On May 20, EVADA was invited to participate in the 2026 AIDC Computing Power & Energy Synergy Summit, one of the industry’s key forums focused on next-generation AI data center infrastructure and power innovation. During the event, EVADA’s AIDC Power Product Line Director, Mr. Xiong Liang, delivered a keynote speech title High Density Without Heat, Minimalism Without Compromise — EVADA MW-Class UPS Safeguarding Every Watt of AIDC.
As AI computing continues accelerating toward higher density and larger-scale deployment, the demand for resilient, efficient, and scalable power infrastructure is rising rapidly. In his presentation, Mr. Xiong highlighted five major power supply challenges currently reshaping the AIDC industry:
l Massive deployment scale driving heavier TCO pressure
l Multi-generation and diversified architectures requiring greater expansion flexibility
l AI workload impact increasing reliability risks
l Complex infrastructure architectures creating broader optimization needs
l Rapidly increasing rack density making air-cooling more difficult
EVADA MW-Class UPS: Built for the AI Era
To address the growing demands of AI infrastructure, EVADA introduced its MW-Class UPS solution designed around six core values:
l Extreme Reliability: Back-to-back rectifier and inverter architecture, independent dual airflow channels, integrated hard connections, and N+X modular redundancy ensure stable operation for critical AI workloads.
l Ultra-High Efficiency: Up to 99% efficiency in enhanced ECO mode and 98% in double-conversion mode, helping data centers significantly reduce energy consumption and operating costs.
l High Density: Up to 1.25MW per cabinet with less than one square meter of footprint, while integrated UPS and power distribution design can reduce deployment space by up to 50%.
l Simplified Maintenance: Modular hot-swappable design enables maintenance within five minutes without downtime, while simplified architecture reduces component count by 30% and lowers maintenance complexity.
l Flexible Scalability: Modular plug-and-play architecture supports on-demand expansion without system reconstruction, with compatibility for 800V DC bus systems and energy storage integration.
l Optimized TCO: Lower procurement and operational costs through simplified design, higher efficiency, and long-term energy-saving potential for large-scale AI infrastructure deployments.
2026 AIDC Industry Chain Pioneer Award
During the summit, EVADA was honored with the 2026 AIDC Industry Chain Pioneer Award, recognizing the company’s innovation and contribution to next-generation AI computing infrastructure.
The award recognizes leading AIDC supply chain companies with strong technical expertise, independent core technologies, solid product capabilities, and professional support in power distribution and energy storage systems. It aims to establish industry benchmarks, drive industrial upgrading, and promote coordinated innovation across the AIDC ecosystem, supported by mature solutions and proven deployment experience.
EVADA’s selection reflects its strong technical foundation and consistent execution in AIDC power infrastructure, as well as its contribution to enabling more reliable, efficient, and scalable AI data center energy systems.
Looking ahead, EVADA will continue advancing high-efficiency, high-density, and highly reliable power technologies to support the global evolution of AI computing infrastructure and sustainable digital growth.
