SINGAPORE, September 29, 2026 — Delta Electronics, a global leader in power management and smart green solutions, is showcasing its latest AI Modular Data Center (AI MDC) and Microgrid Solutions at Data Center World (DCW) Asia 2026, highlighting its efforts to accelerate AI infrastructure deployment while improving energy efficiency, reliability and resilience. The newly introduced solutions integrate advanced power distribution, liquid cooling and on-site energy systems to support the growing demands of next-generation AI data centres, including infrastructure based on NVIDIA Vera Rubin architecture.

The prefabricated AI MDC combines next-generation 800 VDC In-Row Power architecture with liquid cooling technology to enable faster deployment, scalability and improved operational efficiency. Designed to address the increasingly complex power and thermal requirements of AI workloads, the integrated approach aims to help data centre operators adapt to rapidly changing computing demands while optimising infrastructure performance.

“AI workloads are scaling faster than most data centres were designed to handle, while their demands can be increasingly unpredictable. This means infrastructure planning must move from reactive to integrated and future-ready,” said Jason Yuan, President, Southeast Asia and ANZ, Delta Electronics. He added that Delta’s AI Modular Data Centers and Microgrids, which form part of its Grid-to-Chip Solutions portfolio, are designed to help customers across Southeast Asia deploy and power future-ready AI facilities. The solutions focus on energy efficiency, reliability and performance, while offering the flexibility to accommodate evolving workloads and infrastructure requirements.

At the exhibition, visitors can explore Delta’s broader AI infrastructure portfolio, including its modular data centre architecture and high-voltage direct current (HVDC) 3.6MW in-row coolant distribution unit (CDU) technology, developed to manage the thermal demands of high-density AI computing. The showcased 800 VDC In-Row Power system delivers up to 660kW of output power, with AC-to-DC conversion efficiency of up to 98% and 480kW of battery backup unit (BBU) capacity. Its use of aluminium capacitors is designed to help optimise power delivery for GPU-intensive workloads in next-generation AI data centres.

Delta is also presenting its prefabricated AI Containerized Data Center (CDC) Solutions, which can deliver up to 60kW of AI computing capacity per rack within the footprint of a single parking space. The solution incorporates an integrated Liquid-to-Air CDU system and can achieve a power usage effectiveness (PUE) as low as 1.19, demonstrating the potential to combine compact infrastructure with efficient thermal management.

Beyond data centre power and cooling, Delta’s Microgrid Solution demonstrates how on-site energy generation, energy storage, power conversion and solid-state transformer (SST) technology can work together to improve energy resilience and flexibility. By coordinating multiple energy sources in real time, the system is designed to maintain uptime and power quality during grid connection delays or off-grid operation. Solid Oxide Fuel Cell (SOFC) technology provides continuous on-site power, while the prefabricated, DC-coupled architecture integrates SSTs, DC/DC converters and dynamic energy support to reduce conversion stages and respond to fluctuating AI workloads. The modular design also supports scalable deployment as infrastructure requirements grow.

At the board level, Delta is highlighting its advanced thermal management capabilities, including a dedicated cold plate for the NVIDIA Vera Rubin NVL72 platform. Featuring the latest microchannel and multi-impinging flow design, the solution is developed to address the demanding thermal requirements of high-performance AI computing systems.

Delta Electronics will showcase its In-Row Power technology at DCW Asia 2026, taking place from 29 to 30 September at the Marina Bay Sands Convention Centre, Level 1, Singapore, at Booth D10. Sakda Sae-Ueng, SEA and Oceania Data Center Business Platform Head, will also deliver a keynote at the Data Centre World Keynote Theatre at 10:25am on the first day of the event. His presentation will cover Delta Electronics’ collaboration with NVIDIA and the development roadmap for 800 VDC power architecture.

As Singapore and Southeast Asia continue to strengthen their positions as hubs for next-generation AI infrastructure, data centre operators face increasing pressure to deploy higher-density computing systems at unprecedented speeds. Delta’s integrated power, cooling and energy solutions aim to address these challenges by providing the efficiency, reliability and adaptability required to support evolving AI workloads and the transition towards more sustainable data centre operations.