Solar and battery storage in Fort Lauderdale, Florida

What should I know about solar and battery storage in Fort Lauderdale, Florida?

Fort Lauderdale is in Broward County and is served predominantly by Florida Power & Light. As an investor-owned utility it operates net metering under Florida PSC Rule 25-6.065, which credits exported energy against later consumption and limits system size to 115% of your annual usage. The county also sits in the High-Velocity Hurricane Zone, which applies stricter installation and product approval requirements.

County
Broward
Utility
FPL
Building code zone
High-Velocity Hurricane Zone
Florida Building Commission
Net metering
PSC Rule 25-6.065 applies
Florida Public Service Commission

Last verified August 16, 2026

What is specific to Fort Lauderdale

Fort Lauderdale, Florida at a glance
CountyBroward
Predominant electric utilityFlorida Power & Light
Net-metering rulesFlorida PSC Rule 25-6.065 applies (investor-owned utility)
Permitting authorityCity of Fort Lauderdale Building Services
Building code zoneHigh-Velocity Hurricane Zone — stricter product approval and inspection requirements

Your utility: Florida Power & Light

As an investor-owned utility, FPL offers net metering under Florida PSC Rule 25-6.065. A customer-owned renewable system must be sized so that it is not expected to produce more than 115% of the home’s annual consumption, and the rule also limits generating capacity relative to the service capacity. Exported energy is tracked as a kWh credit that offsets later consumption, with any remaining credit settled annually at the utility’s avoided-cost rate rather than the retail rate.

How production changes across the year in Fort Lauderdale

Modelled output for Fort Lauderdale peaks in April at 152.2 kWh per kW installed and bottoms out in December at 113.8 kWh — a spread of 25% between the best and worst months. Averaged across meteorological winter, output runs about 12% below the summer average. Peak output falls in a spring month rather than midsummer, which is what the model shows for every Florida location covered here.

Modelled monthly AC output per kW installed — Fort Lauderdale, FL
MonthkWh per kW installed
January122.2
February121.5
March148.1
April152.2
May144.8
June129.8
July140.4
August136.9
September125.0
October132.0
November118.0
December113.8

Where to start

The three questions worth settling before you talk to an installer in Fort Lauderdale are what you are trying to achieve, how much electricity you actually use, and how much life your roof has left. Everything else follows from those.

  1. 1

    Decide whether this is about the bill or about outages

    Solar reduces what you buy. Storage changes what happens when the grid goes down. They are different purchases with different justifications, and bundling them obscures that.

  2. 2

    Find your annual kilowatt-hours

    Not your bill amount — your consumption. Florida usage swings hard between winter and summer, so use twelve months rather than one.

  3. 3

    Assess the roof honestly

    If it is near the end of its life, replace it first. Removing and reinstalling an array later is pure avoidable cost.

See what fits a Fort Lauderdale home

Answer four questions and see what the verified data supports, with every assumption shown and nothing hidden behind a form.

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Common questions

Which utility serves Fort Lauderdale?

Florida Power & Light is the predominant residential electric utility for Fort Lauderdale. Service territory does not follow city limits, so confirm against your own bill — an address near a boundary can be served by a different utility, and that changes the net-metering terms.

Is solar permitting different in Broward County?

Yes. Broward County is in the High-Velocity Hurricane Zone, which applies stricter product approval and inspection requirements than the rest of Florida. It affects which mounting hardware can be used and what documentation the installer must produce.

Do I need a battery in Fort Lauderdale?

Only if outages matter to you. Where net metering is available it already shifts your midday production to the evening, so a battery usually buys resilience rather than bill savings. That is a legitimate purchase — it is just worth pricing separately so you know what you are buying.

Sources

What each source supports on this page, and when we last verified it. Every source we use, with its freshness policy, is listed in the source register.

  1. Florida Building Code — high-velocity hurricane zone and wind-borne debris provisions

    Florida Building Commission

    Wind-load and permitting requirements applying to rooftop solar installations in Florida, including the High-Velocity Hurricane Zone in Miami-Dade and Broward counties.

    Verified August 16, 2026

  2. Florida Administrative Code Rule 25-6.065, Interconnection and Metering of Customer-Owned Renewable Generation

    Florida Public Service Commission

    Net-metering eligibility, interconnection tiers and system-sizing limits for customers of Florida investor-owned utilities.

    Verified August 16, 2026

  3. Florida Statutes §212.08(7)(hh), Solar energy systems sales and use tax exemption

    Florida Legislature

    Exemption of solar energy systems and components from Florida sales and use tax.

    Verified August 16, 2026

  4. PVWatts® Calculator v8 API

    National Renewable Energy Laboratory

    Modelled annual AC energy production for a given location, tilt, azimuth and loss assumption.

    Verified August 17, 2026 · Production values not yet ingested in this environment. See scripts/ingest-solar-resource.ts. NREL became the National Laboratory of the Rockies and retired nrel.gov on 29 May 2026; this API now lives on developer.nlr.gov, per https://developer.nlr.gov/docs/nlr-domain-transition/. The organisation name is kept as "National Renewable Energy Laboratory" because that is how the PVWatts model is cited in the literature.