China Launches Prefabricated Power Hub, Cutting Data Center Construction Time by 70%
N.R. Finch
The world's first prefabricated computing-power base went live in Qingdao, slashing construction time by nearly 70% to as fast as five months — a factory-built answer to the power-infrastructure bottleneck holding back China's AI buildout.
What exactly is a "computing-power base"?
A computing-power base is a data center's power hub — the full electrical system that takes grid power in, stabilizes it, and distributes it to servers.
In plain terms = no matter how powerful the GPUs inside, without steady power they are paperweights. The base is the heart that keeps the whole facility alive.
The unit now online spans roughly 53 by 41 meters — about 2,200 square meters — and was built by Qingdao TGOOD (特锐德).
How much faster and cheaper is it?
Construction time cut by nearly 70%, with completion possible in as few as five months; traditional builds typically take over a year.
Footprint down over 30%, total cost down 20%, and civil-works cost down nearly 80% versus conventional designs.
This means → the breakthrough is not just "a bit cheaper." It moves the work from on-site construction to factory prefabrication — compressing schedule, footprint, and cost at once.
How is power reliability maintained?
TGOOD executive president Zhou Jun said the system provides three independent power feeds to every critical device.
It can absorb grid fluctuations and GPU load spikes, and sustain safe operation through equipment failures.
This means → prefabricated does not mean stripped-down; triple redundancy meets data-center-grade reliability standards.
Who will use it next?
The hub is already connected to one enterprise's private data center and is slated for rollout to national-level data-center clusters and regional computing hubs later this year.
This means → if the rollout succeeds, prefabricated bases move from a single proof-of-concept to scalable replication, directly accelerating China's computing-infrastructure expansion.
Why does power-build speed suddenly matter so much?
As AI computing demand keeps climbing, power-infrastructure deployment speed has become the binding constraint on data-center expansion.
This reflects a shift in the competitive dimension — from computing chips to standardized, rapidly replicable power systems.
In plain terms = the race used to be about who has more GPUs. Now it is about who can build and connect power faster.
How big is the global data-center energy problem?
The United Nations University projects global data-center power consumption will hit 945 TWh by 2030 — roughly equal to Japan's entire national electricity use.
Water consumption would reach 9.3 trillion liters, and CO₂ emissions would climb to 399 million tonnes.
The EU is drafting minimum energy-efficiency standards for data centers and studying sustainability labels covering water use and clean-energy supply.
Content is for reference only, not financial advice.