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BAM Construction

Data Center Builder
Palm Beach County

Licensed Florida GC building hardened data centers across Palm Beach County. Coastal HVHZ and inland FBC structural compliance determined before the engineer is engaged. Shell, raised floor, generator pad, FPL power coordination, SFWMD drainage under one bonded contractor.

2 Zones
Wind Code
FPL
Coordinated
DOD
QC Standard
Bonded
GC License
Load Distribution
Primary Feed — FPL
MDP-A
2.4 MW
MDP-B
2.1 MW
Generator Bus
GEN-1
1.5 MW
GEN-2
1.2 MW
ATS
Standby
Cooling + CRAC
CRAC-A
480 kW
CRAC-B
480 kW
N+1
Redundancy
Tier III
Shell Ready
FL Licensed GC
Dual Wind Zone Compliance
FPL Power Coordination
DOD-Grade Documentation
Surety Bonded
Coastal Strip: HVHZ

Data centers sited east of the HVHZ boundary — roughly along US-1 from Boca Raton north through Palm Beach — require NOA-listed structural assemblies, PE-stamped drawings meeting HVHZ wind uplift criteria, and Miami-Dade or Florida Building Commission Product Approval for roofing, glazing, and cladding.

Boca Raton East • Delray Beach Coast • Palm Beach Island
Inland Corridor: Standard FBC

Data centers along I-95 and the Florida Turnpike corridor — Boca Raton West, Boynton Beach, West Palm Beach, Palm Beach Gardens — fall under standard Florida Building Code high-wind provisions. PE-stamped drawings and wind load compliance are required; NOA Product Approval for all assemblies is not. Over-specifying HVHZ materials inland adds cost without a code basis.

West Boca • Boynton Beach • West Palm Beach • Palm Beach Gardens

BAM verifies wind zone classification at project intake, before the structural engineer is engaged. Wrong classification = wrong spec = wrong budget. We eliminate that variable on day one.

Palm Beach County

The Wind Zone Is the First Structural Decision on Every Palm Beach Data Center

Palm Beach County is the only South Florida county with two distinct construction wind zones. The coastal strip from the shoreline to roughly US-1 carries the HVHZ designation, requiring the same NOA-listed assembly specifications as Miami-Dade and Broward. The inland corridor from US-1 west to the county line operates under standard FBC high-wind provisions. For a data center, which involves continuous concrete structure, large rooftop mechanical loads, and a building envelope designed for decades of service, this classification determines structural engineer selection, material procurement, and permit review pathway before a single drawing is started.

Beyond structural compliance, Palm Beach data centers share two infrastructure challenges with the rest of South Florida. Every large facility requires FPL coordination for the high-capacity service entrance and generator interconnect, and SFWMD permitting governs stormwater management for sites that include significant impervious area or that disturb more than one acre. A self-performing GC controls both coordination tracks and keeps them from becoming schedule blockers.

One contractor, both zones: BAM has delivered bonded GC work in both Palm Beach wind zones. Zone classification is confirmed in the pre-design meeting, not discovered during the building department review.

PALM BEACH COUNTY REQUIREMENTS
Wind Zones HVHZ Coastal / FBC Inland
Permit Authority PBC Building Division
Utility Florida Power and Light
Drainage Authority SFWMD
Structural Drawings PE-Stamped Required
Generator Fuel PBC Fire Marshal Permit
BAM: Self-Performing GC
✓ Zone classified at intake
✓ Structural engineer matched to zone
✓ FPL service coordination in-house
✓ DOD-grade QC documentation
Typical Coordinator
✕ Zone confirmed at permit review
✕ Redraw risk if zone is wrong
✕ FPL delays unmanaged
✕ Standard commercial closeout

What BAM Delivers

Data Center Construction Scope

Structural

Hardened Concrete Shell

Tilt-up or cast-in-place concrete shell to HVHZ or standard FBC spec determined by site location. PE-stamped structural drawings, special inspections throughout, and Palm Beach County Building Division permit closeout.

Civil

Raised Floor Slab and Drainage

Elevated slab-on-grade for raised floor plenum systems, NAVD88-referenced site grading, and SFWMD stormwater management compliance. Under-slab conduit and drainage rough-in coordinated before pour.

Power

FPL Service and Generator Pad

FPL service entrance coordination for high-capacity feeds, cast-in concrete generator pads rated for N+1 or 2N configurations, ATS rough-in, and fuel storage containment to Palm Beach County Fire Marshal requirements.

MEP

MEP Rough-In Coordination

Cast-in sleeves, conduit stub-outs, and mechanical penetrations coordinated with the electrical and mechanical engineering team before structural concrete is poured. No core drilling after CO.

Envelope

Wind-Hardened Roof and Facade

NOA-listed roofing assemblies and glazing for HVHZ sites. Standard FBC high-wind assemblies for inland sites. Correct specification is applied at design; no mid-project material substitutions under permit pressure.

Closeout

Permit and Commissioning Package

Special inspection reports, SFWMD compliance documentation, FPL interconnect sign-off, and Palm Beach County Building permit closeout assembled at job completion. DOD-grade documentation standard applied throughout.

Build Sequence

Zone Classification Through Certificate of Occupancy

01

Zone and Utility Assessment

Wind zone boundary confirmed for the specific site address. FPL capacity review and SFWMD drainage threshold established before structural engineer is engaged.

02

Structural and Civil Design

PE-stamped shell drawings to confirmed zone standard. Raised floor slab, drainage, generator pad, and MEP penetrations coordinated in design before permit submission.

03

Civil and Foundation

NAVD88-referenced site grading, stormwater structures, underground utilities, and foundation system. Under-slab conduit, drainage, and cast-in sleeves placed before slab pour.

04

Shell and Envelope

Structural shell erected to zone-correct spec. Generator pad poured. Wind-rated roof and facade installed with NOA or FBC materials as required. Special inspections documented throughout.

05

FPL Interconnect and CO

FPL service entrance energized, generator ATS commissioned, SFWMD compliance documented, and Palm Beach County permit closeout package submitted for Certificate of Occupancy.

2
Wind Zones
HVHZ coastal and FBC inland
DOD
QC Standard
Federal armory, Arcadia FL
FPL
Coordinated
High-capacity service entrance
1
GC License
FL Certified, full scope

Palm Beach Data Center Questions

Before the Scope Call

It depends entirely on where the site is located within the county. Palm Beach County is divided into two wind zones under the Florida Building Code. The coastal strip, generally the area east of US-1 from Boca Raton through Palm Beach, carries the HVHZ designation and requires NOA Product Approval documentation for roofing, glazing, and structural assemblies. The inland corridor from US-1 west to the county line uses standard FBC high-wind provisions, which require PE-stamped drawings and wind load compliance but do not mandate HVHZ-level product approvals. A data center in West Palm Beach or Boca Raton West is almost certainly in the standard FBC zone. A data center on or east of Federal Highway near the coast may fall in the HVHZ zone. BAM confirms the classification for the specific site address at project intake, before the structural engineer is contracted, so the correct spec is built into the design from the start.

Data centers typically require a raised slab elevation to allow underfloor plenum systems for airflow management and cable routing. BAM coordinates the finished floor elevation with the raised floor manufacturer's requirements and the NAVD88 flood zone compliance requirements for the specific parcel. For sites that disturb more than one acre or that add significant impervious surface, SFWMD requires an Environmental Resource Permit for stormwater management. BAM initiates SFWMD ERP applications in parallel with building permit preparation so that water management authorization does not sequence after the structural permit and create a schedule gap. Under-slab conduit, drainage pipes, and cast-in sleeves are all coordinated in the design documents and placed before the slab is poured, eliminating the cost and schedule impact of post-pour core drilling.

Yes. High-capacity FPL service for data centers involves a utility coordination process that must begin early in the project, often before the building permit is issued, because FPL lead times for transformer procurement and primary circuit upgrades can run several months. BAM initiates FPL coordination at the start of the design phase to align the utility energization date with the construction schedule. Generator pad construction is integrated into the structural scope: cast-in-place concrete pads are engineered to the generator manufacturer's specifications, with vibration isolation, fuel containment curbing, and conduit stub-outs cast in place rather than cored after the fact. Diesel or natural gas fuel storage requires a separate permit from the Palm Beach County Fire Marshal, which BAM includes in the permit coordination scope. ATS rough-in is coordinated with the electrical subcontractor before the slab is poured.

Palm Beach County

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Share your site location and data center scope. Wind zone classification is confirmed in the first conversation. We follow up within one business day.

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FL Licensed GC  |  Dual Wind Zone  |  FPL Coordination  |  Surety Bonded

Palm Beach County

Zone-Correct. FPL-Coordinated. Built to Last.

From shell and slab through generator pad and permit closeout, BAM Construction delivers complete data center construction across Palm Beach County under one Florida Certified GC license. Coastal HVHZ and inland FBC structural compliance confirmed at intake, not at building department review.

Palm Beach County  |  FL Licensed GC  |  DOD Performance Record  |  Surety Bonded