Guide · Data center construction · 3 min read · Updated September 13, 2026
Data Center Construction: How Plan Review Helps Teams Build Faster
Demand for data center capacity is growing. Better-coordinated drawings help teams move through permitting and construction with fewer avoidable delays.
Groundbook helps architects, engineers, and contractors review data center drawings for coordination conflicts and missing information before permit submission or construction. Earlier review gives teams time to improve the drawing set and reduce the risk of resubmittals, RFIs, and field rework.
The pressure to deliver capacity
Demand for data center capacity is outpacing available supply. AI workloads, cloud computing, and digital services are putting pressure on developers to bring new facilities online faster. In CBRE's primary North American markets, vacancy fell to 1.4% in the first half of 2026, even as total supply reached 10,903 MW. [1]
That pressure is unlikely to ease soon. The International Energy Agency projects global data center electricity consumption rising from 485 TWh in 2025 to approximately 950 TWh in 2030. Meeting that demand means delivering the buildings, power infrastructure, and cooling systems that make additional computing capacity possible. [2]
For owners, developers, and design-build teams, speed to market starts well before construction. Power availability, infrastructure delivery, and local approvals remain major constraints. [1] Alongside those challenges, project teams have an opportunity to improve the documents they control: the drawings submitted for permits, released for procurement, and issued for construction.
Better drawing coordination supports faster data center delivery
Data center construction brings architectural, structural, civil, mechanical, electrical, and fire protection systems into close coordination. Equipment layouts affect access and maintenance. Cooling systems need space for distribution and heat rejection. Electrical infrastructure needs coordinated routes, supports, and clearances.
As designs develop and equipment selections change, those decisions need to carry through the drawing set. A revised layout may affect several disciplines, while a detail or schedule still reflects an earlier design. Finding that inconsistency before a submission gives the team time to resolve it together.
Groundbook provides AI-assisted plan review to help teams identify coordination conflicts, missing information, and drawing discrepancies. Used during design development and before permit submission or construction issue, it gives architects, engineers, and contractors another opportunity to improve drawing quality before the next milestone.
Reduce avoidable permit comments and resubmittals
A well-coordinated permit set makes the design easier to review. Plans, schedules, details, and supporting documents should describe the same arrangement, with enough information for the reviewer to understand what is proposed.
Conflicting dimensions, incomplete references, or inconsistent equipment information can create questions that require clarification or revised drawings. Addressing those issues before submission can help reduce avoidable back-and-forth during building permit review.
Groundbook helps teams examine the drawing set before it reaches the authority having jurisdiction, or AHJ. Designers can use the findings to correct discrepancies and clarify the documents as part of their QA/QC process. That supports a smoother permit process while leaving technical decisions and approval with the responsible professionals and reviewing authority.
Carry better drawings into procurement and construction
Drawing quality continues to matter after permit submission. Contractors and trade partners use construction documents to plan installations, coordinate work, and understand the intended scope. An unresolved discrepancy can become a request for information, a procurement question, or a field coordination issue.
Consider an illustrative equipment-access concern. The equipment layout may show a workable location, while an adjacent wall, structural element, or utility route makes installation or servicing difficult. A cross-discipline drawing review gives the team an opportunity to identify the question while the design can still be coordinated.
Earlier resolution can help reduce the risk of RFIs, change orders, and rework. It also gives teams a clearer basis for discussing constructability and sequencing before work reaches the field. The schedule benefit depends on when the issue is found and whether it affects the critical path.
Use Groundbook as part of the design team's QA/QC workflow
Teams can upload drawings and supporting PDFs to Groundbook and set review priorities for the current design stage. A data center review can focus on cross-discipline coordination, consistency between plans and schedules, unresolved references, and information needed for permitting or construction.
The useful result is a specific observation the team can act on: where the discrepancy appears, what needs clarification, and which disciplines should coordinate a response. The design team can then assess the finding, make the appropriate revision, and carry the change through the affected documents.
This approach complements design reviews and BIM coordination by examining how the issued drawing package communicates the design. Running a review ahead of a milestone creates time to address questions before they reach a permit reviewer, estimator, or trade partner.
Help close the capacity gap by improving project execution
Bringing more data center capacity online requires progress across power, approvals, procurement, and construction. Better-coordinated drawings support that effort by reducing uncertainty as the project moves from one team to the next.
Groundbook helps data center project teams improve drawing quality through earlier plan review. The aim is practical: cleaner permit submissions, clearer construction documents, and fewer avoidable coordination problems standing between a design and a completed facility.
Sources
1. CBRE, North America Data Center Trends H1 2026, accessed September 13, 2026. 2. International Energy Agency, Key Questions on Energy and AI: Executive Summary, accessed September 13, 2026.
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