Iron Horse Data Center: Hanover Hearing and Low-Voltage Watch

WestDulles Properties is advancing the Iron Horse data-center campus across the Town of Ashland and Hanover County, Virginia, near Route 54, Interstate 95, and the address 10171 East Patrick Henry Road. The current Hanover County case page identifies TradePort Hanover Land, LLC as the applicant for REZ2025-00010 and SE2025-00009. The county portion remains in entitlement review. A Planning Commission hearing is scheduled for August 20, 2026, after which a Board decision would still be required.

The jurisdiction split matters. The Town of Ashland approved its portion in October 2024, including rezoning and conditional-use actions tied to the data-center and substation program. Hanover County is reviewing the adjacent 77.62-acre request under a separate case. A contractor should read Iron Horse as one project family with different approval clocks, land areas, and permit authorities. The approved town action does not authorize construction on the pending county acreage.

Project fact	Current detail	Reporting boundary
Stage	Planned / entitlement	Town portion approved; county portion pending.
County request	77.62 acres	REZ2025-00010 and SE2025-00009.
Developable county land	About 27.80 acres	Current June 2026 proffer framework.
County open space	About 49.82 acres	Current proffer framework.
Maximum height	75 feet	Subject to county approval and conditions.
Tenant / operator	Undisclosed	No source-backed operator in the current record.
GC / EPC	Undisclosed	No source-backed builder award.
MW / capex	Undisclosed	No verified project capacity or cost.

The June 1, 2026 proffers are the strongest current scope document for the county request. They describe approximately 27.80 developable acres and 49.82 acres of open space within the 77.62-acre county tract. They also set a 75-foot maximum building height and define the proposed data-center use through supporting facilities rather than through a final building schedule. The public record has not disclosed a controlling building count, final square footage, construction start, certificate-of-occupancy date, project capex, or project-specific jobs number.

An older number needs a bright line around it. The February 2025 traffic impact analysis prepared by Timmons Group modeled 1.8 million square feet in Ashland and 1.5 million square feet in Hanover, or 3.3 million square feet across the earlier scenario. The current revised county materials do not establish that older traffic model as the final building program. LVN is treating those figures as historical planning inputs until a controlling site plan or later approval defines the active square footage.

The current rezoning application and plans and elevations establish the entitlement path, parcel context, and design framework. They do not name a hyperscale or colocation tenant. They also do not name a general contractor, EPC, electrical contractor, structured-cabling firm, fiber installer, security integrator, fire-alarm contractor, controls integrator, DAS provider, grounding specialist, or commissioning authority. Those roles remain open research and pursuit lanes.

Organization	Source-backed role	Pursuit signal
WestDulles Properties	Developer / entitlement manager	Project-family and future team updates.
TradePort Hanover Land	Owner / county applicant	Entitlement and land records.
Timmons Group	Civil, planning, and traffic consultant	Site and utility design movement.
LandDesign	Landscape architect / planner	Buffers, substation area, site layout.
Roth Jackson	Land-use counsel / zoning representative	Case filings and hearing materials.
Hanover County	County approval authority	Aug. 20 hearing and later Board action.
Town of Ashland	Town approval authority	Approved town-side records and permits.

WestDulles is the current developer signal. Its company profile describes Virginia commercial-real-estate experience that includes entitlement, design, construction, and data centers. The project record supports its Iron Horse development role. It does not establish WestDulles as the future facility operator or general contractor. Outreach should focus on verifiable next steps: controlling site plans, operator selection, design-team additions, construction delivery strategy, prequalification timing, and the channel through which specialty firms will eventually see packages.

Timmons Group prepared the current concept-plan and traffic materials, giving it a source-backed civil, land-planning, and transportation role. LandDesign prepared the landscape and substation-use exhibit. Roth Jackson maintains the case-material and public-comment site as land-use counsel and zoning representative. These firms clarify who is carrying the project through entitlement. Current evidence does not extend their roles into mission-critical technology design, low-voltage procurement, or construction management.

The LandDesign exhibit separates the data-center-use area from a proposed 16.4-acre substation-use area and shows the Ashland-Hanover boundary, transmission-easement context, and buffering concept. It is an entitlement exhibit rather than an issued-for-construction drawing. Still, the substation area is a practical early signal for protection and controls, utility communications, grounding and bonding, SCADA interfaces, operational networking, alarm integration, and testing once a utility program and project delivery team become public.

The applicant's April 2026 community presentation places the site near regional fiber connectivity and major transmission infrastructure. That is location context supplied by the applicant, not a published carrier design or utility commitment. The reviewed materials do not identify carriers, diverse entrance locations, strand counts, meet-me rooms, utility capacity, substation voltage, energization milestones, or a network topology. Trade firms should pursue those details through later site plans, utility filings, permitting, and named contractor channels.

The current proffers are explicit about communications infrastructure. Permitted supporting uses include communications, broadband, and fiber-optic facilities. The language also allows security facilities, substations and electrical infrastructure, underground utility distribution, backup generation, cooling systems, and other supporting systems. These provisions show that low-voltage and controls scope belongs in the project program. They do not award the work or define device quantities, specifications, manufacturers, or package boundaries.

Low-voltage lane	Confirmed signal	What to qualify
Fiber / OSP	Broadband and fiber facilities allowed	Carriers, routes, duct banks, splicing, tests.
Structured cabling	Data-center supporting systems	Buildings, pathways, racks, labels, QA.
Access / CCTV	Security facilities allowed	Integrator, gates, VMS, credentials, testing.
Fire alarm	Large mission-critical occupancy	AHJ criteria, detection, monitoring, interfaces.
BMS / EPMS	Cooling, backup, and electrical systems	Integrator, networks, point lists, sequences.
Substation controls	Dedicated substation-use area	Utility, protection, SCADA, communications.
Grounding	Electrical and telecom infrastructure	Bonding matrix, testing, documentation.
Commissioning	Interdependent critical systems	Authority, scripts, failure tests, closeout.

The likely outside-plant scope begins at the property edge. A campus spanning two jurisdictions and supporting a substation will need deliberate coordination among civil work, underground electrical distribution, telecom entrances, carrier facilities, vaults, handholes, duct banks, road crossings, security boundaries, and future building phases. Public documents support the fiber and underground-utility categories. Exact routes and division of responsibility remain undisclosed, so qualified firms should ask who owns civil trenching, conduit, cable placement, splicing, testing, restoration, and as-built records.

Inside future buildings, structured-cabling and networking work will depend on the operator's technical standard and the final design. Common mission-critical needs include main and intermediate distribution, backbone and horizontal cabling, pathways, racks and cabinets, monitoring connections, controls networks, security networks, life-safety interfaces, labels, test results, and digital turnover. These are practical pursuit categories derived from the confirmed data-center use. No current Iron Horse source establishes a final topology or installer award.

Security scope has a direct entitlement signal because the proffers expressly allow security facilities. A mature campus program can involve perimeter detection, vehicle and pedestrian gates, visitor processing, access control, intercom, CCTV, video management, credentialing, monitoring, and acceptance testing. The final security concept, manufacturer stack, command center, badging process, and integrator are unknown. Future elevations, site plans, security permits, operator standards, and job postings should reveal the package.

Fire and life safety will move through the authorities having jurisdiction on each side of the boundary. Future work may include addressable fire alarm, aspirating smoke detection where required, supervisory and releasing interfaces, sprinkler monitoring, HVAC shutdown, door release, emergency communications, monitoring, cause-and-effect documentation, inspection support, and integrated testing. Those functions are typical qualification questions for a large data-center program. Iron Horse-specific systems and vendors should remain unclaimed until permit or award evidence names them.

Controls and power monitoring sit between the data-center buildings, cooling systems, backup generation, underground utilities, and planned substation area. Potential lanes include BMS, EPMS, generator and fuel-system monitoring, environmental sensing, leak detection, alarm routing, network segmentation, time synchronization, substation communications, SCADA, and trend validation. The proffers confirm the supporting infrastructure categories. They do not disclose utility MW, IT critical load, generator quantity, controls architecture, vendor selections, or a commissioning sequence.

Commissioning becomes a cross-system pursuit once the project clears entitlement and a delivery team is named. Fiber certification, security acceptance, fire-alarm inspection, controls point-to-point checks, power-monitoring validation, alarm propagation, network resilience, functional tests, failure-mode exercises, issue closure, training, and turnover records all need schedule ownership. Firms should prepare examples showing data-center or similarly critical experience, calibrated test equipment, disciplined issue documentation, and field teams that can work across electrical, mechanical, IT, security, and life-safety boundaries.

The current record does not provide an Iron Horse construction-jobs count. It also does not advertise project-specific trade packages. The practical workforce lead today is the source-backed project team and the approaching public approval milestone. Engineers and designers can monitor Timmons Group careers; trade contractors should watch WestDulles, Hanover County, Ashland, the eventual operator, and the future GC or EPC for hiring, prequalification, supplier-diversity, plan-room, and bid-list movement.

Field teams can strengthen readiness before packages surface. Fiber technicians should be able to inspect and clean connectors, fusion splice, run optical-loss tests, use OTDRs, manage polarity, protect bend radius, and produce electronic test records. Cabling teams should show pathway coordination, high-density labeling, copper and fiber certification, clean rack work, and as-built discipline. Security, fire, and controls technicians should be comfortable with segmented networks, point-to-point validation, alarm and sequence testing, cybersecurity expectations, and formal commissioning closeout.

Useful preparation resources include BICSI optical-fiber training, BICSI copper training, FOA workforce material, and OSHA outreach training. The current project documents do not mandate these specific credentials. Final operator and contractor requirements may add site safety, background screening, insurance, bonding, manufacturer authorizations, mission-critical references, lift qualifications, and jurisdiction-specific licenses.

The next evidence window is short. Hanover County's August 20 staff packet and Planning Commission recommendation may add revised proffers, conditions, traffic commitments, utility detail, public comments, or a controlling plan set. A later Board action will determine the county entitlement outcome. After approval, the highest-value records will be site-plan, land-disturbance, building, fire, utility, environmental, substation, and deferred-system permits. Company announcements and case studies can then resolve the operator, delivery team, and specialty awards.

Bottom line: Iron Horse is a credible planned data-center campus with source-backed land, developer, entitlement, civil, planning, and public-agency records. The town side is approved, while the 77.62-acre Hanover request remains pending ahead of an August 20, 2026 hearing. Current filings explicitly support fiber, broadband, security, substation, underground utility, backup-power, cooling, and controls infrastructure. MW, capex, final square footage, operator, GC, trade partners, start date, and jobs count remain undisclosed. Contractors gain the most by tracking the approval sequence and preparing for the first verified team and package announcements.