Solar Panel Rebates 2026: Federal Tax Credits and State Incentives
Federal Solar Tax Credit in 2026: Where Things Stand After OBBB
Let's get the bad news out of the way first. The residential solar Investment Tax Credit — Section 25D of the Internal Revenue Code — is dead for new installations as of January 1, 2026. The One Big Beautiful Bill Act (OBBBA), signed into law in mid-2025, terminated the 30% credit that had been the single biggest financial driver of rooftop solar adoption since 2006.
If you completed your solar installation by December 31, 2025, you can still claim the credit on your 2025 federal tax return. But anyone breaking ground in 2026? Zero federal dollars.
That 30% credit represented roughly $7,500 to $9,000 on a typical residential system priced between $25,000 and $30,000. Losing it changes the math — but it doesn't kill solar economics everywhere. What it does is shift the calculation heavily toward state programs, utility incentives, SRECs, and net metering policies that vary wildly depending on where you live.
For a deeper dive on the OBBB's broader impact on energy credits, read our complete breakdown of what the OBBB eliminated.
The Post-ITC Solar Economics Reality
Here's what I've noticed talking with installers across the country since the OBBB took effect: the industry didn't collapse, but it did recalibrate. Module prices continued their downward trend through 2025 — Chinese manufacturing overcapacity practically guaranteed that. So the equipment itself is cheaper than ever. Labor and permitting costs stayed roughly flat. The net result is that even without the 30% federal credit, the all-in cost per watt dropped enough to partially offset the incentive loss.
Typical 2026 installed costs look like this:
| System Size | Installed Cost (Before Incentives) | Former ITC Value (30%) | Effective Cost Increase |
|---|---|---|---|
| 5-6 kW (small) | $13,000-$17,000 | $3,900-$5,100 | +30% net cost |
| 8-10 kW (typical) | $21,000-$27,000 | $6,300-$8,100 | +30% net cost |
| 12 kW + 10 kWh battery | $33,000-$43,000 | $9,900-$12,900 | +30% net cost |
The percentage increase is uniform, obviously — 30% is 30%. But the absolute dollar impact varies, and so does the payback period shift. In states with strong supplemental incentives, the ITC loss adds maybe 2-3 years to payback. In states with minimal programs, it can push payback beyond 15 years, which starts to test people's patience with a 25-year asset.
State-by-State Solar Incentive Breakdown
Not all states treat solar the same way. Some built robust incentive infrastructure years before the federal credit existed. Others relied entirely on the ITC and now have almost nothing to offer. Here's where things stand across the states that matter most for solar.
California: NEM 3.0, SGIP, and Property Tax Exclusion
California remains the biggest residential solar market in the country, and that won't change in 2026 despite the ITC loss and the controversial NEM 3.0 transition.
Net Energy Metering 3.0 replaced the more generous NEM 2.0 structure in April 2023. Under NEM 3.0, the rate you receive for exported solar electricity dropped by roughly 75% compared to NEM 2.0. That sounds catastrophic — and it did slow new installations — but it also made battery storage practically essential rather than optional. A solar-plus-storage system under NEM 3.0 self-consumes most of its production and exports only during high-value evening peak hours.
SGIP (Self-Generation Incentive Program) provides battery storage rebates that partially compensate for the NEM 3.0 reduction:
- Standard tier: $200/kWh of battery capacity ($2,000 for a 10 kWh battery)
- Equity tier (low-income): $350-$850/kWh
- Equity Resiliency tier (low-income + high fire risk): up to $1,000/kWh ($10,000 for a 10 kWh battery)
Property tax exclusion: California doesn't increase your property tax assessment when you add solar. On a $25,000 system in a 1.1% property tax area, that's about $275/year saved — roughly $6,875 over 25 years.
Payback period in California: 9-12 years with storage under NEM 3.0, depending on utility territory. SDG&E territory (rates above $0.40/kWh) sees the fastest payback. See full details on our California energy rebates page.
New York: NY-Sun Megawatt Block Program
New York's approach to solar incentives is methodical and well-funded. The NY-Sun initiative, administered by NYSERDA, distributes incentives through a declining-block structure. As more capacity gets installed and blocks fill, the per-watt incentive drops — but it hasn't run out.
Current residential incentive rates (early 2026):
| Utility Territory | Per-Watt Incentive | Typical 8 kW System Value |
|---|---|---|
| Con Edison (NYC metro) | $0.20-$0.25/W | $1,600-$2,000 |
| National Grid (upstate) | $0.30-$0.40/W | $2,400-$3,200 |
| NYSEG/RG&E (central/western) | $0.25-$0.35/W | $2,000-$2,800 |
Upstate territories pay more per watt because adoption has been slower, so the blocks aren't as depleted. NYSERDA also runs the Clean Energy Fund with enhanced incentives for income-qualified homeowners.
New York's net metering policy credits exported solar at close to retail rates, which is increasingly rare nationally and adds significant value. The state also exempts residential solar from sales tax (saving roughly 8% on equipment costs).
Full breakdown at New York energy rebates.
Texas: Utility Programs and the ERCOT Complication
Texas has no state-level solar incentive program. Zero. The state's deregulated electricity market and political climate make a state solar rebate unlikely anytime soon. But that doesn't mean Texas solar economics are hopeless — you just have to look at the utility level and run the numbers carefully.
Austin Energy offers the Value of Solar Tariff (VOST), which pays a fixed rate per kWh of solar production. The current VOST rate is roughly $0.08-$0.097/kWh — not amazing, but predictable over the 10-year contract term.
CPS Energy (San Antonio) runs the SolarHost program with production-based incentives.
Oncor territory (Dallas-Fort Worth) has no utility-specific solar incentive, but competitive retail electricity plans can make solar attractive if you're currently paying $0.12+/kWh.
The ERCOT wildcard: Texas's independent grid has seen price spikes during extreme weather events. If you have battery storage and can island your home during outages, the resilience value is real — arguably worth more in Texas than the financial return alone. The February 2021 grid crisis is still fresh in many Texans' minds.
Payback without incentives in Texas: 12-16 years depending on your retail rate and sun exposure. That's marginal for pure economics but defensible if you factor in energy independence. Details at Texas energy rebates.
Florida: Net Metering Under Threat
Florida gets plenty of sun — fourth-highest solar irradiance in the US — but its incentive landscape is complicated by politics. The state has no state solar rebate program and attempted to gut net metering in 2022 (the bill was vetoed by the governor, but the policy remains contentious).
What Florida does have:
- Net metering: Still active — utilities credit exported solar at the full retail rate, which is the single most valuable "incentive" Florida offers
- Property tax exemption: Solar installations are exempt from property tax assessment increases
- Sales tax exemption: Solar equipment is exempt from Florida's 6% sales tax
- No state income tax: This actually hurts solar economics — there's no state tax credit mechanism available
The net metering policy is the linchpin. If Florida ever eliminates retail-rate net metering (as California did with NEM 3.0), the economics shift dramatically. For now, the policy holds. A typical 10 kW system in Florida can achieve 10-13 year payback thanks to strong irradiance and retail-rate net metering credits.
Check your Florida options at Florida energy rebates.
Arizona: Complicated but Improving
Arizona's solar story is one of policy whiplash. The state was an early solar leader, then Salt River Project (SRP) introduced demand charges that penalized solar customers, and Arizona Public Service (APS) moved from retail net metering to a less favorable export rate structure.
Current landscape:
- APS: Export rate of roughly $0.03-$0.05/kWh (far below retail) — solar-plus-storage is almost required to make the economics work
- SRP: Customer Generation plan with demand charges that complicate the math, but battery storage helps manage peak demand
- Tucson Electric Power (TEP): More favorable net billing rates than APS, plus a small residential solar incentive
- State tax credit: Arizona offers a 25% personal income tax credit for solar, capped at $1,000 — small but something
Arizona's abundant sunshine (5.5-6.5 peak sun hours/day) partially compensates for weaker incentives. Payback: 11-15 years depending on utility territory. See Arizona energy rebates.
Colorado: Xcel Solar*Rewards and Strong Net Metering
Colorado has been quietly solid for solar. Xcel Energy, the dominant utility, runs the Solar*Rewards program offering performance-based incentives for residential solar installations. The program pays based on actual kWh production over a 10-year contract.
Current Solar*Rewards rates vary by system size and vintage, but new residential contracts typically pay $0.02-$0.04/kWh on top of net metering credits. It's not transformative money, but it stacks.
Colorado also maintains retail-rate net metering for systems under 25 kW, and the state's Community Solar Gardens program allows renters and homeowners without suitable roofs to buy into shared solar arrays. The state exempts solar equipment from sales tax.
With Xcel territory electricity rates around $0.13-$0.15/kWh and strong sun exposure on the Front Range, Colorado payback periods run 10-13 years. Colorado energy rebates details.
Massachusetts: SMART Program and Best-in-Class Policy
Massachusetts arguably has the strongest overall solar policy framework in the country, compensating for its middling solar irradiance with aggressive financial incentives.
SMART (Solar Massachusetts Renewable Target) pays a fixed per-kWh rate for solar production over a 10-year term. Rates depend on utility territory, system size, and qualifying adders:
| Category | Rate Range ($/kWh) | 10-Year Value (10,000 kWh/yr system) |
|---|---|---|
| Base residential rate | $0.06-$0.10 | $6,000-$10,000 |
| Low-income adder | +$0.03-$0.06 | +$3,000-$6,000 |
| Storage adder | +$0.02-$0.04 | +$2,000-$4,000 |
| Community shared adder | +$0.01-$0.03 | +$1,000-$3,000 |
A low-income household with storage can earn $0.12-$0.20/kWh from SMART alone — that's on top of net metering credits at near-retail rates. Massachusetts also offers 0% HEAT Loan financing through Mass Save for solar installations, eliminating the upfront cost barrier entirely.
Massachusetts payback: 7-10 years for standard installations, potentially 5-7 years for income-qualified with SMART adders. Massachusetts energy rebates.
SRECs: The Hidden Solar Revenue Stream
Solar Renewable Energy Certificates (SRECs) are tradable credits generated by solar systems — one SREC per megawatt-hour (MWh) of production. In states with active SREC markets, selling these certificates adds a revenue stream that most homeowner guides underestimate.
SREC markets are driven by state Renewable Portfolio Standards (RPS) that require utilities to source a percentage of electricity from solar. Utilities that can't generate enough solar themselves buy SRECs from homeowners and commercial generators to meet compliance targets.
| State | SREC Market Status | Approximate SREC Price (2026) | Annual Value (8 kW system) |
|---|---|---|---|
| New Jersey | TREC II program (active) | $80-$100/MWh | $800-$1,000 |
| Massachusetts | SMART replaced SRECs | N/A (integrated into SMART) | Included in SMART rates |
| Maryland | Active SREC market | $50-$70/MWh | $500-$700 |
| Pennsylvania | Active but low prices | $25-$40/MWh | $250-$400 |
| Washington DC | Highest SREC prices nationally | $300-$400/MWh | $3,000-$4,000 |
| Illinois | IL-SRECs via Shines program | $60-$80/MWh | $600-$800 |
| Ohio | Active but declining | $15-$25/MWh | $150-$250 |
Washington DC stands out — the District's aggressive RPS and limited rooftop space create supply constraints that keep SREC prices unusually high. A DC homeowner with a well-positioned system can earn $3,000-$4,000 annually in SRECs alone, which dramatically shortens payback even without the federal credit.
New Jersey's TREC II (Transition Renewable Energy Certificate) program replaced the older SREC structure but maintains solid value for residential generators. Illinois runs its SREC equivalent through the Adjustable Block Program ("IL Shines").
Net Metering: The Policy That Makes or Breaks Solar ROI
Net metering is probably the single most important variable in your solar economics, and it gets less attention than flashy rebate numbers. The concept is simple: when your solar panels produce more electricity than you're using, the excess flows to the grid and your meter "runs backward." How your utility credits you for that export is where the policy divergence happens.
Retail-Rate Net Metering (Best Case)
These states credit exported solar at or near the full retail electricity rate:
- New Jersey, Massachusetts, New York, Connecticut, Maryland, Oregon, Colorado, Florida, Nevada (reinstated), Illinois
Retail-rate net metering effectively makes your solar system a one-for-one offset of purchased electricity. A system producing 10,000 kWh that exports 40% of it (4,000 kWh) at $0.18/kWh retail saves you $720/year on those exports alone.
Reduced Export Rates (Worse Case)
These states or utilities pay below-retail for exports:
- California (NEM 3.0 — roughly 75% reduction from retail), Arizona (APS at $0.03-$0.05/kWh), Hawaii (post-NEM), Indiana (moving away from retail NEM)
In reduced-rate states, battery storage becomes essential to maximize self-consumption and minimize low-value exports.
States with No Mandatory Net Metering
Texas, Tennessee, Alabama, Mississippi, and a few others have no statewide net metering requirement. Individual utilities may offer it voluntarily (Austin Energy does in Texas), but there's no guarantee.
Battery Storage Add-On Credits in 2026
Battery storage has evolved from a nice-to-have into a near-requirement for solar installations in states with weak net metering or time-of-use rate structures. The federal standalone battery storage credit (also Section 25D) expired alongside the solar ITC. But state-level storage incentives survived:
| State | Program | Storage Incentive | Notes |
|---|---|---|---|
| California | SGIP | $200-$1,000/kWh | Tiered by income/fire risk |
| Massachusetts | SMART storage adder | $0.02-$0.04/kWh production | 10-year term |
| New York | NYSERDA storage incentive | $150-$250/kWh | Declining block like NY-Sun |
| Oregon | Solar + Storage rebate | Up to $2,500 | Stacks with federal (if available) |
| Connecticut | Battery storage incentive | Up to $200/kWh | Through Connecticut Green Bank |
| Maryland | Energy Storage Tax Credit | 30% of cost, up to $5,000 | State income tax credit |
| Vermont | Bring Your Own Device | Varies by utility | Utility demand-response payments |
The economics of storage paired with solar now depend almost entirely on your rate structure and outage risk. Time-of-use rates — where electricity costs $0.30+/kWh during evening peaks but $0.10/kWh overnight — make storage a money-saving tool, not just a resilience play. See our full battery storage rebates guide.
HOMES and HEAR: Can Federal Programs Help With Solar?
The HOMES (Home Owner Managing Energy Savings) and HEAR (Home Electrification and Appliance Rebates) programs survived the OBBB — they're funded through previously appropriated IRA money that states have already received. But their applicability to solar is limited and varies by state.
HOMES rebates are based on measured whole-home energy savings. Solar panels reduce your net grid consumption, which can contribute to the energy reduction percentage that triggers HOMES rebates. Whether your state's HOMES implementation counts solar toward the savings calculation depends on how the state energy office structured its program. Some do, some don't.
HEAR rebates cover specific equipment categories — heat pumps, water heaters, electrical panels, insulation, wiring. Solar panels are not a named HEAR category. However, if your solar project requires an electrical panel upgrade (common for older homes), the panel upgrade itself may qualify for up to $4,000 in HEAR rebates for income-qualified households.
The smart play: if you're planning solar and also need efficiency upgrades, do the efficiency work first through HOMES/HEAR, then add solar. The efficiency improvements reduce your energy needs, meaning a smaller (cheaper) solar system can cover a higher percentage of your consumption.
See our HOMES vs HEAR comparison for program details and our rebate stacking guide for maximizing combined savings.
Top 10 States for Solar in 2026 (Ranked by Total Incentive Value)
Factoring in all available incentives — state rebates, SRECs, net metering value, tax exemptions, and utility programs — here's how the states rank for a typical 8-10 kW residential system:
| Rank | State | Est. Total Incentive Value | Payback (Years) | Key Programs |
|---|---|---|---|---|
| 1 | Massachusetts | $10,000-$16,000 | 7-10 | SMART + HEAT Loan + storage adder |
| 2 | Washington DC | $12,000-$16,000 | 6-8 | SRECs ($300+/MWh) + net metering |
| 3 | New Jersey | $8,000-$12,000 | 8-11 | TREC II + net metering + sales tax exempt |
| 4 | New York | $6,000-$10,000 | 9-12 | NY-Sun MW Block + net metering + tax exempt |
| 5 | California | $5,000-$12,000 | 9-12 | SGIP (with storage) + property tax exempt |
| 6 | Connecticut | $5,000-$8,000 | 9-12 | RSIP + Green Bank storage + net metering |
| 7 | Maryland | $5,000-$9,000 | 9-12 | SRECs + storage tax credit + MEA rebate |
| 8 | Colorado | $3,000-$5,000 | 10-13 | Solar*Rewards + net metering + sales tax exempt |
| 9 | Illinois | $4,000-$7,000 | 9-13 | IL-SRECs + net metering |
| 10 | Oregon | $3,000-$6,000 | 10-13 | Solar + Storage rebate + net metering |
Notice the pattern: the best states combine strong incentive programs with retail-rate net metering. States with sunshine but weak policy (looking at you, Texas and Florida) rank lower despite better natural solar resources.
Who Should Still Go Solar in 2026
The loss of the federal ITC didn't make solar a bad investment everywhere — it made it a location-dependent investment. Here's a quick decision framework.
Strong yes: You live in a top-10 incentive state, your electricity rate exceeds $0.15/kWh, and you plan to stay in your home 10+ years. The math works even without the federal credit.
Probably yes: Your state has decent net metering and moderate rates ($0.12-$0.15/kWh), you have good roof orientation (south-facing, minimal shading), and energy independence matters to you beyond pure ROI.
Run the numbers carefully: Your state has weak net metering or low electricity rates (under $0.12/kWh). Solar may still work with storage (to maximize self-consumption), but the payback period could stretch to 14-18 years.
Probably wait: You're in a state with no net metering, no state incentives, and low electricity rates. Unless resilience is your primary motivation, the economics don't support a 2026 installation. Module prices continue declining — revisiting in 2027-2028 might make more sense.
Use our solar rebate calculator to model your specific situation with your state's current programs.
What Changed and What Didn't: Quick Reference
| Item | Status in 2026 | Impact |
|---|---|---|
| Federal 30% ITC (Section 25D) | Expired 12/31/2025 | No federal tax credit for residential solar |
| State solar rebates | Active (varies by state) | Independent of federal policy |
| SRECs | Active in 7+ states | Significant revenue in NJ, DC, MD, IL |
| Net metering | Active in 35+ states | Single biggest ROI factor |
| Battery storage incentives | Active in 10+ states | Growing in importance post-NEM 3.0 |
| HOMES/HEAR for solar | Limited applicability | Useful for panel upgrades, not solar directly |
| Property tax exemptions | Active in 25+ states | Long-term savings, often overlooked |
| Sales tax exemptions | Active in 20+ states | 5-8% upfront cost reduction |