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Sinnet Horinger Intelligent Computing Center data center

Horinger, Inner Mongolia, China · Horinger and Hohhot market · location approximate to district level

Also listed as 光环新网和林格尔智算中心 and 光环新网和林格尔项目.

Sinnet Horinger Intelligent Computing Center is a data center project in Horinger, China, operated by Beijing Sinnet Technology (光环新网, SZ300383). It has been announced and has not yet reached the land or permitting stage. It is planned for 90 MW of IT load.

Latest change on record: entered the record as announced on 1 October 2024. Record last checked against its sources on 19 October 2026.

Open on the mapSuggest a correction
Stage
Announced
Planned IT load
90 MW
Running now
Not disclosed
Operators rarely publish this
Operator
Beijing Sinnet Technology (光环新网, SZ300383)
Colocation
AI workloads
Likely
Evidence grade
Sourced
Will it get built?Open question2 of 7 gates passed
✓ Land secured✓ Power arranged○ Approvals granted○ Money committed○ Tenant or own use○ Builder appointed○ Construction started

Next gate to watch: Approvals granted.

Your call. Will it be built?

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.

China, 2026-10-12. China coverage is a pilot of one cluster, Zhongwei in Ningxia, entered on 12 October 2026 from Chinese-language primary and state press sources. Other Chinese hubs are not yet covered, so no China total here describes the country. Many Chinese projects publish rack counts and no megawatts. ArusGrid records the rack count and leaves capacity blank rather than convert it.

Where it sits

Horinger and Hohhot holds 10 active projects with 298 MW of planned IT load between them, and Sinnet Horinger Intelligent Computing Center ranks second by planned capacity. Of those, 3 are operational, 1 is operational and expanding, 1 is under construction, 2 are at the land and permitting stage and 3 are announced only. No third party publishes a colocation vacancy rate for Horinger and Hohhot, and ArusGrid does not estimate one.

It is the only Sinnet project ArusGrid tracks. No tenant has been disclosed, which is normal for colocation and says nothing about occupancy.

The stage was recorded as announced only on 1 October 2024. The money on record is CN¥2.5bn as of September 2026, the announced investment.

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 24 September 2026, and last checked the record on 19 October 2026.

How well evidenced is it

One or two hard signals sit behind the announcement. The rules are fixed and published on the Methodology page.

Named funderNo
Disclosed clientNo
Committed or approved capitalYes
Dated, sized phaseNo
Three or more sourcesYes
Dated source in the last 24 monthsYes

AI workloads

StatusLikely

The company calls it an intelligent computing centre and says it supports high-power liquid-cooled racks.

Access to AI chips

GradeLicence required for a party

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.

US licence required for this destination as enforcedYes
A party headquartered in China or Macau on the projectYes
Country-level export frameworkNo
A party named in a government authorisationNo
US approved operator or confirmed client on the projectNo
Named chip-vendor partnershipNo

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

Stage history

2024-10-01Announced · mrjjxw.com

Who is behind it

OperatorBeijing Sinnet Technology (光环新网, SZ300383) · Colocation

Who uses the compute

No tenant disclosed. Most colocation leases are confidential, so this says nothing about occupancy. Not yet checked against second-order sources.

Money at this site

Announced investment, 2026-09CN¥2.5bn

Colocation price per kW of IT load per month

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.

Land
Allocated byNot named · 71,500 sqm · Dec 2024 Inferred by ArusGrid source ↗
The project filing states a site of about 71,500 sqm. The October 2025 planning approval gives about 107.25 mu, which is the same area.
Why we think so. The filing and planning notice state the site area but name no seller. Data centre land in Horinger New Area is normally supplied by the natural resources bureau, so the relationship is inferred.
Power supply
Dedicated substation252 MVA · 110kV · Sep 2026 Reported source ↗
Revised plan: one 110kV substation with main transformers raised from 3x63MVA to 4x63MVA. · Applies to the whole campus.
Water and cooling
Coolingdesign PUE 1.2 Reported source ↗
Designed to suit high-power liquid-cooled racks. Cooling type not stated.

Sources checked 2026-10-19

  1. 光环新网:拟对和林格尔智算中心项目追加投资不超12.65亿元 (Eastmoney, 2026-09-24)
  2. 第三方IDC龙头大手笔,追加12.65亿元,和林格尔智算中心投资翻倍 (Every Daily Economic News, 2026-09-24)
  3. 光环新网和林格尔智算中心项目在和林格尔新区立项备案 (内蒙古和林格尔新区管理委员会 (政务服务局), 2024-12-24)
  4. 光环新网和林格尔智算中心项目规划设计方案通过审议 (内蒙古和林格尔新区管理委员会 (规划建设局), 2025-10-22)

More in Horinger and Hohhot

Planned MW is IT load, the power available to servers, unless marked otherwise. Running capacity is rarely published, so a missing figure means undisclosed. Definitions, sourcing standards and evidence rules are on the Methodology page. Data is CC BY-NC 4.0. Corrections go to corrections@arusgrid.com. Dataset updated 2026-10-18.