Curated 2026 Data

Solar PPA & Lease Rate Benchmark

Third-party ownership (PPAs and leases) now accounts for 43% of residential solar post-OBBBA — yet no public database publishes state-level rates. This is a curated reference compiled from installer quotes, regulatory filings, and marketplace data, refreshed quarterly.

National Context

PPA Rate Range

$0.08–$0.28/kWh

national, varies by state & installer

Typical Escalator

0–3% annually (2026 market)

annual rate increase

TPO Market Share

43%

leases + PPAs post-OBBBA

State Detail

Pick a state to see its PPA/lease rate, ownership recommendation, and cash payback range.

Select a state above to see detailed PPA/lease pricing and ownership guidance.

All 7 States — Comparison

State PPA / Lease Rate Ownership Rec. Cash Payback
California (CA) $0.18–$0.22/kWh Lease competitive — evaluate carefully 12–16 yrs
New Jersey (NJ) Not publicly reported Cash wins 9–11 yrs
Massachusetts (MA) Not publicly reported Cash wins 9–12 yrs
Arizona (AZ) $0.10–$0.13/kWh Lease competitive 11–14 yrs
Texas (TX) Not publicly reported Lease often better 12–16 yrs
Nevada (NV) Not publicly reported Lease/PPA worth strong consideration 12–15 yrs
Florida (FL) Not publicly reported Both cash and lease pencil 12–15 yrs

Only California and Arizona publish per-kWh PPA rate ranges. Other states show ownership-model guidance rather than a specific $/kWh figure.

How to Read PPA Rates

$/kWh vs Flat Monthly

A PPA charges you per kWh the system produces. A lease is often a fixed monthly payment for the system itself — so a low $/kWh and a low monthly payment aren't the same thing.

Escalators Compound

A 2.9%/yr escalator compounds over the term — by year 10 your rate is far higher than year 1. Always model the total 25-year cost, not just the headline starting rate.

Who Gets the Tax Credit

Under post-OBBBA rules the ITC follows ownership. Third-party-owned (TPO) systems typically pass the value to you as a lower rate rather than a credit you can claim.

Methodology & Data Sources

Rates are compiled from The Solar Brief (7-state editorial analysis), SmartEnergyUSA, EnergySage aggregate reports, and r/solar user reports. No single public API exists for residential PPA rates, so this dataset is curated and refreshed quarterly.

  • Only CA and AZ have publicly reported per-kWh PPA rate ranges.
  • States marked "Not publicly reported" show ownership-model guidance instead of a fabricated $/kWh.
  • Use these figures as a benchmark to compare against actual installer quotes — rates vary by installer, system size, credit, and roof.

Last updated: 2026-06-26

Frequently Asked Questions

What is a solar PPA?

A Power Purchase Agreement (PPA) is a per-kWh contract: you don't buy the panels, you buy the electricity the system produces at an agreed rate. The installer owns and maintains the system.

PPA vs lease — what's the difference?

With a PPA you pay per kWh produced. With a lease you pay a fixed monthly amount for the system regardless of output. Both are third-party ownership — you don't own the equipment.

Why are PPA rates not shown for every state?

There is no public database of residential PPA rates. The data is scattered across installer disclosures, regulatory filings, and marketplace reports. We only publish a $/kWh figure where multiple sources corroborate it.

Are these rates negotiated or fixed?

Rates vary by installer, system size, your credit, and roof characteristics. Treat these figures as a benchmark to compare the quotes you actually receive — not a guaranteed price.

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This reference page provides general guidance based on curated 2026 market data. It is not financial or legal advice. Rates and incentives change — always confirm current terms with your installer before signing.

Written & reviewed by

Jeremy Wolfe — Senior Solar Energy Analyst

Jeremy Wolfe is a solar energy analyst specializing in residential photovoltaic economics, federal and state incentive policy, and return-on-investment modeling for homeowners. He leads EnergyTools' solar research program and methodology.

  • 10+ years analyzing residential solar economics and payback modeling
  • Lead researcher for EnergyTools' 50-state solar cost-per-watt database
  • Author of 100+ solar ROI, payback, and incentive analyses

Methodology & data sources: NREL PVWatts, EPA FuelEconomy.gov, state utility commissions — updated 2026.