Introduction

Data center construction in the Carolinas is experiencing unprecedented growth, with billions of dollars being invested in hyperscale campuses and cloud facilities across North and South Carolina. This article focuses on the critical role of communication discipline in data center construction projects throughout the Carolinas, targeting contractors, project managers, and construction professionals who are seeking to win repeat work and protect their margins in this competitive market.

Why does this topic matter? In today’s fast-paced data center construction environment, success is no longer determined solely by field productivity or low bids. Instead, the ability to manage information, coordinate teams, and maintain disciplined communication processes is what separates contractors who secure ongoing projects from those who lose margin and fall off owner bid lists. Effective communication is now the primary factor in avoiding costly mistakes, meeting compressed schedules, and building the trust required for repeat business.

This article will guide you through the regional trends driving the Carolinas’ data center boom, outline the core steps and challenges of data center construction, and then move into the specific communication disciplines and actionable steps that high-performing teams use to win and retain work in this demanding sector.

Key Takeaways

• The 2024–2028 period is expected to see unprecedented investment in hyperscale and cloud data centers along the North Carolina corridor (Charlotte, I-85, I-77, Research Triangle) and into South Carolina industrial markets, with anticipated increases in data center capacity and industry trends creating a rolling pipeline of opportunities for prepared contractors.
• Poor communication and fragmented information, not field execution, are now the top reasons contractors lose margin and disappear from owner bid lists on data center work.
• Data center projects raise the bar for coordination, speed, security, and documentation far beyond typical commercial builds—mission-critical environments demand zero tolerance for coordination errors.
• Five communication disciplines separate high-performing teams: centralized information, standardized workflows, role-based security, progressive documentation, and integrated systems.
• ABC Carolinas provides the leadership training, peer groups, and project management education that help members operationalize these disciplines before the next data center opportunity comes to bid.

Sidebar: Core Steps and Challenges of Data Center Construction

Data center construction is a complex process that requires careful planning, specialized expertise, and rigorous execution. The core steps and challenges include:

• Site Selection and Planning: Choosing a location based on power availability, network connectivity, proximity to fiber optic networks, geographic stability, local climate for cooling efficiency, and low risk of natural disasters. Zoning and tax incentives are also key considerations.
• Project Definition: Defining the project scope, budget, power requirements, and conducting site surveys to ensure the site meets all technical and regulatory needs.
• Site Preparation: Clearing and grading the land, ensuring stable foundations, and preparing for utility connections.
• Structure Erection: Building the physical shell, including robust floors, walls, and roofing designed to support heavy equipment and provide security.
• Installation of Specialized Equipment: Setting up racks, high-density power systems, massive cooling and HVAC units, fire suppression, and advanced security systems.
• Commissioning and Testing: Ensuring all systems work together to deliver the reliability, uptime, and efficiency required for sensitive hardware.

Key challenges include managing high-density power and cooling needs, ensuring reliability and uptime, coordinating multiple trades, and meeting strict security and documentation requirements.

The Carolinas Data Center Boom: Historic Opportunity, Narrowing Margin for Error

The years 2023–2026 mark a historic build-out phase for digital infrastructure in the Carolinas. Major hyperscale and cloud providers are announcing multi-billion-dollar campuses along the North Carolina data center corridor—Charlotte metro, Concord, Kannapolis, Gaston County, and into the Research Triangle region. South Carolina industrial and logistics markets along I-85 and I-26, including Greenville-Spartanburg and Anderson, are attracting edge, colocation, and supporting facilities.

Basic Phases and Requirements of Data Center Construction

Data center construction requires careful planning and design, starting with site selection that considers power availability, network connectivity, and risk of natural disasters. Proximity to fiber optic networks, stable power grids, and a favorable local climate for cooling efficiency are essential. Zoning, tax incentives, and geographic stability also play a role. The planning phase involves defining the project scope, budget, and power requirements, and conducting thorough site surveys. Once a site is selected, construction includes site preparation, erection of the physical structure, and installation of specialized equipment such as racks and HVAC systems. The entire process is driven by the need for reliability, high-density power, and massive cooling capacity to ensure uptime for sensitive hardware.

What’s driving this expected demand:

• Artificial intelligence workloads requiring unprecedented power density (15-50 kW per rack versus traditional 5-8 kW)
• Cloud computing expansion from tech companies scaling digital services
• Multi-hundred-MW campuses replacing single-digit MW sites of the past
• AI infrastructure investment is reshaping regional energy and development planning

Schedule expectations have compressed dramatically. The first phases now target energization and substantial completion within 16-20 months, instead of the traditional 24-36-month cycles. Modular and prefabricated delivery methods can reduce data center construction timelines by 30 to 50 percent, decreasing project durations from 24-36 months to 16-20 months. The use of modular construction techniques enables off-site fabrication of components, thereby compressing schedules and shifting risk earlier into the design and procurement phases. Modular construction also enhances operational flexibility, enabling data centers to scale up or adapt to changing needs more easily as pre-fabricated models can be deployed on-site. This pipeline is not one-off projects but a rolling program of campuses, expansions, and parallel builds across the broader Southeast.

As a regional construction association, ABC Carolinas sees members competing for repeat work with the same half-dozen national data center owners and developers across North and South Carolina. The contractors winning that repeat work share something in common: disciplined communication processes.

Transition:
With the Carolinas’ data center construction market booming and project requirements growing more complex, the next section explores why communication discipline is now the key differentiator for contractors seeking to win and retain work.

Why Communication Discipline Now Separates the Winners from the Rest

Consider two Carolinas contractors. One gains additional phases on a Charlotte-area hyperscale campus. The other meets substantial completion dates yet quietly disappears from the next RFP. The difference often has nothing to do with field productivity.

Owners and developers are differentiating firms less by low bid and more by how reliably they manage information, decisions, and risk across fast-moving, multi-trade environments. Communication failures show up as:

• Repeated RFIs on already-answered issues
• Mismatched drawing sets causing field clashes
• Unanswered coordination emails during critical windows
• Incomplete documentation stalling commissioning

These breakdowns erode owner confidence even when the building passes inspections. In the North Carolina data center corridor, word travels fast. A single bad experience with disorganized information can follow a contractor across Charlotte, the Research Triangle, and into neighboring states.

In data center construction, disciplined, secure, and structured communication has become a core trade—not an administrative afterthought.

Transition:
Understanding why communication discipline matters is only the first step. Next, we’ll examine what makes data center construction fundamentally different from traditional commercial projects and why these differences demand a new level of coordination.

What Makes Data Center Construction Different from Traditional Commercial Work?

Compare a typical office or light industrial project to a 50- to 150-MW data hall build in the Carolinas. The differences in complexity, risk, and coordination requirements are substantial.

Mission-Critical Environments with Zero Tolerance for Coordination Errors

Most data centers operate 24/7/365 with extremely tight thermal, airflow, and redundancy requirements. Minor routing changes can cascade into major system impacts. Consider these field examples:

• A ductwork reroute that compromises hot aisle containment
• An incorrectly labeled feeder that violates redundancy paths in a 2N or N+1 system
• A cable tray elevation change that clashes with overhead bus duct

Rework multiplies across mechanical, electrical, low-voltage, and fire protection trades. A single coordination miss can ripple through commissioning sequences and inspection dates for weeks.

Water-free or low-water cooling systems—increasingly common in Carolinas data centers that use air-cooled chillers and indirect evaporative systems—raise the coordination stakes further. Mechanical and structural trades must align precisely with electrical infrastructure to maintain performance and efficiency.

Owners track these issues. Repeated coordination mistakes tied to poor information control are why firms are not invited back for the next phase.

Compressed Timelines, Liquidated Damages, and Revenue at Stake

Contracts in current Carolinas data center projects commonly carry daily liquidated damages, sometimes in the tens of thousands of dollars per day. When design clarifications, RFIs, and approvals are slow or scattered across email, the schedule erodes even if crews are productive in the field.

Critical long-lead decisions during the planning phase—generators, switchgear, modular power skids, uninterruptible power supplies, and backup systems—tie schedule success directly to fast, traceable communication during preconstruction. In a hyperscale environment, a lost day can cost the owner millions in delayed revenue.

Confidentiality and Security

Many hyperscale and cloud providers along the Charlotte and Research Triangle pipelines require strict confidentiality, NDA compliance, and controlled access to drawings, floor plans, and system diagrams. Unmanaged email chains, unencrypted file-sharing links, and personal cloud drives create real risks:

• Contract violations triggering removal from projects
• Cyber exposure affecting owner operations
• Loss of trust with global security teams

Data center owners now score contractors on how they protect information, not just how they build. Sloppy practices can be grounds for exclusion from future bid lists.

Stakeholder Complexity

The typical stakeholder map for data center projects includes owners, developers, GCs, mission-critical MEP subs, low-voltage and fiber subs, equipment manufacturers, commissioning agents, insurers, lenders, and authorities having jurisdiction across multiple counties along I-85 and I-77 corridors.

Each stakeholder depends on accurate, current information—from utility one-line diagrams to sequence-of-operations narratives and test scripts. Unstructured communication (mixed text threads, scattered emails, undocumented phone calls) leads directly to misalignment and costly, late-stage surprises. Local governments and permitting requirements vary by jurisdiction, adding another layer of complexity to building data centers in the region.

Transition:
Given these unique challenges, it’s no surprise that data center construction projects often break down at predictable points. The next section highlights the most common failure points and how to address them.

Where Data Center Projects Break Down Today: Common Failure Points

These failure points are drawn from recent projects in the Carolinas. They represent patterns that project executives and operations leaders will recognize—and that are fixable with process and discipline.

Version Control and “Multiple Truths” in the Field

• Teams end up building from different drawing sets when there is no single source of truth enforced. A superintendent works from Rev 5, while a subcontractor foreman uses Rev 3 stored locally.
• In one Charlotte-area project, a lightly revised UPS room layout changed conduit routing. Some crews used old PDFs, and the installed work had to be torn out. Owners noticed these patterns through extra change orders and commissioning delays—and attributed them to weak communication discipline rather than bad luck.

Documentation Left to the End: Strangled Commissioning and Handover

• Many contractors still treat as-builts, test reports, O&M manuals, and warranty packages as paperwork to be rushed in the last 30-60 days. This collides with data center commissioning, where integrated systems testing, load banks, and failover simulations are tightly scheduled and documentation-dependent.
• Owner frustration mounts when electronic turnover packages arrive incomplete or inconsistent with field conditions. Post-occupancy RFIs and punch lists stretch months after “completion”—damaging credibility for future work.

RFI and Approval Trails that Quietly Damage Credibility

• Scattered RFIs across multiple email threads, PDFs, and portals create a perception of disorganization, even if the physical work finishes on time. Owners, lenders, and commissioning managers increasingly review RFI logs and submittal turnaround metrics when considering future awards.
• Patterns that quietly disqualify firms:
  • Repeated RFIs on the same scope area
  • Missing responses during key design-assist windows
  • Late submittals on critical electrical gear

Workforce Constraints and Over-Reliance on a Few Experts

• Commissioning engineers, power systems specialists, and experienced mission-critical superintendents are in short supply across the Carolinas and broader Southeast. When project performance depends heavily on a single expert’s memory, notebooks, and inbox, risk concentrates dangerously.
• Strong information management—clear workflows, documented decisions, organized test protocols—allows teams to scale without needing a unicorn expert on every shift. This is how contractors stay updated across multiple projects and maintain real-time data visibility.

Transition:
Addressing these failure points requires a systematic approach. The following section outlines the five communication disciplines that high-performing data center construction teams use to consistently deliver results and win repeat work.

Five Communication Disciplines of High-Performing Data Center Teams

These five disciplines separate contractors who win repeat work from those quietly dropped from bid lists. Each addresses specific failure points and can be operationalized through ABC Carolinas Construction Leadership Training programs.

1. Centralize Project Information into a Single Source of Truth
   • All drawings, models, RFIs, submittals, meeting minutes, and decision logs must reside in a single controlled environment accessible to authorized stakeholders. Whether using a Common Data Environment or a construction management platform, the key is consistent use by GCs and all major subs.
   • At a Research Triangle facility, updated electrical one-lines issued through a centralized system prevented installations using obsolete versions—avoiding costly rework. ABC Carolinas training emphasizes how superintendents, project engineers, and foremen can enforce this in day-to-day routines.
2. Standardize Workflows for Reviews, Approvals, and Decisions
   • Standardized, automated routing for RFIs, submittals, design clarifications, and change orders cuts response times and reduces dropped balls. Workflows should capture who owns each decision, due dates, and escalation paths with dashboards for weekly review.
   • On a Charlotte-area campus, clear workflows for generators, switchgear, bus duct, and air-cooled chillers prevented month-long procurement bottlenecks. Owners expect to see these workflows documented in preconstruction interviews as evidence of communication discipline.
3. Build Role-Based Security into Collaboration
   • Role-based access ensures that field crews see only relevant installation details, while sensitive floor plans, security system layouts, and servers remain restricted to designated users. This matters for new projects with global cloud providers along the North Carolina corridor, where security teams audit contractors’ management of digital assets.
   • Role-based controls reduce risk of accidental oversharing through personal email, thumb drives, or generic file-share links—supporting NDA compliance and building owner trust.
4. Document Progressively to Enable Faster Commissioning and Clean Handovers
   • Progressive documentation means updating as-builts, tagging equipment, capturing test reports, and organizing O&M content throughout the job—not at the end. This supports staged commissioning on large Carolinas campuses where data halls, electrical rooms, and cooling systems come online in phases.
   • At a Greenville-Spartanburg facility, early, organized documentation enabled the commissioning team to simulate failure scenarios and hand over to operations with minimal post-occupancy callbacks. Owners remember this when selecting contractors for subsequent buildings.
5. Integrate Systems to Reduce Duplicate Data Entry and Misalignment
   • Disconnected tools—separate scheduling, cost control, procurement, and field reporting systems—create mismatched data and communication gaps. Integrating core platforms ensures changes automatically reflect across schedules, look-ahead plans, and owner reports.
   • On an I-85 corridor site, integrating procurement tracking with project controls meant that substation delivery delays immediately drove updates to milestones—freeing project engineers for proactive coordination rather than spreadsheet management.

Transition:
By mastering these five disciplines, contractors can position themselves as reliable partners for data center owners. The next section discusses how to apply these principles specifically to the Carolinas’ data center corridor and beyond.

Applying These Disciplines to the North Carolina Data Center Corridor and Beyond

For general contractors and specialty subs operating along the I-85 and I-77 corridors, Charlotte metro, and Research Triangle pipelines, communication discipline should influence bid strategy from the start.

Actions to consider:

• Highlight information management processes in RFP responses and interviews
• Build site-tested playbooks for data center communication, adaptable to different owners
• Address regional logistics (traffic, multi-jurisdictional inspections, power utility coordination) with structured communication plans

The construction process for new data centers requires sufficient power planning, permitting coordination, and development alignment years ahead of energization. Firms pursuing net-zero emissions goals or sustainable data center design must integrate these requirements into their communication frameworks from the planning phase.

For a deeper technical context, explore ABC Carolinas resources on NC data centers and water-free cooling systems in sustainable data center design.

Transition:
To help contractors operationalize these best practices, ABC Carolinas offers targeted training, peer groups, and resources tailored to the unique demands of data center construction in the region.

How ABC Carolinas Helps Contractors Build Communication-Driven Advantage

ABC Carolinas helps members operationalize communication discipline before their next data center bid through membership that builds connections and supports merit-based growth:

• Construction Leadership Training programs for superintendents, PMs, and project engineers
• Project controls and scheduling workshops focused on mission-critical work
• Peer groups and committees where member firms share lessons from recent Charlotte, Triangle, and South Carolina data center projects
• Safety and workforce development resources aligned with data center demands, including regional construction, health, and safety events
• Advocacy and regulatory affairs engagement on emerging permitting and workforce requirements, supported by construction safety, networking, and educational events

The technology and processes driving operational data center success can be learned and systematized. ABC Carolinas provides the resources, including customized insurance and benefit solutions for contractors, groups, and industry connections to make that happen.

Connect with ABC Carolinas through chapter contact channels to audit your current communication practices, enroll key staff in leadership and project management training, and prepare for upcoming hyperscale and cloud RFPs.

Conclusion: Protecting Margin and Securing the Next Data Center Award

The Carolinas are at the center of a multi-year data center and AI infrastructure boom. Public opinion and communities increasingly recognize data centers as critical infrastructure. The scale of investment means enormous upside for contractors who can execute reliably, but the market is unforgiving to firms that stumble on coordination and documentation.

Communication and information discipline—more than any single technology, equipment advantage, or trade skill—now separates firms that gain repeat work from those that quietly disappear from bid lists. Executives and operations leaders should treat communication processes as a strategic capability with clear ownership, training, and measurement.

ABC Carolinas stands ready to help members sharpen these disciplines through leadership development, education, and peer networks tailored to the Carolinas market. The future belongs to contractors who build communication excellence into their operations before the next data center opportunity comes to bid.

FAQ

What types of data center projects are most active in the Carolinas right now?

The region is seeing a mix of hyperscale campuses, large colocation facilities, and edge or enterprise builds tied to manufacturing and logistics. Many new facilities are concentrated along the North Carolina data center corridor, with hyperscale and cloud providers driving the largest power and capacity requirements near Charlotte, the Research Triangle, and along I-85/I-77. Two groups dominate the market: hyperscale cloud providers building proprietary facilities and colocation developers serving enterprise customers.

Definitions:

• Hyperscale data centers: Large facilities built to accommodate the immense data processing needs of cloud and technology providers, often exceeding 100 megawatts in power capacity.
• Colocation data centers: Facilities that offer space for multiple businesses to house their servers and networking equipment, allowing them to share resources and infrastructure.
• Enterprise data centers: Owned by a single organization and designed to meet their internal IT infrastructure and application needs.
• Edge data centers: Smaller facilities located near the edge of a network, designed to provide faster services to end users and reduce latency.
• Cloud data centers: Provide cloud services, including storage and computing, to various customers and are typically owned by cloud service providers like Google Cloud and Amazon Web Services.

Do smaller specialty subcontractors really need formal communication systems for data center work?

Yes. Even smaller electrical, mechanical, low-voltage, and fire protection subs are judged on how they manage RFIs, submittals, and documentation—not just field installation quality. Right-sized processes aligned with the GC’s platform are essential to staying on preferred lists. Owners evaluate two-thirds of their contractor scoring on management and coordination practices, not just cost or speed.

How early should contractors address communication discipline in a data center pursuit?

Define your communication strategy during preconstruction and RFP response, not after award. This allows you to showcase capabilities in interviews and align expectations with owners and design partners from day one. Engineering coordination and procurement planning in the design process require greater control over information flow than typical construction projects.

What skills should project leaders develop to manage data center communication effectively?

Core capabilities include structured meeting management, proficiency with digital tools, understanding of mission-critical MEP systems, and the ability to translate complex technical issues into clear decisions. ABC Carolinas’ leadership and organizational team supports training tracks that build exactly these skills in superintendents, project engineers, and project managers pursuing data center work in the country’s fastest-growing regions.

How can my firm get started improving communication discipline before our next bid?

Start with a quick internal assessment of current document control, RFI workflows, and handover practices on recent projects. Identify gaps that would be exposed on a high-speed data center job with demanding location requirements and compressed timelines. Engage with ABC Carolinas through membership enrollment to access leadership programs, peer groups, and targeted training that help teams standardize processes ahead of upcoming data center RFPs.