Flexential Talty Data Center Watch

Flexential has acquired 110 acres in Talty, Texas, for a new Dallas-area data-center campus. The owner announcement describes a three-building development with 108MW of potential capacity, beginning with a 375,000-square-foot, 36MW first phase.

Site work is expected to begin in early 2027, and Flexential is targeting late 2028 for the first customer deployment. That schedule puts the project in preconstruction: the land and high-level campus plan are public, while the parcel, permits, design team, general contractor, electrical contractor, utility, and specialty low-voltage package holders have not surfaced in reviewed sources.

The capacity language matters. Thirty-six megawatts is the planned first phase. One hundred eight megawatts is the potential full campus across three 36MW buildings. Neither number should be presented as capacity already delivered, and public owner materials do not identify a tenant or disclose building-level critical IT load terminology beyond the announced campus plan.

Project fact	Source-backed detail	LVN read
Location	Talty / Kaufman County, Texas	Exact parcel and street address remain undisclosed.
Land	110 acres acquired	Owner-controlled site moving into preconstruction.
Phase 1	375,000 sq ft / 36MW	Site work expected in early 2027.
Full campus	Three buildings / 108MW	Potential buildout, not delivered capacity.
Availability	Late 2028 target	Long lead-time window for design and trade packages.
Cooling	Closed loop / WUE zero target	Controls, leak detection, and commissioning remain important.

Flexential says the site has confirmed access to utility power and fiber. Its current company release index also shows an active expansion program around network capacity, sustainability, and high-density infrastructure. The project-specific electric utility, service voltage, substation plan, interconnection schedule, carrier list, and fiber routes are not yet named.

For contractors, that combination is meaningful. A secured site with power and fiber access is more actionable than a speculative map point, but it is still early enough that the engineering and delivery team can emerge through permits, professional registrations, public utility records, plan rooms, supplier announcements, and project hiring.

Flexential's 13MW CoreWeave deployment in Plano demonstrates that the operator already supports dense AI cloud infrastructure in the Dallas market. That existing deployment is not the Talty tenant and should not be treated as evidence that CoreWeave will occupy this campus. It does show the operating standards and high-density customer profile Flexential is building around.

The operator's DigitalOcean GPU infrastructure announcement provides additional design context. Flexential describes coordinated power and cooling, continuous monitoring, round-the-clock physical security, dual-factor access, biometrics, and monitored cameras. Those are company capability signals, not awarded Talty subcontract scopes.

Sustainability will shape the controls package. Flexential's 2025 ESG reporting describes closed-loop cooling and a WUE-zero design target for next-generation facilities. A closed loop reduces ongoing water consumption, but it still requires instrumentation, controls networks, alarm management, leak detection, sequence testing, trending, and integrated commissioning.

Company / agency	Source-backed role	Evidence
Flexential	Owner, operator, and developer	Campus announcement
Kaufman County	County records and permitting context	Property records portal
Town of Talty	Local jurisdiction and utility context	Town utility page
Electric utility	Not publicly named	Monitor interconnection and service records.
GC / design team	Not publicly named	Monitor permits, portfolios, and plan rooms.
Specialty trades	Not publicly named	Do not infer package awards from company capabilities.

No reviewed source names a general contractor, EPC, EPCM, architect, civil engineer, MEP engineer, electrical contractor, low-voltage integrator, structured-cabling firm, carrier, fiber or outside-plant contractor, security integrator, fire alarm contractor, BAS/BMS/EPMS integrator, DAS contractor, grounding contractor, or commissioning authority.

That missing roster is the main commercial watch item. Site work is roughly six months away, and first availability is more than two years away. Civil, utility, substation, shell, MEP, network, security, controls, life-safety, and commissioning packages will move on different timelines. Public evidence should be used to identify those awards as they happen rather than filling gaps with familiar Dallas-area names.

The Kaufman County property-record portal is one route for resolving the exact parcel and ownership chain. Deeds, plats, development agreements, easements, and permit records can connect the 110-acre announcement to a specific site. Until then, the Signal map uses a clearly labeled Talty city fallback rather than pretending to know the construction entrance.

The Town of Talty utility page provides local service context, but it does not establish the project-specific electric provider. LVN will keep the utility field unknown until an owner, utility, public commission, county, interconnection, or permit record names the provider and service arrangement.

Low-voltage lane	Why it matters	Watch signal
Fiber / OSP	Carrier entrances, diverse routes, backbone links, and cloud access	Easements, duct banks, handholes, splice work, and carrier announcements.
Structured cabling	High-density halls, MMRs, operations, and support spaces	Standards, pathways, labeling, testing, and turnover requirements.
Security	Campus perimeter and critical-infrastructure access	Gates, access control, CCTV/VMS, biometrics, intercom, and SOC integration.
Fire alarm	Data halls, support systems, and AHJ acceptance	Detection, monitoring, interfaces, sequence testing, and closeout.
BMS / EPMS	Closed-loop cooling, power, alarms, and remote operations	Point lists, controls networks, leak detection, DCIM links, and trending.
Commissioning	AI density requires disciplined integrated testing	CxA award, scripts, witness tests, failure modes, and operator training.

Fiber and outside plant should be watched first. Flexential says the site has fiber access and will connect to its national backbone, carriers, and cloud providers. The physical path still needs to be defined through entrances, easements, conduit, handholes, maintenance holes, meet-me rooms, diverse routing, splicing, optical testing, labeling, documentation, and carrier handoff.

Structured cabling will depend on the final customer and data-hall design. High-density AI infrastructure can shift a large share of the in-rack fabric toward customer-furnished systems while leaving substantial owner scope in MMRs, operations areas, controls networks, management systems, wireless, support spaces, and the pathways that connect those environments.

Security is source-backed as a Flexential operating priority. At Talty, the eventual package could include perimeter detection, vehicle gates, visitor processing, dual-factor credentialing, biometric readers, access control, video surveillance, video analytics, intercom, duress, key management, SOC integration, retention policies, cybersecurity boundaries, and acceptance testing.

Fire and life safety will be a separate design and approval lane. Data halls, electrical rooms, battery systems, generators, cooling equipment, support spaces, and preaction or suppression systems require coordinated detection, releasing interfaces, supervisory points, monitoring, emergency power behavior, cause-and-effect testing, and authority-having-jurisdiction acceptance.

Controls may be one of the larger integration scopes. Closed-loop liquid-cooling support, heat rejection, pumps, valves, leak detection, electrical monitoring, generators, UPS systems, switchgear, environmental sensors, alarms, analytics, remote operations, and customer visibility all create BMS, EPMS, DCIM, OT network, and commissioning interfaces.

DAS and wireless requirements remain unknown, but a 110-acre campus typically creates coverage questions across data halls, offices, loading areas, yards, security posts, and emergency-response zones. Public safety radio, private LTE or 5G, Wi-Fi, and cellular augmentation should be treated as design questions until the owner or jurisdiction defines requirements.

Grounding and bonding must be coordinated across utility service, substations, generators, power distribution, structural steel, lightning protection, cable tray, racks, telecommunications rooms, OSP entrances, security devices, and cooling systems. The package boundary and testing responsibility have not been disclosed.

Commissioning will connect every discipline. High-density infrastructure depends on factory tests, site acceptance, power quality, controls point-to-point checks, alarm verification, cooling sequences, network readiness, security and fire interfaces, failover, integrated systems testing, documentation, operator training, and clean turnover.

Technicians and subcontractors can prepare before awards surface. Useful readiness includes OSHA and mission-critical safety, lift and site-access credentials, fiber cleaning and inspection, fusion splicing, OTDR and optical-loss testing, copper certification, pathway coordination, grounding and bonding, access-control and VMS commissioning, fire alarm acceptance support, controls point-to-point testing, redlines, asset labeling, and digital closeout.

Prequalification packages should include insurance, bonding capacity, EMR and safety metrics, available workforce, service territory, data-center or industrial references, QA/QC plans, testing equipment, manufacturer certifications, field supervision, schedule controls, submittal workflows, commissioning experience, and examples of as-builts and turnover records.

Project cost and job counts remain unknown. The reviewed owner announcement describes the land, capacity, building size, schedule, connectivity, and cooling direction but does not disclose Talty-specific capex, peak construction employment, permanent staffing, tax incentives, or customer commitments. LVN will not estimate those values from generic market ratios.

The public watch list is practical: Flexential releases and jobs, Kaufman County property and permit records, Town of Talty agendas, TDLR/TABS filings, ERCOT and PUCT records where applicable, utility service and substation activity, fiber construction, engineering portfolios, contractor plan rooms, supplier registrations, and commissioning or operations hiring.

Alias control will keep the record clean. Track Flexential Kaufman County, Flexential Talty, Flexential Dallas 4, Talty data center, Kaufman County data center, and Flexential 108MW Dallas campus. Keep it distinct from Prometheus Hyperscale's separate 500-acre, 200MW Kaufman County proposal between Talty and Post Oak Bend City.

The business-development angle is credible without claiming an open bid. LVN has a source-backed record for the owner, land acquisition, phase size, capacity, schedule, fiber access, high-density operating context, security posture, and cooling direction. Flexential and future project partners can correct the record, claim profiles, share verified package or hiring details, or sponsor continued coverage.

Bottom line: Flexential Talty is an early but high-confidence construction watch. The first phase is planned at 375,000 square feet and 36MW, and the full campus can reach 108MW. The next valuable evidence is the exact parcel, named utility, design team, contractor roster, fiber path, permit trail, and specialty package awards.