Bridge Data Centres (BDC), a Singapore-based hyperscale data centre provider, and Morong Electric have launched PowerCore 50, the world’s first fully prefabricated power module designed for high-density AI data centres. The innovative module aims to address the increasing demands of AI infrastructure by significantly reducing power infrastructure delivery timelines.
PowerCore 50 is engineered to handle high-density AI workloads and integrates seamlessly with BDC’s proprietary iPower Cube and Bridge Omni Platform. This prefabricated module combines BDC’s global delivery experience with Morong Electric’s electrical manufacturing expertise, offering a streamlined solution to the challenges faced by traditional power infrastructure models.
The module’s design includes factory preintegration, standardised global transport, parallel construction, and maintenance without downtime. Each unit is fully assembled and tested offsite, integrating essential components such as transformers, power distribution, and cooling systems. This approach eliminates the inconsistencies of conventional field construction and allows for rapid deployment.
Built on a standard 40ft ISO container frame, PowerCore 50 facilitates global shipping without the need for oversized freight premiums, ensuring efficient cross-border deployments. The module’s design allows for simultaneous onsite civil works and factory prefabrication, cutting delivery timelines by more than 50% compared to traditional methods.
Zhang Binghua, Chief Technology Officer of BDC, highlighted the module’s significance, stating, “PowerCore 50 raises the bar on system integration, cross-climate operation, delivery speed, and intelligent operations and maintenance.” Zhang Kai, Chairman of Morong Electric, added that the launch marks a critical milestone in their strategic partnership, aiming to advance industry-wide technical standardisation.
Both companies plan to continue developing prefabricated power modules to support the sustainable growth of AI operations globally, focusing on low-carbon, scalable solutions.
