FL
🌴 Florida⚡ HVHZ Miami-Dade · Broward
Florida
Solar Permits.
FBC 8th Edition.
All 67 Counties.
Florida has two completely different permitting environments. Miami-Dade and Broward counties operate under the High-Velocity Hurricane Zone — every solar component needs a separate Notice of Acceptance (NOA). The other 65 counties follow Florida Building Code 8th Edition with NEC 2020. Every plan set we build is formatted for the correct environment from the first sheet.
FBC 8th Edition + NEC 2020HVHZ NOA DocumentationFPL · Duke Energy Florida · TECODBPR Licensed Contractor FieldsAll 67 Counties
FBC 8th Ed.+ NEC 2020 — current Florida code
185 mphHVHZ design wind speed (Risk Cat. II)
NOA Per PartEvery component — Miami-Dade + Broward
67 CountiesAll covered
Florida Solar Permits — 2026
Two Systems. One State. One Critical Distinction.
Permit Design produces Florida solar permit plan sets for solar installers, EPCs, and roofing companies across all 67 Florida counties. Florida has a critical permitting distinction that catches out-of-state installers every time: Miami-Dade and Broward counties operate under the High-Velocity Hurricane Zone (HVHZ) — a designation requiring every solar component to carry individual Notice of Acceptance (NOA) certification. A standard FBC plan set built for Orlando submitted to Miami-Dade Building Department will be rejected at intake.
Outside the HVHZ, Florida enforces the Florida Building Code 8th Edition incorporating NEC 2020. All Florida solar permits must comply with NEC Article 690 (Solar PV Systems), Article 705 (Interconnected Power Production Sources), and NEC 690.12 (Rapid Shutdown). Wind load calculations are mandatory across all 67 Florida counties — Florida wind speeds are the highest in the continental US even outside HVHZ areas.
Florida requires a DBPR-licensed electrical contractor on every solar project. The DBPR licence number must appear on the permit application or it is automatically rejected. Florida Power & Light (FPL), Duke Energy Florida, Tampa Electric (TECO), JEA, and Kissimmee Utility Authority each have distinct interconnection requirements. Every Permit Design Florida plan set is formatted for the correct jurisdiction from the first page.
Last updated: May 2026 · Reading time: ~8 minutes · FBC 8th Edition, HVHZ NOA requirements, and DBPR licensing confirmed as of May 2026.
HVHZ — High-Velocity Hurricane Zone
Miami-Dade + Broward — Standard Plan Sets Will Not Pass Here
The HVHZ is the most demanding solar permitting environment in the United States. If you are expanding into South Florida, understanding these requirements is the difference between closing projects and watching them stall for weeks.
⚡ HVHZ Alert
Every Component Needs Separate NOA Certification — No Exceptions
Miami-Dade and Broward counties require a Miami-Dade Notice of Acceptance (NOA) or Florida Product Approval with HVHZ designation for every single solar component — individually. Solar panels (each model): own NOA. Racking system: own NOA. Mounting clamps: own NOA. Flashing kit: own NOA. Lag bolts: per NOA specification. If any component lacks HVHZ certification the permit application is rejected regardless of all other documentation quality. A Florida-licensed PE must stamp structural calculations using ASCE 7-16 methodology for 185 mph design wind speed (Risk Category II). Installation must follow the NOA-specified instructions exactly — deviating from NOA installation requirements voids the certification.
Miami-Dade CountyMost stringent HVHZ enforcement in the US
Design wind speed185 mph (Risk Category II, ASCE 7-16)
Certification requiredMiami-Dade NOA per component
PortalMiami-Dade e-Permitting — online
PE stampFL-licensed PE — HVHZ structural calcs
Timeline4–8 weeks (high volume, strict review)
UtilityFPL — most of Miami-Dade
Broward CountyMunicipal departments — no single county portal
Design wind speed180–185 mph (HVHZ designation)
CertificationMiami-Dade NOA or FL Product Approval HVHZ
SubmissionPer municipality: Fort Lauderdale, Hollywood, Pompano Beach, Miramar each separate
PE stampFL-licensed PE — HVHZ structural calcs
Timeline2–4 weeks most Broward municipalities
UtilityFPL — most of Broward County
Every HVHZ Component Requires Separate NOA
Solar Panels
Each panel model needs its own NOA confirming wind uplift resistance through independent laboratory testing. Mixing models requires documentation for each.
NOA per panel modelRacking System
The racking and attachment hardware requires a separate NOA. Installation must follow the NOA instructions exactly — any deviation voids certification and triggers re-inspection.
NOA per racking systemMounting Clamps
Mid-clamps and end-clamps require separate HVHZ certification. Clamps not listed in the racking NOA cannot be substituted without a separate clamp certification.
NOA per clamp typeFlashing Kit
All roof penetration flashing must carry HVHZ certification. Standard flashing kits for non-HVHZ Florida are not acceptable in Miami-Dade or Broward without a specific HVHZ NOA.
HVHZ flashing NOALag Bolts
Even lag bolts require HVHZ certification documentation. Diameter, length, and thread type must match what is specified in the racking NOA's approved installation instructions.
Per NOA specificationPE Structural Letter
A Florida-licensed PE must stamp structural calculations using ASCE 7-16 for 185 mph design wind speed. The PE letter must reference each component's NOA number and confirm installation compliance.
FL-licensed PE stampFlorida Building Code
FBC 8th Edition + NEC 2020 — The Non-HVHZ Florida Code Stack
For the 65 Florida counties outside the HVHZ, the Florida Building Code 8th Edition incorporating NEC 2020 governs solar permits. Wind load calculations are mandatory statewide — Florida has the highest wind loads in the continental US even outside HVHZ.
Florida Wind Design Zones — All Plan Sets Must Include Wind Load Calculations
| Zone | Counties / Region | Design Wind Speed | Special Requirement |
|---|---|---|---|
| HVHZ | Miami-Dade · Broward | 185 mph (Risk Cat. II) | NOA per component · ASCE 7-16 · FL PE stamp |
| Coastal High Wind | Palm Beach · Monroe · Martin · Indian River · Brevard · Volusia (coastal) | 150–170 mph | ASCE 7-16 wind load calcs · PE stamp recommended |
| South / Central FL | Orange (Orlando) · Hillsborough (Tampa) · Sarasota · Lee · Charlotte | 120–140 mph | Standard FBC wind load calcs required |
| North / Inland FL | Duval (Jacksonville) · Alachua (Gainesville) · Leon (Tallahassee) · Marion (Ocala) | 100–120 mph | FBC wind load calcs required |
| Panhandle | Escambia (Pensacola) · Bay (Panama City) · Northwest Florida Gulf Coast | 120–150 mph | Gulf Coast wind exposure — elevated loads vs inland |
Wind load calculations are mandatory for all 67 Florida counties — not just HVHZ. Florida Building Code requires solar mounting systems to meet wind uplift requirements under ASCE 7-16. Applying the wrong wind zone or missing wind documentation entirely is a leading Florida permit correction trigger. Every Permit Design Florida plan set includes county-specific wind loads.
Florida Utilities
FPL · Duke Energy Florida · TECO — Know Your Territory
Florida has multiple investor-owned utilities with distinct interconnection requirements. Using the wrong utility's documentation format results in rejection at utility review. Verify the serving utility by project address — not by county name.
FPL
Florida Power & Light — Largest FL utility
TerritorySE Florida, East Coast, Miami-Dade, Broward, Palm Beach, SW Florida
Net meteringFull retail rate — FS §366.91
ISA timeline4–8 weeks residential
HVHZ territoryYes — serves Miami-Dade and Broward
RegulatorFPSC (Florida Public Service Commission)
Duke Energy FL
Central Florida — Orlando area
TerritoryOrlando · Central FL · Citrus, Hernando, Pasco counties
Net meteringFull retail rate — FS §366.91
ISA timeline4–8 weeks residential
HVHZ territoryNo — central Florida, outside HVHZ
RegulatorFPSC
TECO + Others
Tampa Electric · JEA · KUA
TECO territoryTampa Bay — Hillsborough, Polk counties
JEA territoryJacksonville — Duval County municipal
KUA territoryKissimmee — Osceola County municipal
Net meteringFull retail rate — FS §366.91 all FL IOUs
ISA timelines4–8 weeks all FL utilities
Submit building permit and utility interconnection application simultaneously. FPL, Duke Energy Florida, and TECO interconnection each takes 4–8 weeks. Submit both Day 1 — contractors who wait for permit approval before submitting to the utility add weeks to total timelines. All Florida interconnection applications must include the DBPR licence number and single-line diagram.
What's Included
Florida Solar Permit Plan Set — Standard + HVHZ
Every Florida plan set is formatted for the correct code environment — FBC 8th Edition with NEC 2020 for 65 counties, full HVHZ NOA documentation for Miami-Dade and Broward. DBPR licence fields on every cover sheet.
Sheet 01
Cover Sheet
Florida Building Code 8th Edition + NEC 2020 citation. DBPR electrical contractor licence number field — automatic rejection without it. Project address, county, AHJ, utility interconnection reference field, system specs, PE stamp reference.
HVHZ: NOA reference list on coverStandard: FBC 8th + NEC 2020Sheet 02
Site Plan
Scaled site plan with property boundaries, utility meter location, Florida fire code access pathways, and array routing. HVHZ product approval notation included. Historic district notation for Coral Gables, Coconut Grove, and other designated FL historic areas.
All 67 Florida countiesSheet 03
Roof Layout
Panel array layout with roof pitch, attachment points, FBC fire setbacks, and rafter/truss documentation. County-specific wind zone applied: HVHZ 185 mph, South Florida coastal 150–170 mph, Central FL 120–140 mph, Panhandle 120–150 mph.
HVHZ: NOA-compliant array layoutSheet 04
Single-Line Diagram
NEC 2020 Article 690 + Article 705 compliant electrical schematic from PV source circuits through inverter to utility interconnection. Formatted for FPL, Duke Energy Florida, or TECO interconnection review. Rapid Shutdown per NEC 690.12 documented.
NEC 2020 Art. 690 + 705Sheet 05
Structural Calculations
FL-licensed PE-stamped structural analysis per ASCE 7-16. Dead load, wind load (county-specific), attachment engineering. HVHZ: 185 mph design wind, NOA-referenced structural letter, component-by-component compliance. Non-HVHZ: standard Florida wind zone engineering.
HVHZ: ASCE 7-16 185 mph + FL PEStandard: FL PE stampSheet 06
Rapid Shutdown
NEC 2020 Section 690.12 rapid shutdown compliance — the most commonly requested Florida correction item. System boundary, initiating device, array dimensions, and 690.56(C) labelling documentation. Complete for every Florida fire inspector's checklist.
NEC 2020 §690.12 — all FL countiesSheet 07
Utility Interconnection Package
FPL, Duke Energy Florida, TECO, JEA, or KUA interconnection documentation formatted for each utility's specific requirements. DBPR licence confirmed on all documentation. Net metering application reference per FS §366.91. Submit same day as building permit.
FPSC regulated — all FL IOUsSheet 08
Equipment Datasheets + NOA Docs
UL-listed equipment spec sheets for all components. HVHZ: full NOA documentation package — NOA number, Product Control Division reference, installation instructions, and per-component certification for panels, racking, clamps, flashing, and lag bolts. Non-HVHZ: standard UL datasheets.
HVHZ: NOA package per componentStandard: UL datasheetsProcess
How Florida Solar Permit Plan Sets Work
01
Submit Your Florida Project
Send us the county and address — we determine HVHZ vs standard Florida. For HVHZ projects we immediately verify every specified component has a valid NOA or Florida Product Approval with HVHZ designation before proceeding. Roof photos, equipment model numbers, and serving utility required.
02
We Build to FBC 8th + NEC 2020
Standard FL: FBC 8th Edition NEC 2020, county-specific wind load engineering, FPL/Duke/TECO interconnection, DBPR fields on every sheet. HVHZ: same base plus full NOA documentation, 185 mph ASCE 7-16 structural engineering, and Miami-Dade Product Control format throughout.
03
Complete Package in 24–48 Hours
Your 8-sheet Florida plan set — correct wind zone, HVHZ NOA documentation where required, and utility interconnection package — delivered in 24–48 hours. Submit to your AHJ and utility on the same day. Free revisions until your Florida AHJ approves.
First-Time Florida Clients
Try Us on Your First Florida Project. Free.
New to Permit Design? Send us your first Florida residential solar project — standard FBC or HVHZ — and we'll deliver the complete plan set free. NOA documentation verified, wind loads calculated, FPL or Duke Energy interconnection included.
Available for solar installers, EPCs, and roofing companies offering solar installation services. Not available for individual homeowners or end customers. One free residential plan set per company.
Claim Your Free FL Plan Set →
FBC 8th Edition + NEC 2020
HVHZ NOA documentation verified
County-specific wind load calcs
FPL · Duke Energy FL · TECO ISA
Free revisions until AHJ approval
Florida Solar Market — 2026
Florida Solar by the Numbers
185 mph
HVHZ Design Wind Speed
Miami-Dade and Broward solar installations must withstand 185 mph design wind speeds under ASCE 7-16 (Risk Category II) — among the highest design wind requirements for any construction in the continental US. This is why every HVHZ component must independently prove it can survive these conditions through NOA certification before any permit is issued.
67
Florida Counties — Each Its Own AHJ
Florida has 67 counties, each with its own building department. Miami-Dade operates a dedicated online e-Permitting portal. Broward routes through individual municipal departments. Orange County (Orlando) centralises through Development Services. Hillsborough County (Tampa) has its own portal. Every Permit Design Florida plan set is formatted for the specific county and municipal AHJ.
100%
Property Tax Exemption — FS §193.624
Florida Statute §193.624 provides a 100% property tax exemption for residential solar. The full added home value from solar is exempt from ad valorem assessment — applies automatically, no special filing needed. Florida also exempts solar equipment from state sales tax. Combined with strong net metering under FS §366.91, Florida offers among the strongest solar financial incentives in the Southeast.
Top 5
US Solar State — Consistent Ranking
Florida consistently ranks in the top 5 US states for total installed solar capacity. The combination of 230+ sunny days per year, strong net metering under FS §366.91, 100% property tax exemption, and rapidly growing population across South Florida, Tampa Bay, and Orlando makes Florida one of the strongest residential solar markets in the country.
FS §366.91
Florida Net Metering — Protected
Florida Statute §366.91 mandates full retail-rate net metering for all regulated investor-owned utilities. Available for systems up to 2 MW. Monthly excess credits roll over to the next billing cycle. Florida net metering has remained protected despite multiple utility-sponsored challenges since 2016 and is one of the strongest net metering policies in the Southeast US.
DBPR
Mandatory Licence — Auto-Reject Without It
The DBPR electrical contractor licence under Chapter 489 Part II must appear on every Florida solar permit application. Miami-Dade's automated e-Permitting portal rejects applications without a valid DBPR number. The homeowner exemption under FL Statute §489.103 does not apply to solar PV work — a DBPR-licensed contractor is always required statewide.
Florida AHJ Rejections
Top 3 Reasons Florida Solar Permits Get Rejected
These are the three most common rejection triggers across Miami-Dade, Broward, Orange County, Hillsborough, and all 67 Florida counties — all preventable with correctly formatted plan sets.
01
Missing or Invalid NOA — HVHZ Projects
If any component in Miami-Dade or Broward lacks a valid HVHZ Notice of Acceptance or Florida Product Approval with HVHZ designation — even a single clamp or flashing kit — the permit application is rejected regardless of all other documentation quality. Out-of-state design firms using standard racking without verifying HVHZ certification trigger this rejection routinely. Each component must have current, valid certification, and installation must follow the exact NOA-specified installation instructions.
FBC 8th Edition HVHZ · Miami-Dade Product ControlHow we prevent it: We verify current, valid NOA or Florida Product Approval with HVHZ designation for every single component before building any Miami-Dade or Broward plan set. Non-HVHZ components are flagged immediately.
02
DBPR Licence Number Missing — Auto-Rejection
Florida building departments — led by Miami-Dade's automated e-Permitting portal — automatically reject permit applications without a valid DBPR electrical contractor licence number. Affects all 67 Florida counties. Out-of-state solar companies unfamiliar with Florida requirements frequently omit this field. The homeowner exemption does not apply to solar PV work — a DBPR-licensed electrical contractor is always required regardless of project size.
FL Statute §489 Part II · DBPR licensingHow we prevent it: Every Permit Design Florida plan set cover sheet has a dedicated DBPR electrical contractor licence number field. We confirm the format matches Florida requirements at order time.
03
Incorrect or Missing Wind Load Calculations
Florida Building Code requires solar mounting systems to meet wind uplift requirements — and Florida has the most demanding wind loads in the continental US. Applying the wrong wind zone (using central Florida values for a coastal Palm Beach project) or missing wind load calculations entirely results in plan review correction requests. Florida plan reviewers check wind documentation as a priority item on every submittal.
FBC 8th Edition · ASCE 7-16 · Florida Wind Speed MapHow we prevent it: Wind load calculations are included in every Florida plan set using the correct ASCE 7-16 wind speed for the project's specific county and exposure category. HVHZ projects use 185 mph design wind throughout all structural documentation.
See all 8 common plan set rejection reasons → Residential Solar Permit Design →
FAQ
Florida Solar Permit Design — FAQ
Florida Building Code 8th Edition incorporating NEC 2020. Organised into FBC Building (structural), FBC Residential, and FBC Electrical (NEC 2020). All plan sets must comply with NEC Article 690, Article 705, and NEC 690.12 Rapid Shutdown. Miami-Dade operates under HVHZ standards that significantly exceed the statewide FBC baseline.
The High-Velocity Hurricane Zone covers exactly two counties: Miami-Dade and Broward. Every solar component needs individual Miami-Dade NOA or Florida Product Approval with HVHZ designation — panels, racking, clamps, flashing, and lag bolts all separately. A Florida-licensed PE must stamp structural calculations using ASCE 7-16 for 185 mph design wind speed. Standard FBC plan sets for non-HVHZ counties cannot be submitted to Miami-Dade or Broward without complete HVHZ reformatting.
An NOA is a product certification from Miami-Dade County's Product Control Division confirming a product passed HVHZ wind tunnel testing. Every HVHZ component needs its own NOA: panels (per model), racking, clamps, flashing, and lag bolts — all separately. Installation must follow NOA-specified instructions exactly. Any deviation voids the certification and triggers re-inspection.
A DBPR electrical contractor licence under Chapter 489 Part II. The DBPR number must appear on the permit application — Miami-Dade's automated portal automatically rejects applications without it. The homeowner exemption under FL Statute §489.103 does not apply to solar PV work. A DBPR-licensed contractor is always required for Florida solar installations.
FPL serves SE Florida, East Coast, Miami-Dade, Broward, Palm Beach, and SW Florida. Duke Energy Florida serves the Orlando area and central Florida. Tampa Electric (TECO) serves Tampa Bay. JEA serves Jacksonville. KUA serves Kissimmee. All regulated Florida investor-owned utilities provide full retail net metering under FS §366.91 regulated by the FPSC. Verify utility by address before building any plan set.
Yes. Florida Statute §366.91 mandates full retail-rate net metering for all regulated investor-owned utilities. Available for systems up to 2 MW. Monthly excess credits roll over to the next billing cycle. Florida net metering has remained protected despite multiple utility-sponsored challenges since 2016 — one of the strongest net metering policies in the Southeast.
Florida Statute §193.624 provides a 100% property tax exemption for residential solar. The full added home value from solar is exempt from ad valorem assessment — applies automatically, no filing needed. Florida also exempts solar equipment from state sales tax. Combined with FS §366.91 net metering, Florida offers among the strongest solar financial incentives in the Southeast.
Miami-Dade: 4–8 weeks — HVHZ documentation review extends timelines. Broward municipalities: 2–4 weeks. Orange County (Orlando): 2–4 weeks. Hillsborough County (Tampa): 2–3 weeks. Jacksonville (Duval): 2–3 weeks. Palm Beach County: 2–4 weeks. Rural FL counties: 1–3 weeks. FPL, Duke Energy Florida, and TECO interconnection: 4–8 weeks. Submit both applications simultaneously — never wait for permit approval before submitting to the utility.
Permit Design delivers Florida solar permit plan sets within 24–48 hours. Standard FBC (65 counties): FBC 8th Edition NEC 2020, county-specific wind loads, FPL or Duke Energy FL or TECO interconnection. HVHZ (Miami-Dade and Broward): full NOA documentation verified per component, 185 mph ASCE 7-16 structural engineering, Miami-Dade Product Control format. DBPR licence field on every cover sheet. Free revisions until your Florida AHJ approves.
⚡
Reviewed & Verified By
Permit Design Engineering Team
Licensed Professional Engineers (PE) across all 50 US states · 2,500+ AHJ-ready plan sets delivered monthly · 150+ solar installer partners worldwide
Florida Plan Sets That Pass.
FBC 8th Edition · NEC 2020 · HVHZ NOA Documentation
FPL · Duke Energy · TECO · DBPR Licensed · All 67 Counties · 24–48 Hours
First-time Florida client? Your first residential plan set is on us. Mention "free trial" in your order notes.