Fort Lauderdale receives 5.60 NREL peak sun hours per day, a strong solar resource priced against the Florida average residential rate (15.03 cents per kWh, EIA, July 2026). An installer's license status is public through Florida DBPR's license search, and the permit records at City of Fort Lauderdale Development Services show who pulled the permit; NABCEP certification is a separate, voluntary industry credential, not a license.
Fort Lauderdale, Florida: 2026 Market Data
📊 LOCAL MARKET DATA
- Purchase cost (2026): no modelled figure (the national median price per watt Berkeley Lab publishes is not a local price) — the 30% federal residential credit (§25D) expired Dec 31, 2025; a lease or PPA still captures it via §48E (for systems placed in service by December 31, 2027)
- Net metering: retail kWh credits; year-end excess paid at as-available rate (Fla. Admin. Code R. 25-6.065)
- State tax credit: 0%
- Federal residential credit (§25D): expired for purchases after Dec 31, 2025; lease/PPA still gets 30% via §48E (for systems placed in service by December 31, 2027)
- Median household income (Fort Lauderdale): $83,130
Data from U.S. Census Bureau, DSIRE, NREL
Solar Companies in Fort Lauderdale: 2026
If you're shopping for solar in Fort Lauderdale, the good news is you have plenty of options to compare, and comparing is exactly what you should do. We won't point you toward any one installer here, because the right fit depends on your roof, your budget, and the quality of the proposal you receive. What we can tell you is how to read a local proposal, so you can judge offers on their own numbers. No primary source publishes an average system size here, so size each proposal against your own last 12 months of electricity use. Be aware that the federal residential solar tax credit (Section 25D, IRS) expired for homeowner-purchased systems installed after December 31, 2025, meaning a 2026 purchase earns no federal credit. Florida offers no state solar tax credit either. If reducing upfront cost is important, a solar lease or PPA is worth exploring — under those arrangements the installer can claim a 30% credit under the commercial Section 48E (IRS) (for systems placed in service by December 31, 2027) and often passes the savings through as a lower monthly rate. Under Florida's net metering rule for investor-owned utilities (Fla. Admin. Code R. 25-6.065), the excess energy your panels send back is credited against later bills at the retail rate for up to 12 months, and credits still unused at the end of the calendar year are paid at the utility's lower as-available energy rate. When you gather quotes, ask several companies for itemized proposals and read the fine print on warranties, financing terms, and production estimates. With a median household income of $83,130 in the area, a system at this price is a significant decision, so take your time and compare carefully before signing anything. This is general information, not tax advice.
What Decides a Solar Array’s Payback in Fort Lauderdale
The right array size for a Fort Lauderdale home is set by its own usage and roof, especially for the larger single-family properties west of US-1 with central air running hard from April through October. With abundant South Florida sun, a system this size typically generates enough to offset the bulk of a household's annual usage. For homeowners who purchase a system installed in 2026, the federal residential tax credit (Section 25D, IRS) is no longer available, so the full installed cost is your starting investment rather than a credit-reduced figure. That said, strong production per panel and the elevated cooling load that makes every offset kilowatt-hour genuinely valuable still drive meaningful savings on your FPL bill over time. If financing or a lower upfront cost is a priority, a solar lease or PPA may allow the installer to claim a 30% credit under Section 48E (IRS) (for systems placed in service by December 31, 2027) and pass savings through as a reduced rate. Once the panels pay for themselves, you're looking at well over a decade of essentially free electricity under a 25-year panel warranty. The reason payback can be faster here than in cloudier states comes down to two things working together: strong production per panel and the elevated cooling load that makes every offset kilowatt-hour genuinely valuable.
