As the scale of large-scale model training expands and inference applications are being implemented at an accelerated pace, domestic intelligent computing centers are staging a delivery competition that races against time, and the delivery cycle is shifting from “annual construction” to “monthly delivery.” For computing power service providers, every month freed up means taking orders from large model customers earlier and reducing the idle depreciation of expensive AI servers. However, behind the extremely fast delivery, pressure is also transmitted layer by layer. On the one hand, it tests the prefabricated and modular engineering capabilities of service providers, and the entire architecture of the computer room's internal power supply, temperature control, and the park's load-side motor system is facing restructuring; on the other hand, gigawatt-scale computing power parks have risen to the ground, and conflicts between massive electricity demand and fluctuating power supply from new energy sources have emerged. Computing collaboration is no longer a matter of discussion on paper, but has become a realistic proposition for resource planning and project construction.

As the scale of large-scale model training expands and inference applications are being implemented at an accelerated pace, domestic intelligent computing centers are staging a delivery competition that races against time, and the delivery cycle is shifting from “annual construction” to “monthly delivery.” For computing power service providers, every month freed up means taking orders from large model customers earlier and reducing the idle depreciation of expensive AI servers. However, behind the extremely fast delivery, pressure is also transmitted layer by layer. On the one hand, it tests the prefabricated and modular engineering capabilities of service providers, and the entire architecture of the computer room's internal power supply, temperature control, and the park's load-side motor system is facing restructuring; on the other hand, gigawatt-level computing power parks have risen to the ground, and conflicts between massive electricity demand and fluctuating power supply from new energy sources have emerged. Computing collaboration is no longer a matter of discussion on paper, but has become a realistic proposition for resource planning and project construction.