Solar Leasing vs. Purchasing in Georgia

Georgia property owners choosing to go solar face a foundational financial and legal decision before any panel is installed: whether to lease the system from a third-party provider or purchase it outright (or through financing). This page examines the structural differences between these two acquisition models, how each functions within Georgia's regulatory environment, and the conditions under which each approach produces materially different outcomes for residential and commercial property owners.

Definition and scope

Solar purchasing means the property owner acquires the photovoltaic system — panels, inverters, racking, and associated equipment — either through a cash transaction or a loan. Title to the equipment transfers to the buyer at or before installation. The purchaser bears full responsibility for maintenance, warranties, and system performance, and is eligible to claim applicable federal and state tax incentives.

Solar leasing is a contractual arrangement in which a third-party system owner (the lessor) installs equipment on the property owner's roof or land, retains title to the equipment, and charges the property owner a fixed periodic payment for access to the system's electricity output. A closely related structure is the Power Purchase Agreement (PPA), in which the property owner pays per kilowatt-hour generated rather than a flat lease fee. For a detailed treatment of PPAs, see Power Purchase Agreements in Georgia.

Scope and coverage: This page applies specifically to Georgia property owners subject to Georgia state law, including applicable provisions of the Official Code of Georgia Annotated (O.C.G.A.), Georgia Public Service Commission orders, and interconnection rules administered by Georgia Power and the state's Electric Membership Corporations. Federal tax law and IRS guidance governing the Investment Tax Credit (ITC) apply nationwide and are not state-specific. This page does not cover leasing structures governed exclusively by other states' laws, commercial lease arrangements regulated under O.C.G.A. Title 11 (the Uniform Commercial Code), or utility-scale developer agreements. Adjacent topics such as Georgia HOA rules and solar panel rights and Georgia solar access laws and easements are addressed separately.

How it works

Purchase pathway

• Site assessment — A licensed contractor evaluates roof condition, orientation, shading, and load profile. Georgia's climate produces an average of 5.0 to 5.2 peak sun hours per day across most of the state (National Renewable Energy Laboratory PVWatts), which informs system sizing.
• System design and equipment selection — Panels, inverters, and racking are specified to meet the property's consumption profile. Equipment must meet standards set by UL 61730 (module safety) and UL 1741 (inverter safety), as referenced in Georgia's adoption of the National Electrical Code (NEC), NFPA 70.
• Permitting — The installing contractor submits building and electrical permits to the local Authority Having Jurisdiction (AHJ). Georgia does not maintain a statewide solar-specific permit, so requirements vary by county and municipality.
• Installation and inspection — After installation, the AHJ conducts a final inspection verifying NEC compliance. The utility then authorizes interconnection under its tariff schedule before the system is energized.
• Incentive claiming — The purchasing owner files IRS Form 5695 to claim the federal Residential Clean Energy Credit, which under the Inflation Reduction Act of 2022 (26 U.S.C. § 25D) stands at 30% of installed system cost through 2032. Georgia does not currently maintain a standalone state income tax credit for residential solar. See Georgia Incentives and Tax Credits for an updated summary.

Lease pathway

• Agreement execution — The property owner signs a lease contract, typically spanning 20 to 25 years, with an escalator clause that increases annual payments by 1% to 3% per year in most standard agreements.
• Third-party permitting — The lessor or its installation subcontractor pulls permits in the property owner's jurisdiction. The same AHJ inspection process applies; the equipment must still comply with NEC and applicable UL standards.
• Interconnection — The lessor manages interconnection paperwork with Georgia Power or the relevant Electric Membership Corporation under applicable tariff rules.
• Ongoing operation — The lessor owns and is responsible for maintaining the system. The property owner pays the periodic lease fee and receives electricity from the system at a rate typically below the utility retail rate at contract inception.
• End-of-term options — Most lease agreements include options to purchase the system at fair market value, renew the lease, or have the equipment removed.

Understanding how each pathway fits into Georgia's broader solar framework is covered in the conceptual overview of how Georgia solar energy systems work.

Common scenarios

Scenario 1 — Cash purchase, high-equity homeowner. A property owner with available capital and a federal tax liability of $6,000 or more in the year of installation maximizes the ITC's direct value. Ownership also supports favorable treatment under Georgia net metering rules, where excess generation is credited against the meter. See Georgia Net Metering Policy Explained.

Scenario 2 — Financed purchase (solar loan). A property owner who lacks upfront capital but qualifies for a solar-specific loan retains ownership — and therefore ITC eligibility — while spreading costs over 10 to 20 years. Loan interest is an added cost not present in the cash scenario. For cost benchmarking, solar panel installation costs in Georgia provides current pricing context.

Scenario 3 — Lease, limited tax appetite. A property owner with minimal federal tax liability (e.g., a retiree with primarily Social Security income) gains little from the ITC. A lease transfers the tax benefit to the lessor, who prices it into the contract, while the property owner obtains below-retail electricity without upfront cost.

Scenario 4 — Lease and property sale. A homeowner who enters a 25-year lease and sells the property within 7 years must either transfer the lease to the buyer (requiring buyer qualification and consent) or negotiate a buyout. Research from the Lawrence Berkeley National Laboratory indicates that leased solar systems can complicate real estate transactions relative to owned systems, though owned systems are associated with property value increases. See property value impact of solar in Georgia.

Decision boundaries

The table below maps the primary differentiating factors between purchasing and leasing:

Factor Purchase (Cash or Loan) Lease / PPA

Equipment ownership Property owner Third-party lessor

Federal ITC eligibility Yes (30% through 2032) No — lessor claims credit

Upfront cost High (cash) or financed None or minimal

Long-term savings potential Higher (no escalator) Lower (escalator applies)

Maintenance responsibility Property owner Lessor

Impact on home sale Generally positive Requires lease transfer or buyout

HOA / lender complications Minimal Possible (third-party lien)

Regulatory permitting Same AHJ process Same AHJ process

Regulatory framing: Georgia does not prohibit leasing arrangements, but lessors operating as retail electricity sellers may be subject to oversight by the Georgia Public Service Commission (PSC). The PSC's jurisdiction over third-party solar sales arrangements has been a point of ongoing regulatory interpretation in Georgia; the regulatory context for Georgia solar energy systems page tracks the current landscape.

Safety standards apply equally to both models. Whether a system is owned or leased, it must comply with NEC Article 690 (Solar Photovoltaic Systems), the applicable International Residential Code (IRC) or International Building Code (IBC) sections adopted by the AHJ, and UL provider requirements for all major components. The Georgia Solar Energy Industry Overview from the Georgia Solar Energy Industries Association (GSEIA) provides installer accountability context.

Financing and payback analysis — The solar ROI and payback period in Georgia page provides a quantitative framework for comparing the two models over a standard 25-year system life. For property owners exploring Georgia-specific financing mechanisms, solar financing options for Georgia homeowners addresses PACE financing, solar loans, and utility on-bill programs.

The Georgia Solar Authority index maintains a full provider network of topic pages covering every phase of the solar decision process in Georgia.

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References

• Official Code of Georgia Annotated (O.C.G.A.)
• Georgia Power
• National Renewable Energy Laboratory PVWatts
• National Electrical Code (NEC), NFPA 70
• 26 U.S.C. § 25D
• Lawrence Berkeley National Laboratory
• Georgia Public Service Commission (PSC)
• Georgia Solar Energy Industries Association (GSEIA)