Delta’s recent unveiling at COMPUTEX 2025 in Taipei signals a bold leap forward in AI data center infrastructure, marrying cutting-edge technology with a keen focus on sustainability and operational efficiency. As AI workloads grow more intensive and pervasive, the need for data centers equipped to handle these demands sustainably becomes urgent. Delta’s new suite of innovations captures this intersection, delivering modular designs, advanced power systems, and efficient cooling mechanisms tailored for modern AI environments.
At the heart of Delta’s announcement lies a 20-foot containerized data center aimed squarely at AI applications and edge computing. This modular, plug-and-play unit integrates power supply, cooling, and IT hardware within a compact space, offering rapid deployment alongside versatility. Such a design responds to the swelling demand for scalable data center infrastructure capable of high-density AI processing close to data sources—a critical feature for latency-sensitive operations. By delivering computing power in a mobile, self-contained format, Delta not only addresses spatial constraints but also lowers the barrier for enterprises aiming to fast-track their AI capabilities at the network’s edge.
A highlight of Delta’s technological innovation is its use of an 800V High Voltage Direct Current (HVDC) power architecture. Typical data centers operate on alternating current (AC) systems with voltages far below this level, and such setups suffer notable efficiency losses during power conversion and transmission. Delta’s HVDC approach minimizes these losses dramatically, pushing power efficiency as high as 92%. This upgrade not only reduces wasted energy but also stabilizes the quality of power delivered directly to AI servers, optimizing energy allocation in a way that supports sustainability goals while meeting AI workloads’ heavy demands. Such efficiency improvements are no small feat in an industry where electricity use is both a financial and environmental concern.
Cooling technology, often an overlooked yet vital aspect of data center design, receives a cutting-edge upgrade in Delta’s containerized solution via advanced liquid-to-liquid cooling systems. AI servers, dense and power-hungry, generate substantial heat, and traditional air cooling often struggles to keep temperatures in check without excessive energy consumption. Delta’s liquid cooling mechanism supports heat dissipation up to 1,500 kW, far outpacing conventional methods on both performance and energy economy. Beyond temperature management, this approach extends the lifespan of costly AI hardware by preventing thermal hotspots. The environmental benefits ripple outward as well, since liquid cooling consumes substantially less energy, helping to shrink the carbon footprint without compromising server reliability.
Delta’s innovations resonate strongly with the broader theme unveiled at COMPUTEX 2025: “Artificial Intelligence × Greening Intelligence.” This slogan encapsulates a strategic vision where AI readiness is achieved hand-in-hand with environmentally conscious design principles. By offering AI data centers that are not just scalable and efficient but eco-friendly, Delta confronts the formidable challenge posed by the AI industry’s surging electricity consumption and environmental impact. This dual commitment ensures that advancements in AI infrastructure do not translate into proportional increases in carbon emissions, aligning with broader global sustainability agendas.
The containerized, modular nature of Delta’s data centers dovetails with the rising edge computing trend, where processing power shifts closer to the data source to reduce latency and bandwidth demands on centralized cloud systems. As AI integration spans diverse industries—autonomous driving, real-time analytics, smart cities—the benefit of agile, deployable data centers becomes undeniable. Delta’s design enables enterprises to quickly expand AI capabilities with minimal disruption, while positioning compute power precisely where timely data processing is critical. This versatility enhances not only performance but also operational agility in an increasingly AI-driven technological landscape.
Interoperability is another pillar supporting Delta’s infrastructure vision. Their in-rack cooling distribution units (CDUs) are certified to work seamlessly with leading high-performance AI hardware, including NVIDIA’s GB200 NVL72 GPUs. This compatibility is critical as AI accelerators and computing architectures evolve rapidly, ensuring Delta’s systems can adapt without costly overhauls. By integrating hardware and cooling solutions that are certified for optimal performance together, Delta reduces friction for enterprises adopting advanced AI platforms, enhancing the overall ecosystem cohesion.
Bringing together modular design, advanced power architecture, efficient cooling, and ecosystem integration, Delta’s comprehensive solution pushes the frontier of AI data center evolution while reflecting the urgent call for greener technology. This multi-faceted approach addresses key bottlenecks that have long challenged AI infrastructure providers: how to scale performance rapidly, reduce power wastage, and manage heat effectively without inflicting excessive environmental damage. Delta’s innovations show a clear roadmap toward data centers that are not only fit for the AI era but also capable of supporting that era responsibly.
Looking forward, the implications of Delta’s announcements extend beyond mere technical upgrades. They emphasize a paradigm shift in how AI infrastructure is conceived and built—a shift toward modular, energy-conscious, and containerized solutions optimized for current and future demands. By prioritizing flexibility, power efficiency, and cooling innovation, Delta equips organizations to navigate the complex landscape of edge and core AI workloads with confidence. The company’s approach offers a compelling model for others in the industry to emulate, illustrating that sustainable, high-performance AI data centers are not just possible but increasingly necessary.
Ultimately, Delta’s presentations at COMPUTEX 2025 articulate a vision where AI advancement and environmental stewardship walk hand in hand. With their containerized modular data centers, 800V HVDC power systems, and liquid cooling technologies, Delta crafts an integrated framework that supports the rapid growth of AI applications while mitigating the industry’s ecological footprint. This convergence of performance and sustainability sets a promising precedent, reminding us that the future of AI infrastructure can be both powerful and green—no compromises needed.
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