$7M Los Angeles Data Center Retrofit Tracks $420K-$480K LV Scope

A $7 million data center retrofit at 1501 W Francisco Street in Los Angeles is replacing eight end-of-life computer-room air-conditioning units, adding 14 more and creating an interior cage layout for future data infrastructure. The permit does not award a low-voltage contract, but the combined cooling, structural, electrical and cage work supports a conservative $420,000 to $480,000 low-voltage planning range across controls, data pathways, security and life-safety coordination.

Project Overview

Los Angeles permit records describe an alteration to an existing data center building in the Harbor Gateway area. The filed scope removes eight existing direct-expansion CRAC units, replaces them like for like, and installs 14 additional units. Structural curbs are included to support the new rooftop equipment. That is 22 cooling-unit interventions inside a live mission-critical building envelope, even though the public record does not identify the operator, tenant, IT load or data-hall count.

The same permit description adds an interior cage layout intended to support future data infrastructure, with structural drawings for the added cage work. That sentence is the low-voltage trigger. New cages change pathway endpoints, security zones, camera views, access-control door counts and the physical handoff between base-building systems and tenant equipment. The cooling work also creates controls, alarms and monitoring interfaces that must be coordinated before equipment cutovers.

The Los Angeles Department of Building and Safety permit page is the primary record for permit 26016-10000-13551. Independent permit indexes from Savrn and Builtie record a $7 million valuation and an October 1, 2026 issue date. The permit is the project-value basis used here; no larger program value has been added.

Project	1501 W Francisco Street data center retrofit
Location	1501 W Francisco Street, Los Angeles, California
Permit Value	$7,000,000
Permit	26016-10000-13551
Permit Status	Issued October 1, 2026
Signal LV Score	10/10
Tracked Systems	Six; final package ownership remains unverified
Source	Los Angeles building permit records

What the Permit Actually Covers

This is first a cooling and structural retrofit, not a standalone cabling permit. The eight replacements, 14 additions, rooftop support work and related electrical coordination account for most of the filed construction value. Low-voltage contractors should not treat the full $7 million as available LV spend. CRAC equipment, refrigerant work, piping, steel, curbs, feeders and mechanical installation belong to other packages unless the prime contract deliberately combines scopes.

The LV opportunity sits at the interfaces. Each new or replaced unit may require controller wiring, network drops, alarm points, environmental sensors, equipment-address updates and integration into the building-management or data-center monitoring platform. Meanwhile, the future cage layout can trigger new fiber and copper pathways, card readers, door contacts, request-to-exit devices, cameras, rack-row monitoring and revisions to the life-safety sequence. None of those individual awards is public yet, so the article treats them as planning targets rather than confirmed subcontracts.

Timing matters more than raw system count. Controls points must be settled before equipment start-up. Security coverage must be laid out before cage fabrication locks in sight lines and door hardware. Fiber routes and tray capacity must be coordinated before overhead congestion increases. For a facility that may remain operational during construction, method-of-procedure reviews, change windows, temporary monitoring and rollback plans can be as commercially important as device counts.

Key Player and Procurement Boundary

Builtie’s permit index identifies DPR Construction as the builder named on the permit. DPR publicly lists data centers as a core market, making its mission-critical team the clearest source-backed outreach target. The facility owner, operator and end tenant are not named in the reviewed public record, and no electrical, controls, security, cabling or fire-alarm subcontractor has been confirmed.

Role	Company	What Is Public
Builder on permit index	DPR Construction	Source-backed through the permit index; specialty package holders are not public.
Owner / Operator	Undisclosed	The address and retrofit scope are public; the operating company and tenant standards are not.
LV Integrators	Not identified	No controls, security, cabling, fire-alarm or commissioning award was found.

For business development, the useful question is not “Who owns the building?” alone. It is “Who owns each interface?” A controls contractor may carry CRAC communications and alarm points. A security integrator may own cage readers and cameras. A structured-cabling contractor may receive only pathways and backbone extensions, while the tenant furnishes racks, switches and optics under a separate standard. Contractors should ask DPR’s data-center team for the responsibility matrix, cage plans, controls points list and owner-furnished equipment schedule.

Low Voltage Systems Breakdown

Signal tracks six LV categories on this record. The permit text directly confirms future data infrastructure and broad mechanical/electrical work; it does not explicitly award every system below. The most defensible opportunity is coordination around new cooling equipment and the cage layout.

System	Project-Specific Scope	Confidence	Complexity
Controls and Environmental Monitoring	CRAC controller communications, alarm points, temperature and humidity sensing, addressing, trend verification and BMS/DCIM handoff for 22 unit interventions.	High interface confidence; vendor and package holder unverified	High
Structured Cabling	Copper drops, tray and pathway extensions supporting the future cage layout, controls panels and monitoring endpoints.	Medium; future data infrastructure is explicit	Medium
Fiber Backbone	Backbone extensions and diverse routing may be needed for new cages, but strand counts, entrances and tenant demarcations are not public.	Medium-low until drawings are released	High
Access Control	Readers, electrified hardware, door contacts, request-to-exit and credential zoning at new cage gates.	Medium; cage security is a design implication, not a named award	High
CCTV	Camera relocation or additions to preserve coverage after cage walls and doors change sight lines.	Medium-low; verify owner security standard	Medium
Fire Alarm and Life Safety	Monitoring, shutdown sequences and device coordination where rooftop equipment, structural supports and cage construction affect the approved life-safety design.	Medium; exact device scope is not public	High

DAS and AV appear in the enriched Signal system list, but the public permit description does not support pricing them here. They remain qualification questions, not forecast revenue. That distinction keeps the estimate tied to the cited permit instead of turning a mechanical retrofit into an imaginary full data-hall build.

Estimated Low Voltage Value

For a reported data-center construction value, LVN’s benchmark starts at approximately 6% of the filed construction value, then applies a limited coordination allowance when five or six systems touch the same work. Six percent of $7 million is $420,000. Applying the 1.15 system-complexity multiplier produces approximately $483,000, rounded to a $420,000-$480,000 planning range.

Filed Construction Value	$7,000,000
Base Data Center LV Benchmark	6% of reported construction value
System Complexity Allowance	Up to 1.15x for six coordinated categories
Estimated LV Planning Range	$420,000-$480,000

This is not a bid, contract award or statement that every tracked system is included. The lower end is the disciplined starting point because the permit is mechanical-heavy. The upper end assumes that controls, data pathways, security and life-safety coordination travel with the retrofit instead of being deferred or absorbed into existing service agreements. Contractors should replace the benchmark with quantity takeoffs as soon as the controls points list, cage plan and security responsibility matrix are available.

Owner-furnished and tenant-furnished technology is excluded: servers, storage arrays, GPU systems, tenant racks, switches, routers, optics, software licenses and movable IT equipment. The estimate also excludes CRAC equipment, mechanical piping, structural steel, roofing and primary power distribution. Those boundaries prevent hardware spend or mechanical scope from masquerading as low-voltage revenue.

Skills and Certifications Required

Workstream	Useful Certifications	Critical Skills
Fiber and Structured Cabling	BICSI INSTF, TECH or RCDD	Pathway coordination, fiber splicing, certification testing, labeling and live-facility change control
Controls and Monitoring	BACnet training, Tridium Niagara or the selected controls manufacturer	Points mapping, IP integration, sensor calibration, alarm logic, trend verification and commissioning
Access Control and CCTV	Selected security-platform manufacturer; networking fundamentals	Door hardware coordination, PoE, camera coverage, credential zoning and VMS integration
Fire Alarm Interfaces	NICET Fire Alarm and manufacturer training as required	Shutdown sequences, monitoring modules, testing, documentation and AHJ coordination

Entry-level technicians can support pathway installation, labeling, device mounting and basic terminations under supervision. Senior technicians should own live-system cutovers, fiber certification, controls integration, security database changes and acceptance testing. The project also needs disciplined commissioning documentation because a successful mechanical start-up is incomplete if alarms, trends, access events or camera views do not land in the correct platform.

Contractors should verify current California and local licensing requirements before bidding and confirm whether the prime contract requires union labor, background screening or site-specific mission-critical training. None of those requirements is stated in the public permit record.

Market Signal and Bid Timing

This permit is a useful signal for Southern California contractors because it is retrofit work, not a speculative greenfield campus. Existing data centers are extending useful life by increasing cooling density and reshaping white space for new infrastructure. Those projects often move in smaller packages than hyperscale campuses, but they reward contractors who can work around uptime constraints, document every change and coordinate across mechanical, electrical, controls and security teams.

The immediate sales angle is the interface package. Controls firms should ask who owns CRAC communications, sensor replacement, alarm migration and trend validation. Cabling contractors should ask whether the cage layout changes overhead tray, diverse fiber routes or meet-me-room capacity. Security integrators should request cage door and camera plans before fabrication. Fire-alarm contractors should confirm shutdown and monitoring sequences before rooftop cutovers.

The permit issue date places those questions in the current coordination window. Waiting until cage walls are installed or cooling equipment is commissioned turns design questions into change orders. A contractor that can combine field verification, method-of-procedure planning, after-hours cutovers and complete closeout records has a stronger position than one selling devices alone.

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