cybersecurity landscape will have been transformed by the AI Governance Clinic (AIGC) and the ETDA’s AI standards. Security is no longer just about protecting data; it is about defending the AI models themselves from adversarial attacks while managing AI-powered threats that can bypass traditional firewalls in milliseconds.

In the trillion-parameter era, the network is no longer a pipe but the backbone of the computer itself, where even micro-interruptions can derail weeks of GPU training. Master the shift to 1.6T optical fabrics and Ultra Ethernet to eliminate packet loss and ensure your AI cluster operates at the theoretical limit of silicon.

Thailand’s Climate Change Act and new water-neutral mandates mean that scaling AI is no longer just a technical challenge, but a battle for social license. Explores how to balance the “ravenous thirst” of 100kW racks with public trust, using Direct PPAs and liquid cooling to prove that Thailand’s AI boom won’t come at the expense of its national resources.

Thailand’s “Silicon Leap” into hyperscale AI is being throttled by a 70,000-person skills gap, where demand for GPU-ready engineers outpaces supply three-to-one. Deconstruct how the National AI Strategy’s 30,000-talent mandate, revealing how operators are using AI-augmented “Autonomous O&M” to bridge the deficit while rapidly upskilling a new generation of Thai liquid-cooling and microgrid specialists.