Also listed as 中国能建庆阳大数据中心产业园（“东数西算”源网荷储一体化智慧零碳大数据产业园示范项目）, 中国能建庆阳大数据中心, CEEC Qingyang A1 and 中能建庆阳.
China Energy Engineering Qingyang Big Data Center Industrial Park is a data center project in Qingyang, China, operated by China Energy Engineering (中国能源建设股份有限公司). It is operational and expanding. It is planned for 60 MW of IT load.
Latest change on record: moved to expanding in May 2026. Record last checked against its sources on 17 October 2026.
This project is built or running, so every gate counts as passed.
Build odds is ArusGrid's reading of the public record, not a forecast, a rating or advice. It counts the gates this project has passed in public sources. Private progress does not show, a passed gate can be undone, and projects that pass every gate still stop. The method has not yet been tested against outcomes. How it works.
Qingyang holds 8 active projects with 395 MW of planned IT load between them, and China Energy Engineering Qingyang Big Data Center Industrial Park ranks third by planned capacity. Of those, 3 are operational and expanding, 4 are under construction and 1 is announced only. No third party publishes a colocation vacancy rate for Qingyang, and ArusGrid does not estimate one.
It is the only China Energy Engineering project ArusGrid tracks. It sits on the CEEC Qingyang Big Data Center Industrial Park. No tenant has been disclosed, which is normal for colocation and says nothing about occupancy.
The build is phased. A1 is operational with a 2024 target; A2 is operational with a 2026 target; A4 is under construction with a 2026 target. The dated record runs from under construction on 22 December 2023 to operational and expanding in May 2026. The money on record is CN¥5.5bn as of September 2026, the announced investment. Power comes from China Energy Engineering (self built) through a dedicated substation at 110 kV. Cooling uses evaporative cooling.
The US export control position for advanced AI chips in China, as of 7 October 2026, is recorded as “Licence required, presumption of denial, case-by-case review for H200-class chips since 15 January 2026”. ArusGrid holds 4 public sources for this project, the latest dated 10 September 2026, and last checked the record on 17 October 2026.
Running capacity. The site is operational or expanding. The rules are fixed and published on the Methodology page.
The design specifies racks of up to 140kW, and A3 is being redesigned for full liquid cooling (company filing Sep 2026, Science and Technology Daily Jun 2026).
A party to this project (its operator, that operator's group, a funder, or a confirmed client) is headquartered in China or Macau or has an ultimate parent there. US rules require a licence for advanced AI chips destined to such entities wherever they are located. This describes the rule and says nothing about whether a licence was sought, granted or refused. Criteria are published on the Methodology page.
Licence required, presumption of denial, case-by-case review for H200-class chips since 15 January 2026 · Licence required, presumption of denial, case-by-case review for H200-class chips since 15 January 2026 (2026-10-07) source
No tenant disclosed. Most colocation leases are confidential, so this says nothing about occupancy. Not yet checked against second-order sources.
The figure covers the whole campus.
No published price band exists for China, and ArusGrid does not estimate from the regional benchmark alone. What was searched is listed on the Colo prices page.
All projects in Qingyang · All projects in China · All projects operational and expanding · Full directory