- Delta (DLELY, Financial) debuts AI data center solutions at COMPUTEX 2025, focusing on sustainability and efficiency.
- The new 800V HVDC power architecture claims an energy efficiency improvement up to 92%.
- Delta's advanced liquid-to-liquid cooling systems offer up to 1,500 kW of cooling capacity.
At COMPUTEX 2025, Delta (DLELY), a global leader in power and thermal management, unveiled cutting-edge solutions for AI data centers with a strong focus on sustainability under the theme "Artificial Intelligence x Greening Intelligence." Among the key innovations is a 20-foot AI containerized data center designed for edge computing, integrating power, cooling, and IT equipment to reduce deployment time and costs. This solution is quickly garnering attention for its scalability and flexibility.
Additionally, Delta introduced its innovative 800V High Voltage Direct Current (HVDC) power architecture. This new system enhances energy efficiency by more than 4%, reaching a total of up to 92% efficiency, a significant leap in the realm of AI data centers. The enhancement comes as AI demands increase, requiring more robust power and thermal management solutions.
The company's advanced cooling solutions are another highlight, featuring liquid-to-liquid cooling systems providing up to 1,500 kW of cooling capacity. Complementing this are the in-rack Cooling Distribution Units (CDUs), certified for the NVIDIA GB200 NVL72, offering up to 200 kW cooling capacity and ensuring optimal thermal performance.
Delta's showcase also includes microgrid solutions such as the Solid-State Transformer (SST) for efficient AC/DC conversions and the Solid Oxide Fuel Cell (SOFC), which delivers 60% efficiency. These innovations demonstrate Delta's commitment to enabling a sustainable AI future through intelligent energy management and resilience.
Delta's Chief Executive, Ping Cheng, stated, "Our comprehensive developments aim to optimize energy efficiency in the AI era while enabling a sustainable AI future. Delta is poised to address the dual challenges of computing demands and sustainability faced by industries globally."
