The Real Cost of Going Solar in 2026: State-by-State Breakdown

Going solar in 2026 costs between $8,500 and $18,000 after the federal tax credit — but the real number depends heavily on where you live. Labor costs, local incentives, electricity rates, and sunlight hours vary so much by state that two homeowners with identical roof sizes can end up paying $6,000 apart. This state-by-state breakdown gives you real numbers, not averages that hide the truth.

The Federal Solar Tax Credit: Your Baseline Discount

Before diving into state data, the 30% federal Investment Tax Credit (ITC) applies to every homeowner in the US. If you install a $20,000 system, you get $6,000 back as a tax credit. This is not a rebate — it reduces your tax liability dollar-for-dollar. You need to owe at least that much in federal taxes to use it fully (unused credit carries forward to the following year).

For 2026, the 30% rate is still in effect. It’s scheduled to step down to 26% in 2033. So the window is open — but it won’t be this wide forever.

State-by-State Solar Cost Breakdown

The figures below reflect the average installed cost for a 6 kW system (enough for a 1,500–2,000 sq ft home) after the 30% federal tax credit. Local rebates and incentives are listed separately.

California

• Net cost after ITC: $14,700
• Average electricity rate: 29¢/kWh
• Payback period: 6–8 years
• State incentive: Net metering (NEM 3.0) — reduced export rates, so self-consumption matters more
• 25-year savings: ~$40,000

California has the highest electricity rates in the continental US, which makes solar ROI excellent despite the NEM 3.0 changes. Systems with battery storage now make more financial sense here than anywhere else.

Texas

• Net cost after ITC: $12,600
• Average electricity rate: 13¢/kWh
• Payback period: 9–12 years
• State incentive: Property tax exemption on added home value from solar
• 25-year savings: ~$22,000

Texas has lower electricity rates and no state income tax credit, but labor is cheaper and there’s no sales tax on solar equipment. The property tax exemption is significant — a solar system can add $15,000–$20,000 to your home’s value tax-free.

Florida

• Net cost after ITC: $11,900
• Average electricity rate: 13¢/kWh
• Payback period: 9–11 years
• State incentive: Sales tax exemption + property tax exemption
• 25-year savings: ~$24,000

Florida is one of the most solar-friendly states legislatively. No state income tax, strong net metering laws, and generous exemptions make it attractive even with moderate electricity rates.

New York

• Net cost after ITC: $15,100
• Average electricity rate: 21¢/kWh
• Payback period: 7–9 years
• State incentive: 25% state tax credit (up to $5,000) + NY-Sun Megawatt Block incentives
• 25-year savings: ~$34,000

NY has high installation costs but stacks incentives better than almost any other state. If you combine the federal 30% credit with the 25% state credit and a utility incentive, you can cut the gross cost nearly in half in some utility territories.

Arizona

• Net cost after ITC: $11,200
• Average electricity rate: 13¢/kWh
• Payback period: 7–9 years
• State incentive: 25% state tax credit (up to $1,000) + sales tax exemption
• 25-year savings: ~$27,000

With 300+ sunny days per year and low installation costs, Arizona delivers some of the best raw solar production in the country. The state credit is capped low, but the sun compensates.

Massachusetts

• Net cost after ITC: $14,000
• Average electricity rate: 24¢/kWh
• Payback period: 6–8 years
• State incentive: 15% state tax credit (up to $1,000) + SMART Program incentive payments
• 25-year savings: ~$38,000

Massachusetts has some of the highest electricity rates in the US, which means every kWh your panels generate is worth more. The SMART program provides additional payments per kWh exported.

Colorado

• Net cost after ITC: $12,400
• Average electricity rate: 14¢/kWh
• Payback period: 9–11 years
• State incentive: Property tax exemption + Xcel Energy rebates (up to $1,500)
• 25-year savings: ~$24,000

Illinois

• Net cost after ITC: $13,300
• Average electricity rate: 14¢/kWh
• Payback period: 9–12 years
• State incentive: Illinois Shines (SREC program) — can add $4,000–$8,000 in value
• 25-year savings: ~$26,000

Georgia

• Net cost after ITC: $11,500
• Average electricity rate: 12¢/kWh
• Payback period: 11–14 years
• State incentive: None (no state solar credit)
• 25-year savings: ~$19,000

Georgia has low electricity rates and no state incentives, making solar the least compelling here compared to other Sun Belt states. Still cash-flow positive over 25 years, but longer payback.

Washington

• Net cost after ITC: $12,800
• Average electricity rate: 11¢/kWh
• Payback period: 12–15 years
• State incentive: Sales tax exemption + net metering
• 25-year savings: ~$17,000

Washington’s cheap hydropower keeps electricity rates very low, which ironically makes solar less financially compelling. Environmentally, it still reduces grid load — just not the fastest payback.

Hidden Costs Most Solar Quotes Don’t Show You

The quoted system price rarely tells the whole story. Here are costs to ask about explicitly:

• Inverter replacement: String inverters last 10–15 years and cost $1,500–$3,000 to replace
• Panel cleaning: $150–$300/year in dusty climates (Arizona, Nevada)
• Monitoring subscription: Some brands charge $10–$20/month after year 1
• Roof work: If your roof is 10+ years old, replacing before installation adds $8,000–$15,000
• HOA approval: Can require specific aesthetics, adding panel costs
• Permit fees: Vary by county from $100 to $500+

Solar Loans, Leases, and PPAs: What the Numbers Actually Mean

Most homeowners don’t pay cash for solar. Here’s how each financing structure changes the real cost:

• Cash purchase: Best total ROI. You own the system and get all incentives.
• Solar loan (4–7% APR, 10–25 years): You own the system, get the tax credit, but pay interest. Total cost typically 20–40% higher than cash.
• Solar lease ($100–$200/month): No ownership, no tax credit. Saves money vs. utility but lower long-term value. May complicate home sale.
• PPA (Power Purchase Agreement): You pay per kWh produced (usually 10–20% below utility rate). No upfront cost, no ownership. Good for renters or those who can’t use tax credits.

When Does Solar Make Financial Sense?

Solar works best when:

• Your electricity bill exceeds $100/month
• You own (not rent) your home
• Your roof faces south, east, or west with minimal shading
• You plan to stay in the home 8+ years
• You have enough tax liability to use the federal credit

If your electricity bill is under $60/month, solar will likely take 15–20 years to break even — the math gets harder. Consider a home energy audit first to reduce consumption before sizing a solar system.

How to Get an Accurate Quote

Get at least 3 quotes from local installers. National companies (SunPower, Sunrun) offer convenience but often charge 15–25% more than regional installers. Use the full solar cost guide to understand what’s included, and compare cost-per-watt (not just total price). A fair price in 2026 is $2.50–$3.50/watt before incentives.

Already have solar panels? Learn how to maximize their output with our guide on how long solar panels last and what maintenance extends their life.

Bottom Line

The real cost of going solar in 2026 ranges from $9,000 to $18,000 after the federal tax credit, depending on your state, roof, and financing choice. The best states — Massachusetts, New York, California — can deliver 25-year savings of $35,000–$40,000. Even in lower-incentive states like Georgia or Washington, a cash purchase is cash-flow positive over the panel lifetime. The key is getting real local quotes and accounting for all the hidden costs before signing anything.

Ready to go further? See our renewable energy alternatives if solar isn’t right for your situation, or explore the home insulation guide to reduce how much energy you need before installing panels.