City of Maitland

A city address is usually permitted by the city, not the county — but not always, and some authorities keep building and hand electrical to someone else. Getting this wrong costs the whole submittal, because every requirement below belongs to whoever actually holds jurisdiction. Check the overlays in the same pass: an HOA, a historic district, a windstorm certification or a system-size cap can reshape the design, and all of them are cheaper to find now than after the array is laid out.

• Is this authority the AHJ for residential solar at this address? Yes. The City of Maitland Community Development Department/Building Division is the AHJ for residential rooftop solar PV inside city limits, for both building and electrical. 93% · department page
• What does this authority permit itself, and what does it delegate? The City permits and inspects Building and Electrical itself (including a dedicated residential PV permit type), and runs its own Fire-Rescue Department, but PV work does not appear to route through Fire. Nothing is delegated to Orange County. The City contracts a private engineering firm (Universal Engineering) to supplement its own inspectors, and separately offers the statutory FS 553.791 private-provider route (Notice to Building Official + Private Provider Plan Compliance Affidavit) if an owner elects it. 82% · department FAQ page
• Is a permit required for a residential rooftop PV system? Yes, a permit is required. 90% · permit-type reference table
• Is there a separate electrical permit, or is it combined? Both, functionally: the PV/Photovoltaic building permit is the primary permit ('please note, a residential electrical permit may also be required'), so a separate residential Electrical permit can be pulled alongside it — but the City's own Residential Solar PV Inspection Checklist states the FIELD INSPECTION is combined: 'Solar Photovoltaic (PV) System Inspections cover both electrical and building permits in a single inspection.' 85% · inspection checklist
• Is a HOA or architectural approval required first? No HOA/architectural approval is required by the City as a permit precondition. The City's own Going Solar page instead cites the Florida Solar Rights Act (Fla. Stat. 163.04): an HOA may not prohibit solar installation, may only regulate placement (collectors must face within 45 degrees of due south), and may not impose screening/relocation conditions that impair performance or increase cost. 78% · department resource page
• Is there a historic-district review? Maitland has a Culture, History, and Arts Overlay (CHA-O) zone district (LDC Sec. 3.6.5, Article 3), whose stated purpose is to 'support and protect the City's cultural and historic features.' However, a comprehensive, control-verified search of the entire Land Development Code and Code of Ordinances for 'solar' returns ZERO hits inside the CHA-O provisions, and a separate search for 'Certificate of Appropriateness' — the mechanism used by other Florida cities in this survey to gate exterior changes in a historic district — returns ZERO hits anywhere in Maitland's code. There is no evidence that historic/overlay review gates a solar permit in Maitland, and no instrument names solar in a historic-preservation context. 78% · codified Land Development Code (comprehensive search, no hit)
• Is a wind or windstorm certification required? No PV-specific wind/windstorm certification requirement was found beyond the general Florida Building Code Product Approval process (Florida Product Approval numbers required per the City's standard Product Approval Specification Sheet for exterior/structural products generally); no dedicated wind-load certification document for solar racking/attachment was found. 40% · City form (general, not solar-specific)
• Is a Specific Use Permit or Council approval ever required? No — a residential rooftop ('small-scale') solar energy collection facility is a PERMITTED-BY-RIGHT accessory use in every base zone district in Maitland (Table 4.3.2, Accessory Use and Structure Table: 'P' in all 11 residential/mixed-use/nonresidential base districts). A Specific/Conditional Use Permit is required only for a 'large-scale' solar energy collection facility (a ground-mounted, utility-scale principal use), which is prohibited outright in residential districts and allowed only as a conditional use ('C') in select mixed-use/nonresidential districts, or by right ('P') in the Government/Arts/Parks (GAP) district. 88% · codified Land Development Code, Article 4 Use Regulations
• Is there a system-size cap on residential generation? No system-size (kW) cap is stated in the LDC for a small-scale (residential accessory) solar facility — the only numeric limits found are height-based, not capacity-based (see Q35). A residential system's practical size ceiling comes from the utility's own net-metering program tiers (state-level), not a City zoning cap. A separate, larger 'large-scale' classification exists in the LDC for principal-use utility-scale systems, but that classification is triggered by use/ownership structure and lot role, not by a specific kW threshold stated in the code. 55% · codified Land Development Code, Article 4 Use Regulations

Several authorities require the electrical permit to be pulled by a licensed electrician, or require the contractor to be registered with them BEFORE applying. Registration is not same-day. This is second on the list rather than fourth because it is the step most likely to stop the job before the drawings matter.

• Who is allowed to pull the electrical permit? A licensed electrical contractor typically pulls the electrical permit; a homeowner may self-permit as an owner-builder using the City's Owner/Builder Affidavit. 70% · department forms page
• Must the contractor be registered with this authority before applying? Yes. 88% · department forms page
• Is a homeowner permitted to self-install and self-permit? Yes, via the City's Owner/Builder Affidavit, under the statewide FS 489.103/489.503 owner-builder exemption. 62% · department forms page

Almost everywhere wants a site plan, a one-line or three-line electrical diagram, equipment cut sheets with listings, and a structural attachment detail. Build it against the published checklist rather than the last jurisdiction you worked in — the checklist is what the reviewer marks against.

• What documents make up a complete submittal? Per the City's own Solar PV System Permitting Checklist: (1) Residential and Commercial Permit Application; (2) Construction drawings (digital or two paper copies) showing PV array configuration, wiring system, overcurrent protection, inverter, disconnects, required signs, AC connection to the building, and attachment/footing details; (3) Spec sheets and installation manuals for all manufactured components (modules, inverters, combiner box, disconnects, mounting system). General City rules also require the signed 'AC.pdf' sufficiency checklist and a Notice of Commencement if value exceeds $2,500. 90% · solar-specific permitting checklist
• How many copies, and in what format? Digital submittal by email is preferred (an auto-response confirms receipt); the City's FTP site is used for files exceeding 36MB; paper submittals of two copies are accepted at the Building Division office or by mail. General City rules for the EnerGov portal separately require PDF format, no layers, standard sheet sizes, and a 50MB per-file cap. 75% · solar-specific permitting checklist
• Is a site plan required, and what must it show? No PV-specific site-plan requirement is spelled out; the solar checklist's 'construction drawings' must show array configuration and attachment/footing details, which functions as a site-level drawing for the array. The City's general rule ('A site plan must be included in Residential and Commercial building permit applications for site work, new construction or additions') is written for new construction, and it is not clear it is triggered by a roof-mounted retrofit. 50% · department process page
• Is a one-line / three-line diagram required? Yes. 90% · electrical permit checklist (PDF)
• Are string and conductor calculations required? Yes — conductor sizing/identification and load calculations are required, citing NEC 220 and NEC 690.31 directly. 88% · inspection checklist
• Is a structural PE stamp required, and at what threshold? No Maitland-specific structural PE-stamp threshold was found; falls to the general Florida Building Code standard requiring a Florida-licensed engineer/architect seal on engineered structural documents, with no stated dollar exemption specific to accessory-structure/PV racking attachment analogous to the FS 471.003(2)(h) electrical exemption. 50% · codified Land Development Code (search, no hit)
• Is an electrical PE stamp required, and at what threshold? Statewide floor: no PE stamp required for electrical work where value is $125,000 or less and aggregate service capacity is 600A (240V) or less on a residential system (FS 471.003(2)(h)). No stricter or different local threshold was found in Maitland's own code or PV documents. 65% · Florida Statute

Most authorities now take the whole application through a portal, and several states cap or constrain what a residential solar permit may cost. Check whether plan check is billed separately before you quote the job.

• Which permit portal does this authority use? Tyler Technologies EnerGov, branded by the City as its 'CSS Permitting Interface' / 'Maitland Online Permitting' website, at maitlandfl-energovpub.tylerhost.net. 90% · department forms page (portal URL visible)
• Can the whole application be completed online? Yes for most permit types (submit applications and plans, track inspections, search records, make payments, schedule inspections, view results/comments) — but PV specifically ALSO explicitly accepts email or paper submittal as an alternative ('submitted digitally by email...paper submissions are accepted at the Community Development Department, by mail'). 82% · department process page
• What does a residential solar permit cost? TWO different figures are currently live on the City's own site and are not reconciled: (A) the City's still-published Solar PV System Permitting Checklist says 'After October 1, 2020 the permit fee is 1.75% of the construction value of the Solar PV System.' (B) The City's current Building and Permitting Fee Schedule, adopted by Resolution 07-2026 on June 22, 2026, lists PV as a flat 'Stand Alone Permit' fee: Residential New $400, Residential Remove/Replace $400 (Commercial $1,000 each). 78% · City fee resolution (current) vs. solar-specific checklist page (older, still live)
• How is the fee calculated? Per the current fee resolution (07-2026, 22 Jun 2026): flat fee ($400 residential PV new or remove/replace), NOT valuation-based, as a 'Stand Alone Permit' fee. The older, still-published Solar PV Permitting Checklist instead describes a valuation-based calculation (1.75% of PV system construction value). See Q15 for the contradiction. 70% · City fee resolution
• Is there a separate plan-check fee? No separate general plan-review fee applies to the PV Stand-Alone Permit fee itself, but a $50 'Plan Review Revisions' fee applies if plans require resubmittal, and general building permits (valuation-based, Section A of the fee schedule) separately carry a 10% Land Development Code Fee, 10% Drainage Compliance Fee, and 10% Fire Protection Compliance Fee on top of the base permit fee — it is not clear from the schedule's own structure whether those three add-on percentages apply to the PV Stand-Alone flat fee or only to Section A's valuation-based 'building permit fee.' 55% · City fee resolution

Interconnection is a separate process from the permit and usually the longer pole. Where the utility does not depend on the permit being issued, running both at once is the single biggest saving available on a residential job.

• What is the stated plan-review turnaround? For solar specifically: 'Best efforts are made to review completed solar permit applications within 10 days.' For general (non-solar) permits, the City's Permitting FAQ separately states 'some building permits may take up to 30 days, after sufficiency review is completed, to review.' 78% · solar-specific permitting checklist
• How long is an issued permit valid before it expires? No exact validity/expiration period is published by the City for a PV or building permit. Indirect evidence that permits do expire: the fee schedule lists a 'Permit Renewal or Reinstatement' fee ($150) and warns that 'any contractor holding a permit that expires a second time may be subject to code enforcement action.' Absent a City-specific figure, the Florida Building Code's administrative default (180 days without a required inspection) would apply. 45% · City fee resolution (indirect evidence only)
• Which utility handles interconnection here? Duke Energy Florida. The caller's hypothesis that Orlando Utilities Commission (OUC) might serve Maitland is DISPROVED: a full-code search for 'Orlando Utilities Commission' and 'OUC' returned zero hits (with passing positive ['electrical'] and fabricated ['zzqqx'] controls run first), and no franchise appendix or codified franchise ordinance for ANY electric utility exists in Maitland's Code of Ordinances or Land Development Code. Duke Energy is instead named directly, twice, in current codified text: the LDC's own Engineering and Design Manual (Appendix A, Sec. 3.17, Standard Street Lighting) states 'Coordination with Duke Energy for installation of lighting is required,' and Code of Ordinances Sec. 12-207 (Communications, rights-of-way) bars facilities 'on utility poles owned by Duke Energy or its successors in interest' without Duke's written approval. 85% · codified Land Development Code, Appendix A (Engineering and Design Manual)
• Where does the utility sit in the sequence? State floor (FL PSC Rule 25-6.065(5)(a), applicable to Duke Energy Florida as an investor-owned utility): customer-owned renewable generation must be inspected and approved by the local AHJ (the City) BEFORE it may operate in parallel with the utility. The City's own approved-plan/final-inspection process therefore precedes Duke's authorization to energize. 55% · Florida Administrative Code rule text (state floor; Duke's own document unreachable)

The NEC edition a jurisdiction enforces is often a cycle behind the newest one published, and local amendments sit on top of it. Rapid shutdown, conductor sizing and labelling all change between editions, so the edition in force is the first thing to establish, not the last.

• Which NEC edition is in force? NEC 2020. Stated plainly on the City's own current Permitting Process Overview page ('National Electrical Code 2020'), listed alongside — not conflated with — 'Florida Building Code...8th Edition (2023)' items. NOTE A LIVE CONTRADICTION: the City's own Residential Solar PV System Inspection Checklist (a separate, still-published document) cites the '2017 NEC' by name in several line items (e.g., 'NEC Table 690.31(A)', 'per 2017 NEC 690.31(G)(2)', 'per 2017 NEC 690.31'), which is a stale citation relative to the City's current 2020 adoption. 90% · department process page
• Which building code edition is in force? Florida Building Code, 8th Edition (2023) — Building, Existing Building, Residential, Mechanical, Plumbing, Accessibility, Energy Conservation, and Fuel Gas volumes all listed at the same 8th Ed. (2023) cycle. 92% · department process page
• Which fire code edition is in force? Florida Fire Prevention Code, 8th Edition (2023), 'and other NFPA codes as referenced.' 88% · department process page
• Are there local amendments to any of the above? Yes. The City adopted local amendments to Chapter 1 (administrative provisions) of the Florida Building Code, and to the minimum housing code (2015 IPMC with Maitland amendments), on June 27, 2016. Separately, the City's own Residential Solar PV Inspection Checklist carries at least one stale citation ('2017 NEC') against the current 2020 adoption (see Q29) — an unintentional local variance in practice, not a deliberate amendment. 68% · department process page
• What is the installation judged against? The installation is judged against FBC 8th Edition (2023) (Building/Residential/Existing Building as applicable), NEC 2020 (with the caveat that the City's own inspection checklist mixes in '2017 NEC' citations — see Q29), and Florida Fire Prevention Code 8th Ed. (2023) where IFC provisions are invoked (e.g., IFC 605.11 rooftop PV conduit/marking rules, quoted throughout the City's own inspection checklist). 80% · inspection checklist

Ridge setbacks and roof access pathways are fire-service requirements and they constrain the array layout. They are the most common cause of a redesign after the fire department comments on a plan set.

• What ridge setback and access pathways are required? No specific numeric ridge-setback distance (e.g., an inches/feet table for fire-access pathways) was found; the City's inspection checklist instead adopts IFC 605.11.2 routing guidance in narrative form: rooftop DC conduits must be 'located as close as possible to the ridge or hip or valley and from the hip or valley as directly as possible to an outside wall to reduce trip hazards and maximize ventilation opportunities,' and conduit runs must take 'the shortest path from the array to the DC combiner box' to minimize total roof conduit. 60% · inspection checklist

Which rapid-shutdown rule applies follows directly from the NEC edition in force, and the initiation device has to be at a location the fire service can reach and identify. This is inspected, and it is labelled.

• Is rapid shutdown required, and to which NEC edition? Yes. The City's own inspection checklist has a dedicated Rapid Shutdown section: initiation device 'installed and located per approved plans...outside at a readily accessible location' for one/two-family dwellings (690.12(C)); non-initiation-device equipment must be listed for the application (690.12(D)) and must control PV system conductors within the limits of 690.12(B). The City's masthead adoption is NEC 2020 (which contains 690.12 rapid shutdown), though the inspection checklist itself cites some adjacent provisions to the '2017 NEC' (see Q29) — both editions include 690.12, so the requirement is unaffected by that citation inconsistency. 88% · inspection checklist

The NEC sets a baseline for permanent markings at the service equipment and the disconnecting means. On top of that, an authority may specify its own wording, and the utility may specify more again. Where any of them writes its own text, a generic off-the-shelf label set will not pass — this is the detail most often fixed on a return visit.

• Which placards does this authority require at the service equipment? Per the City's own Signage Requirements Table for PV Systems: PV System Disconnect label (NEC 690.13(B)); shock-hazard warning on disconnects with power on both line and load terminals (690.13(B)); max voltage/current/charge-controller info on DC disconnects (690.53); rated AC output current/voltage at points of interconnection (690.54/705.1); a directory at the service disconnecting means locating both disconnects (690.56(C)); rapid-shutdown labeling; 'Warning: Power Source Output Connection — Do Not Relocate This Overcurrent Device' at the inverter output OCPD (690.55); a battery-enclosure label (max operating/equalization voltage, polarity) (IFC 605.11.1.4); conduit/raceway/enclosure markings every 10 ft, at turns, and at penetrations reading 'Warning: Photovoltaic Power Source' (705.12(B)(3)); and a dual-power-source marking at any equipment with overcurrent devices fed from multiple sources. 92% · inspection checklist
• Does the authority specify placard wording of its own? The City specifies exact label wording, but it is the NEC/IFC's own standard wording (e.g., 'WARNING: PHOTOVOLTAIC POWER SOURCE'; 'PV SYSTEM DISCONNECT'; 'Warning Electric Shock Hazard Terminals on the Line and Load Sides May Be Energized in the Open Position'; 'Warning: Power Source Output Connection — Do Not Relocate This Overcurrent Device') rather than a custom Maitland-specific phrasing. 85% · inspection checklist
• Does it specify letter height, colour or material? Yes — labels must be phenolic where exposed to sunlight, permanent and weather-resistant, with a RED BACKGROUND and WHITE LETTERING; the 'Photovoltaic Power Source' marking specifically must use minimum 3/8-inch (9.5mm) white letters on a red background, of reflective weather-resistant material. 90% · inspection checklist
• Is a site plan / facility map placard required, and what must it show? No dedicated site-plan/facility-map placard requirement beyond the NEC 690.56(C) directory label ('A directory providing the location of the service disconnecting means and the photovoltaic system disconnecting means'), required at the service disconnecting means when the PV disconnect is not co-located with the main service disconnect. 75% · inspection checklist
• Does the UTILITY specify placards beyond the AHJ's? Not established. Duke Energy Florida's own interconnection/net-metering guidelines — where a utility-specific placard requirement (e.g., FPL's battery-storage placard elsewhere in this survey) would be published — could not be reached this run (see Q23); FL PSC Rule 25-6.065 (the state floor) does not itself specify any placard beyond the AC-disconnect location rule. 40% · utility website (unreachable, HTTP 404)
• Where must the labels be placed? Per the Signage Requirements Table: on the PV system disconnect itself; on DC disconnects; at interactive points of interconnection (usually the main service); at the electrical service AND at the PV inverter if not co-located; at the service disconnecting means (directory); on the inverter-output OCPD; on the battery enclosure; and on conduit/raceways/enclosures at 10-ft intervals, at turns, and within 1 ft of roof/ceiling/wall penetrations. 90% · inspection checklist

Where the AC disconnect must sit relative to the meter is usually the utility's rule, not the building department's. Battery storage frequently carries its own permit, its own inspection and its own fire conditions.

• Where must the AC disconnect be, relative to the meter? State floor (Duke Energy Florida, FL PSC Rule 25-6.065(6)(a)): where a manual AC disconnect switch is required, it must be 'mounted separate from, but adjacent to, the meter socket,' readily accessible and lockable by the utility; Tier 1 systems (≤10 kW) are explicitly exempt from this switch requirement unless the utility elects to install it at its own expense. Separately, the City's OWN inspection checklist requires a labeled, readily accessible PV SYSTEM DISCONNECT at the building's electrical service (NEC 690.13(A)/(B)) — a distinct, AHJ-required disconnect for the PV system itself, not the same device as the utility's meter-adjacent AC disconnect. 55% · Florida Administrative Code rule text (state floor; Duke's own document unreachable)
• Must equipment be on a specific approved list? No dedicated approved-equipment list (of the kind Miami-Dade or FSEC maintain elsewhere in this survey) was found. Instead, the City's inspection checklist requires that modules, inverters, connectors, terminals, and overcurrent devices all be 'listed' (implicitly NRTL-listed, e.g. UL) for their specific application throughout — module listing per NEC 690.4(B)/690.51/690.52, connectors listed for the voltage/environment (NEC 110.3(B)/110.14), inverters providing listed DC ground-fault (690.41(B)) and arc-fault (690.11) protection. 68% · inspection checklist
• Are batteries permitted, and under what conditions? Yes, batteries/ESS are permitted, with conditions: flexible battery cables may not leave the battery enclosure (NEC 400.12); only listed/marked terminals, lugs and connectors may be used with fine-strand cables; the area must be well-ventilated and NOT in a living area (NEC 408.10, 706.10(A)); live parts must be guarded against accidental contact (706.10(B)); adequate working space/illumination must be provided (706.10(C)-(E)); and diagrams/placards are required at the building electric service equipment and other power-source locations (706.11). 88% · inspection checklist
• Is there a separate ESS permit or inspection? No separate ESS permit type exists. The City's own permit-type table (a complete, 500+ row list covering every permit class the City issues, read in full) has no standalone 'Battery' or 'ESS' or 'Green/Sustainable Energy' permit type; battery requirements are folded into the same PV/electrical permit and the same combined PV inspection (see Q4/Q45). 75% · permit-type reference table (complete list checked)
• Is a ground mount treated as a structure? A ground-mounted small-scale solar facility is treated as an ACCESSORY STRUCTURE, not as a separately defined 'structure' category — the LDC allows a small-scale solar facility to be placed 'on the ground in accordance with Sec. 4.3.3, Standards for All Accessory Uses and Structures,' which is the same general setback/placement framework applied to any accessory structure (e.g., minimum 7.5 ft from a rear property line, not located in a required front or side yard on one-front-yard lots). 80% · codified Land Development Code, Sec. 4.3.3/4.3.4
• Is there a local rule on service upgrades or busbar sizing? Yes — the City's own inspection checklist adopts the NEC 705.12(B)(2)(3)(a) '120% rule' verbatim for load-side interconnections: 'the total rating of the overcurrent devices supplying a panelboard plus 125% of the inverter output current does not exceed 120% of the rating of the panelboard busbars,' with the interconnect breaker required at the opposite end of the bus from the feeder connection unless the bus ampacity itself is large enough. 90% · inspection checklist
• Is a specific mounting system or attachment spacing required? The mounting system itself must be 'installed and torqued per manufacturer's instructions and approved plans' (per the inspection checklist) with roof penetrations flashed per IRC Ch. 9/R903/R324.4.3. Under the LDC, a small-scale solar facility may be located 'on the roof of a principal or accessory structure, on the side of such structures, on a pole, or on the ground' (Sec. 4.3.4(s)(1)); a roof-mounted system is capped at 15 feet above the roofline (or 5 feet above the roof surface if the existing structure is within 5 feet of or exceeds the applicable height limit). 82% · codified Land Development Code, Sec. 4.3.4(s)

Booking is a portal, a phone call or an email depending on the authority, and the notice required is rarely zero. Book before the work is finished rather than after — the lead time, not the work, is usually what sets the date.

• How is an inspection booked? Through the Maitland Online Permitting (EnerGov) website, or by emailing inspections@itsmymaitland.com with the permit number, address, and inspection type requested. 85% · department FAQ page
• How much notice is required? Inspections are scheduled 'the night before or before 8 a.m.' for next-business-day service; the solar-specific checklist separately states inspections are made 'the next business day after they are requested.' 80% · department FAQ page
• Are same-day or AM/PM windows offered? No. The City explicitly states it 'can no longer guaranty an arrival window' for inspections, due to volume and unpredictable inspection length, though it maintains a general practice of next-day service for building, mechanical, electrical, and plumbing. 85% · department FAQ page

Some authorities inspect their own solar work; some delegate it, and a few do not inspect the PV equipment itself at all. Who is coming determines what they will look at.

• Does this AHJ perform its own final solar inspection? Largely yes, in a mixed model: the City's own inspectors perform final solar inspections (call the Building Division at 407-539-6248 per the solar checklist), but the City's Permitting FAQ states that 'your inspector will arrive in either a City of Maitland or Universal Engineering vehicle' — i.e., the City supplements its own staff with a contracted private engineering firm (Universal Engineering) rather than running inspections purely in-house. 72% · department FAQ page + FS 553.80(7)(b) utilization report
• If delegated, to whom? Where not performed by City staff directly, inspections may be performed by Universal Engineering (a contracted private engineering/inspection firm identified by the City's own FAQ), and separately, an owner may elect a registered FS 553.791 private provider for plan review and/or inspection under the City's 'Notice to Building Official' process. 65% · department FAQ page

A rough-in or mid-roof inspection, where one is required, has to happen before the work it covers is closed up. Missing a stage means opening something back up, and it is the most expensive kind of correction.

• Which inspections are required, and in what order? For residential rooftop PV, the City runs a SINGLE combined final inspection covering both the electrical and building scope: 'Solar Photovoltaic (PV) System Inspections cover both electrical and building permits in a single inspection.' 85% · inspection checklist
• Is a rough-in or mid-roof inspection required? No — consistent with Q54, residential PV uses a single combined final inspection rather than a separate rough-in or mid-roof stage. 75% · inspection checklist

The approved plan set, the permit, and the equipment listings should be on site and reachable. Inspectors routinely verify that installed equipment matches what was approved, and that the labels are the ones the plan set promised.

• Is there a published inspection checklist? Yes — the City publishes a detailed, code-cited 'Residential Solar PV System Inspection Checklist' covering racking, wiring methods, conductors/connectors, modules, ground-level equipment, inverters, point of interconnection, rapid shutdown, energy storage/batteries, and signage, each item cross-referenced to specific NEC/IFC/IRC sections. 95% · inspection checklist
• What must be on site at inspection? The approved plan set must be on site — City-wide policy (also applied to electrical/streamlined permits) states 'The City requires one approved plan set for the office and one for the job site,' and the inspection checklist repeatedly checks installed equipment/labels 'match the approved plans.' 70% · general permit checklist (PDF)
• Does the inspector verify labels and listings? Yes, extensively. The inspection checklist repeatedly requires the inspector to verify equipment make/model/listing against the approved plans (e.g., 'Module manufacturer, make, model, and number of modules match the approved plans...Modules are properly marked and labeled') and to confirm 'Required labels per Signage Requirements Table installed' at multiple points (disconnects, rapid shutdown, battery enclosure). 88% · inspection checklist

Passing gives you a final or an equivalent sign-off. That is not the same as permission to operate: PTO comes from the utility, and who tells the utility the inspection passed varies. A system left switched off for weeks is usually waiting on this handover.

• What is issued on pass? Not confirmed as a named PV-specific document. On general passing inspection, a printable 'permit card' is made available to the permit holder via the EnerGov portal ('The printer icon grants access to the permit card to be printed...made available to permit holders after permit issuance'); no PV-specific 'Certificate of Completion' or equivalent document name was found. 45% · department FAQ page (general, not PV-specific)
• Who notifies the utility for PTO? The customer/installer, not the City. Per the state-floor PSC Rule 25-6.065(7)(d), the customer must execute the Standard Interconnection Agreement and notify the utility at least 10 days before placing the system in service; no City document describes the City itself notifying Duke Energy for PTO. 50% · Florida Administrative Code rule text (state floor; Duke's own document unreachable)
• Is there a re-inspection fee? $50 for all trades on the first re-inspection; $100 for a repeat re-inspection of the same item; $300 for a third or subsequent continued repeat inspection; $100 for a missed inspection. 88% · City fee resolution
• How are corrections issued and cleared? Reviewer comments are posted in the EnerGov portal under the permit's 'Reviews' tab, color-coded (green = passed, red = not passed); a Response to Comments Form is used to address them, and a $50 Plan Review Revisions fee applies for resubmittal. 75% · department FAQ page