Solar Panel Cost in New York 2026

New York is the most lopsided solar market in America. It has the highest residential electricity rates of any large state, the deepest state incentive stack left standing after the federal credit died, and the weakest winter sun of any state in this series — all at the same time. A quote in Brooklyn and a quote in Buffalo can show nearly the same price per watt and produce paybacks four years apart. The difference is never the panels. It is the utility on the bill, the borough or county on the deed, and whether the roof faces a snow-loaded upstate sky or a flat Brooklyn parapet. Every figure below is drawn from 2026 sources, with the federal credit shown at the $0 it is now.

For the country-wide baseline, see the national solar panel cost guide.

How much do solar panels cost in New York in 2026?

The defensible 2026 New York consensus: $2.77–$3.02 per watt installed, before incentives. EnergySage’s New York state page (updated November 2026) puts the state average at $2.77/W on a 12.07 kW average system costing $33,426 (range $28,412–$38,440). The EcoGen America Solar Cost Index (September 2026 edition, page updated October 19, 2026) puts New York at $3.02/W, with a typical 8.98 kW system costing $27,120 and most installs landing between $2.10 and $3.40/W across the 6–12 kW range. ConsumerAffairs lands in the same place: $2.76/W, with a typical 12.24 kW system at $33,782. The national benchmark is about $2.60/W (EnergySage, June 30, 2026, 12 kW average $31,135), and EcoGen’s US average is $2.89/W. New York sits above both — one of the more expensive states to install in, and one of the cheapest states to own solar in, because the electricity it replaces is so dear. For the opposite end of the price scale, Florida is the cheapest solar state in America at $2.12–$2.46/W.

The two anchors are not in conflict. They measure different things. EnergySage’s 12.07 kW is a marketplace-quote average, skewed upward by large systems on large suburban homes. EcoGen’s 8.98 kW is the typical size actually installed in New York in 2025 (Berkeley Lab data, 11,045 systems). Both are real, and this guide uses both where they matter. Some model-based guides quote far higher — $4.00/W (PowerOutage.us) and $4.66/W (SolarCostByZip, New York City page) — but those are models built from list prices and small samples, not marketplace data, and they are not used as anchors here.

New York homes pay some of the highest electricity rates in the country, which is why the payback works despite the higher install price. The statewide residential average is 28.60 cents per kWh (EIA, 12 months to August 2026, via EcoGen), against a US average near 17–18 cents. Con Edison customers in New York City pay 38.52 cents; National Grid customers upstate pay 23.24 cents. That 15-cent gap between two utilities in the same state is the single most important number in this guide — bigger than any difference between panel brands, and bigger than the whole NY-Sun rebate ever was.

The one rule that governs every number in this guide: the quote is the price, minus the state credit. The §25D residential federal credit ended December 31, 2025, the NY-Sun standard rebate has closed in every region, and no New York utility offers a direct residential panel rebate in 2026. What remains is the 25% state tax credit (up to $5,000), the sales-tax exemption, the property-tax exemption, and — inside the five boroughs — the 30% NYC property-tax abatement. Plenty of top-ranking pages still display “after 30% credit” prices. Those are now wrong for 2026. Every figure in this guide is the price you actually pay on an owned system, with the state credit shown separately so you can see exactly what is subtracted and what is not.

Solar panel cost by system size in New York

2026 installed costs at the EnergySage anchor of $2.77/W, with the EcoGen high end ($3.02/W) alongside. These are before incentives. The sales-tax exemption means no 4% state sales tax is added on top of these figures. They are the price as quoted, not a pre-tax subtotal.

After the NY State 25% credit (capped at $5,000), the numbers change in a way that rewards mid-size systems most. A 5 kW system at $15,100 earns a $3,775 credit and lands at $11,325 net. The typical 8.98 kW system at $27,120 earns the full $5,000 and lands at $22,120 net. A 12 kW system at $36,240 also earns only $5,000 — the cap binds — and lands at $31,240 net. Our worked example, an 8 kW system at $22,160, earns 25% ($5,540) but is capped at $5,000, so it lands at $17,160 net. The cap means every dollar of system above $20,000 buys panels at full price. Oversizing past your actual usage does not earn a bigger credit, and on PSEG Long Island it does not even earn more export credits (see the net-metering section below).

City-level figures from ConsumerAffairs show a tight cluster with one expensive outlier. Buffalo runs about $3.12/W (typical install $33,977) — the most expensive big market in the state, and the smaller installer base plus snow-load racking is a large part of why. New York City is $2.76/W (typical install $33,782) and Rochester $2.80/W (typical install $31,024). New York City, Rochester and the statewide average sit within a few cents of each other. Buffalo sits about 35 cents above them.

The city table conceals the real story — and that story runs through this whole guide. Buffalo’s price per watt is the highest in the state, yet Buffalo is National Grid territory, where electricity costs 23.24 cents and payback stretches to 9.6 years after the credit. New York City’s price per watt is the lowest of the three, yet Con Edison’s 38.52-cent rate delivers a 5.9-year payback after the credit. Rank New York cities by utility, not by dollars per watt. The rate gap (about 1.7 times) dwarfs the price gap (about 35 cents).

What drives your price per watt

Labor and permitting come first. New York install prices run above the national average because of higher labor costs, permitting requirements, and seven utility territories that each run their own interconnection process (EnergiSense, 2026). New York City adds its own layer: a Department of Buildings filing, fire-department rooftop setbacks, and flat-roof racking design. Upstate, most residential permits take 2–6 weeks from application to issuance (NYSSF, Hudson Valley guide). Con Edison interconnection has historically been slower than upstate utilities for larger systems, though it has improved for systems under 200 kW. If an installer blames slow permits, ask whether the delay is the city, the utility, or their own paperwork — the three have very different fixes.

Roof shape. New York City roofs are often flat or low-slope, which means tilt racking to angle the panels toward the sun — extra steel, extra engineering, extra cost. Upstate roofs are usually pitched, which is cheaper to mount on, but they carry snow load, which means racking rated for the local snow zone. Either way, the roof decides a meaningful slice of the quote. A flat Brooklyn roof and a pitched Buffalo roof can carry the same panels at different prices for entirely different structural reasons.

Equipment tier. Across the country, panels, inverter, racking and wiring make up roughly 36% of a typical project cost (EnergySage installer survey, via our California guide). Premium panels cost more per watt. In New York the equipment question is cold and cloud, not heat: a module that holds its output in diffuse winter light earns more here than one that only wins on a bright June afternoon. Check the Pmax temperature coefficient on each quote’s datasheet — PERC runs −0.34 to −0.40%/°C, TOPCon −0.28 to −0.35%/°C, HJT −0.24 to −0.28%/°C. Cold weather actually helps panel voltage — a crisp, clear March day can be very productive per hour of sun — but it cannot make up for short winter days, so total winter production still falls well below summer (see the production section below).

Electrical panel upgrade (if needed). Budget $2,500–$4,500 for a panel upgrade if your home needs one (NRG Clean Power, November 2026) — that is a national planning range built from California data, not a price any New York installer has verified. One New York-relevant wrinkle: the federal HEAR program can pay up to $4,000 for a panel when it supports an eligible appliance on the same application — but HEAR does not pay for solar panels, and no New York-specific 2026 HEAR program status was verified, so do not count on a live New York HEAR program. Get the panel upgrade itemized on your quote either way.

Installer overhead. Nationally, roughly 42% of a typical project is overhead, sales and margin (EnergySage installer survey). Identical panels can carry very different price tags from different New York installers, because so much of the cost is sales, overhead and margin — get three quotes before you believe any one of them. In New York, verify the installer is a NYSERDA-participating contractor before signing anything: only participating contractors can pass through the storage incentive, and only they can confirm your NY-Sun status in writing.

Roof age. A roof with under 5–10 years of life left should be replaced before the panels go on — taking panels off and putting them back is a real cost, and panel warranties do not cover it. In New York the penalty for getting this wrong is sharper upstate than downstate: a detach-and-reset bill in February, on a snow-loaded roof, plus a heating season without your panels. No New York-specific 2026 detach-and-reset dollar figure was verified, so none is given here — ask for it as a line item if your roof is anywhere near the end of its life.

The 30% federal tax credit is gone — what that means for 2026 math

Here is the New York version of the story, and it is shorter than the national version because New York’s own stack does most of the softening. The One Big Beautiful Bill Act (OBBBA, P.L. 119-21, signed July 4, 2025) killed the 30% §25D Residential Clean Energy Credit: Section 70506 ends it for any expenditure made after December 31, 2025. IRS guidance FS-2025-05 (August 21, 2025) sets the timing: an expenditure counts as “made” on the day the installation is completed. Finish the install in 2026 and the credit is gone.

For a homeowner-owned system installed in New York in 2026 — cash or loan — the federal credit is $0. On an 8 kW system at $22,160, the dead credit would have falsely shaved $6,648 off the price. A quote that still shows that 30% subtraction is pricing your system under a law that no longer exists. What New York still gives you is the 25% state credit (up to $5,000), which takes the same 8 kW system to $17,160 net — a real saving, but $1,648 less than the old federal credit would have delivered, and capped so that bigger systems get no extra help.

Two nuances are worth knowing. First, a §25D credit left over from a 2025 install can be carried into 2026 (Form 5695 instructions, 2025) — but that carries forward a 2025 credit; it creates no credit for 2026 work. Second, the one surviving federal path is a lease. The §48E Clean Electricity Investment Credit (30%) survives only for the business that owns the system — on a residential roof, that means a lease or PPA, with systems placed in service by December 31, 2027. The leasing company claims the credit itself and may return the savings as a lower monthly payment; the homeowner never holds a tax credit of their own. Our federal energy tax credits guide has the full post-OBBBA picture.

The simplest stale-math trap to catch in 2026 is a quote that still takes 30% off. On a $22,160 system, that subtraction is a $6,648 lie — and in New York it is often paired with a second lie, a NY-Sun rebate that no longer exists.

New York incentives: the 25% state credit, the NYC abatement, and the closed NY-Sun rebate

New York still has the deepest state incentive package in the country — but one of its four legs is gone, and the guide that does not say so is selling 2024 math. Here is the 2026 stack, leg by leg.

The 25% state tax credit — the leg that carries the math now. The Solar Energy System Equipment Credit (NY Tax Law §606(g-1)) returns 25% of your system cost, up to $5,000, against your New York state income tax. Claim it on Form IT-255 with the return for the year the system is switched on. It is non-refundable, but unused credit carries forward for up to five years — so a homeowner who owes $2,000 in state tax this year uses $2,000 now and carries the rest forward. It applies to your principal residence, to owned systems, and to leases and PPAs of 10 years or more (EcoGen, October 2026). On a typical system it is worth the full $5,000: any system over $20,000 hits the cap. The average New York install earns about $4,830 of it (SolarReviews, November 2026). Confirm the number with a tax professional — a credit is only worth what your tax bill can absorb, and the carryforward is what makes it usable for most households.

The NYC property-tax abatement — the borough-only leg. New York City homeowners get a second layer nobody upstate gets: a property-tax abatement worth 30% of eligible expenditures, applied at 7.5% a year over four years against the city real-property tax bill, for systems placed in service between January 1, 2024 and January 1, 2035 (NYC Administrative Code §11-2902(b); NYC Department of Finance). On the typical 8.98 kW system at $27,120, that is $8,136 over four years — on top of the $5,000 state credit. The abatement is capped at $250,000 per system (secondary source — verify at nyc.gov). It is real money, but it arrives on the property-tax bill, not on the installer’s invoice, so do not let a quote present it as a day-one discount. Your installer applies for it; the deduction appears on the tax bill after Department of Buildings approval.

The sales-tax exemption — the quiet leg. Solar equipment is exempt from New York’s 4% state sales tax, which saves roughly $900 on an average system (WiseMoneyLife, October 2026) — about $1,085 on a $27,120 system. The tax is simply not charged, not refunded, so it never appears as a line on your quote. The exemption for home batteries was extended to May 31, 2028 (EcoGen, September 30, 2026).

The property-tax exemption — the long leg. Real Property Tax Law §487 excludes the added value a solar system brings from your property-tax assessment for 15 years, unless your locality has opted out. Outside New York City, this is the exemption that matters: your home is worth more with panels, and for 15 years the assessor pretends it is not. Most of the state has adopted it; check whether your county, city, town, village or school district opted out before you assume it applies.

The NY-Sun rebate — the leg that closed. NY-Sun, run by NYSERDA, used to pay an upfront per-watt rebate through your installer, in declining blocks by region. For standard-income homes, those blocks are now used up. The Con Edison block closed May 29, 2025, the last upstate block closed December 17, 2025, and upstate Affordable Solar closed March 9, 2026 (EcoGen incentives page, checked September 30, 2026). The only NY-Sun money still open is Affordable Solar on Long Island, at $0.40/W for households under 80% of area median income. Several 2026 guides still list a live ~$0.20/W NY-Sun rate — SolarReviews, GreenSaveHome and ProSolarCalc among them — but those pages predate the closures or never updated for them. This guide follows the dated September 30, 2026 check: for most New York homes in 2026, the NY-Sun rebate is $0. If your installer claims a NY-Sun passthrough, ask for the NYSERDA-confirmed rate for your project, in writing, before you sign — and verify it at NYSERDA yourself.

Stacking order for 2026: gross contract price, less any Affordable Solar passthrough if you qualify, then the 25% state credit on the remaining cost (capped at $5,000), then the NYC 30% abatement separately against property tax over four years. Never add the percentages: 25% + 30% + NY-Sun is not a total discount, because the bases differ. A Brooklyn 8.98 kW system at $27,120 gross lands at $22,120 after the state credit, then earns $8,136 against property tax over four years. An upstate system at the same gross lands at the same $22,120, with no abatement — but with the sales-tax exemption and the 15-year §487 exemption doing the quiet work instead.

Net metering and the Value Stack: what Con Edison, National Grid and PSEG Long Island actually pay for exports

New York still offers one of the best export deals in the country for residential roofs — but it comes with a monthly charge most quotes bury, and a second compensation system most homeowners never hear about until the paperwork arrives.

Phase One net metering — the deal most homes get. Residential systems up to 25 kW earn full 1-for-1 retail credits: every kilowatt-hour you export cancels a kilowatt-hour you import, at the full retail rate (SolarReviews, November 2026). New York’s current policy locks in 1:1 net metering for 20 years for systems interconnected in 2026 (SolarReviews — single source; verify against your utility tariff before signing). Exported power is not paid in cash; credits offset the bill and roll forward. That is the whole deal, and for a home that uses most of what it makes, it is worth more than any rebate.

The CBC charge — the cost of the deal. Homes connected since January 1, 2022 pay a monthly Customer Benefit Contribution per kilowatt of solar, set by utility (NYSERDA 2026 published rates): Con Edison $1.41/kW/month, PSEG Long Island $1.13, National Grid $0.97. On a typical 8.98 kW system that is about $105–$152 a year — roughly $12 a month on Con Edison. It is real money, and it belongs in every payback calculation, but it is small next to $2,300–$3,800 a year of savings. If a quote’s payback math ignores the CBC charge, the payback it shows is a few months too fast. Ours does not ignore it.

The Value Stack (VDER) — the alternative you can choose. New York’s other compensation system pays exported power as a monetary credit built from five stacked values: energy (the day-ahead wholesale price), capacity, environmental value, demand reduction, and a locational adder. Host-load systems under 750 kW AC may choose between traditional net metering and the Value Stack; systems over 750 kW AC and community solar projects are mandatory Value Stack. For almost every residential roof, 1:1 net metering wins — a kilowatt-hour credited at 38.52 cents beats the same kilowatt-hour priced at wholesale plus adders. But the choice exists, and an installer who cannot explain which tariff your system will sit on has not finished the interconnection paperwork. Ask, in writing, before you sign.

PSEG Long Island’s cap. Long Island net metering credits apply only to systems up to 25 kW and 110% of your last 12 months of use (EcoGen, October 2026). Oversizing a Long Island system past 110% of usage earns nothing extra on the surplus — the panels still produce, but the credits stop. Size the system to the bill, not to the roof.

Your utility decides your payback

Here is the table that decides whether solar is a five-year investment or a ten-year one in New York. Same panels, same price, same sun — different bill. The figures below are EcoGen’s per-utility model (September 2026 Cost Index, page updated October 19, 2026): a typical owned 8.98 kW system at $3.02/W ($27,120 gross, $22,120 net after the $5,000 state credit), producing 11,835 kWh a year (1,318 kWh per kW), with each utility’s own EIA rate (12 months to August 2026), the fixed monthly charge set aside, one kilowatt-hour of credit for each kilowatt-hour sent out, less that utility’s CBC solar charge. No upkeep and no future price rises are counted.

Read the table as two New Yorks. Downstate, Con Edison’s 38.52-cent rate turns the same $27,120 system into a 5.9-year payback after the credit — the fastest of any large utility in this series, faster even than Florida’s best utility. Upstate, National Grid’s 23.24-cent rate stretches the same system to 9.6 years after the credit. Both are good investments. They are not the same investment, and a statewide “average payback” hides the four-year spread that decides the decision for a real household.

Two cross-checks keep the model honest. SolarEnergyNerds’ Solar Break-Even Map (2026) puts New York’s simple payback at 7.1 years with a break-even electricity rate of 21.4 cents — incentives excluded, no federal credit — which sits inside EcoGen’s range once the state credit is added back in. EnergySage (November 2026) puts payback at 12.21 years with $51,720 over 25 years on its larger 12.07 kW average system — longer, because it is a bigger system at a different $/W with different escalation and discounting assumptions. Both are published; the gap is methodology, not error, and it is flagged again in the methodology section.

Rates are not standing still, and in New York they move in only one direction. Con Edison’s plan raises delivery about 4.4% a year through 2028, and the utility announced electricity rate rises of 3.5% in 2026, 3.2% in 2027 and 3.1% in 2028 (Brownstoner/now.solar, December 2025 — single secondary source). National Grid Upstate added about $14.29 a month in year one of its plan; Central Hudson’s basic charge rises from $21.50 to $26.00; PSEG Long Island’s supply charge swung from 12.98 to 16.59 cents between January and April 2026 (EcoGen, October 2026). Every one of those rises shortens payback a little. The paybacks in the table above count none of them — they are the conservative case.

Do you need a battery in New York in 2026?

For backup, yes — storms and winter outages are real in New York. For bill savings, no — and the reason is the same 1:1 net metering that makes New York solar pay so well. A battery earns money by storing cheap power and using it when grid power is expensive. In New York, exported power already earns full retail, so there is no cheap-versus-expensive gap for a battery to arbitrage. The battery earns $0 on arbitrage. It pays only for keeping the lights on, and for the incentives below.

The one rebate still open to every income is for a battery. NYSERDA’s Residential and Retail Energy Storage Incentive pays $200 per kWh upstate and $250 per kWh in Con Edison territory, up to 25 kWh per home — $2,700–$3,375 on a 13.5 kW-class battery (EcoGen, checked September 30, 2026). The Inclusive Storage Incentive, for income-qualified households and qualifying addresses, pays up to $450/kWh, capped at $11,250 for 25 kWh (Kasselman Solar, October 2026, citing the NYSERDA program manual, April 2026). The money goes to your contractor, who takes it off your contract price. The rate locks on the day the application goes in, and it applies to the first application only — expanding the battery later earns no further incentive. The contractor must apply before the battery is connected, and in National Grid, NYSEG, RG&E, Orange & Rockland and PSEG Long Island territory you must also enroll the battery in the utility’s battery program.

What a battery costs. A residential battery runs roughly $1,100–$1,400 per installed kWh (Joule, 2026), so a 13.5 kWh Powerwall-class unit lands around $12,000–$19,000 installed before incentives. ConsumerAffairs’ New York page puts the add-on at $7,000–$18,000. After the NYSERDA incentive, a Con Edison customer is looking at roughly $9,000–$16,000 net for 13.5 kWh; an income-qualified household could see far less. The utility battery programs add roughly $150–$250 a year for a few hours of grid assistance on hot summer days (Kasselman, July 2026) — NYSEG and RG&E call up to 20 weekday events from May 1 to September 30, holding 20% of the battery in reserve.

The honest battery verdict for New York: buy the battery for backup and for the NYSERDA money, not for payback. It does not shorten the solar payback — it lengthens the combined payback, because the battery’s own payback is measured in resilience, not dollars. If your home loses power in ice storms and you work from home, that resilience is worth real money. If your home has never lost power and your roof is in Con Edison territory, the panels alone are the better investment. Our solar battery cost guide covers battery sizing and brands in detail, and our community solar guide covers the no-roof alternative.

One more 2026 fact: the federal §25D credit for batteries is also $0 for owned installs completed after December 31, 2025. The sales-tax exemption for home batteries was extended to May 31, 2028 — one of the few deadlines in New York solar that moved in the homeowner’s favor this year.

New York sun, snow and winter production

Yes, solar panels work in New York. No, they do not work the way they work in Arizona — and the guide that pretends otherwise is the one that leaves a Buffalo homeowner wondering why December feels so thin.

How much sun New York gets. The state averages 4.0–4.5 peak sun hours a day as a planning range for Long Island and New York City (Solaroof NY), 4.5 a day on Palmetto’s statewide figure, and 3.5–4.0 a day upstate around Binghamton. A peak sun hour is one hour of sunlight at 1,000 watts per square meter — a long summer day with 14 hours of daylight still delivers far fewer peak sun hours than that, because morning and evening light is weak. At New York’s latitude (40.7° N in the city), the fixed tilt that balances the year is about 35–40° — steeper than a typical roof pitch, which is one reason tilt racking earns its keep on flat city roofs.

What a system actually produces. EcoGen’s payback model uses 1,318 kWh per kW per year for every New York utility (PVWatts-based). Solaroof NY’s Long Island planning range is 1,168–1,314 kWh per kW per year. A tilt-table source puts New York City at 1,200–1,400 kWh per kW per year at a 38° fixed tilt. Palmetto models lower — 1,043 kWh per kW per year on a 9.43 kW system producing 12,917 kWh a year. This guide uses EcoGen’s 1,318 kWh/kW/yr as the anchor because the payback math in the table above is built on it, and flags the Palmetto figure as a lower, more conservative model. The gap is methodology — tilt, shading and weather vintage — not error. On the EcoGen anchor, an 8 kW system makes 10,544 kWh a year and the typical 8.98 kW system makes 11,835 kWh a year. A single 400 W panel on Long Island or in New York City makes roughly 1.2–1.5 kWh a day averaged across the year, or 440–560 kWh a year.

The seasonal swing is the thing to plan around. Palmetto’s example 10 kW system makes 45.7 kWh a day in July and 20.4 kWh a day in December — winter days produce less than half of summer days. That is the shape of New York solar: a fat summer surplus banked as net-metering credits, drawn down through the dark months. The 1:1 net-metering rule is what makes the swing affordable — summer credits pay winter bills at full retail. Without it, the December shortfall would be a cash problem. With it, it is a bookkeeping one.

Cold helps, a little. Solar cells produce a higher voltage when they are cold, so a crisp, clear day in March can be very productive for every hour the sun is strong. Panel spec sheets list this as the temperature coefficient. Cold does not make up for short winter days, though, so total winter production is still lower than summer. The cold-weather bonus is real and measurable; it is not large enough to change a sizing decision.

Snow. A light dusting usually slides off tilted panels within a day or two once the sun hits the dark glass. Heavy snow cover stops production until it melts or slides off. A few snowy days have a small effect on a full year’s production — the lost days are a rounding error against 1,318 kWh per kW. Steeper tilt sheds snow better, which is a second reason tilt racking pays on flat roofs. Do not climb on an icy roof and do not scrape panels with a shovel — that is dangerous and it scratches the glass (Solaroof NY). If snow load is your worry, the question for the installer is whether the racking is rated for your county’s snow zone, not whether the panels will survive the winter. They will.

Orientation. South-facing at latitude tilt is the baseline. Southeast or southwest loses only about 2–5%. An east–west split loses roughly 10–15% of annual yield but spreads production across the morning and evening, which suits households whose demand peaks at those hours. A west-facing-only array can cost about 19% against the optimum. In a shaded Brooklyn backyard or a tree-lined Westchester street, the shading study matters more than the compass bearing — get one before you sign, and get it in writing.

HOA rights: New York law protects your panels

New York has strong solar-access protection, and it is the protection most often misreported in this series — so this section names the uncertainty plainly instead of hiding it.

The protection itself is consistently reported across 2026 guides: a homeowners association in New York may not adopt or enforce rules that effectively prohibit, or impose unreasonable limitations on, the installation or use of a solar power system, and a restriction that does so is unenforceable and void as contrary to public policy. The commonly cited section is Real Property Law §335-b (SolarPriceList, 2026 guide), and the same language appears in Senate Bill S4742A and in the Assembly’s Solar Rights Act bill memos (A6878, A8296), which would write the prohibition into RPL article 9-C and §339-j. Other 2026 guides cite RPL §235-ee for the same rule (NYSSF permit guide). The protection is settled; the exact section number varies by source. This guide cites §335-b as the commonly reported section and flags the variance here and in the methodology section. It is not legal advice — if your HOA is fighting you, a New York real-estate attorney’s letter costs less than a moved array.

What an HOA can still do. Reasonable restrictions survive: the association may require architectural review, ask for black-on-black framing to match the roof, or set placement rules — as long as those rules do not effectively prohibit the install. One guide’s reading puts the line at a placement demand that would cut production by more than 10% (NYSSF). Co-op and condo boards have a separate consultation right on aesthetics (A8296 memo, RPL §339-j). The practical advice is the same as in every state in this series: submit the HOA application early, in writing, with the production impact of any requested move documented. A placement demand that costs real output is the line the law draws — and a documented production loss is the evidence that draws it.

Where HOAs bite hardest in New York. Suburban subdivisions upstate and on Long Island, where covenants are newest and most detailed. New York City co-ops are a different world: the board controls the roof, and roof rights are negotiated in the proprietary lease, not in the solar-access statute. If you own a co-op, the solar conversation starts with the board and the building’s roof agreement, not with the statute. If you own a single-family home in a subdivision, the statute is on your side — use it early, politely, and in writing.

Payback & 25-year savings math

Pulling the worked model together: the typical owned 8.98 kW system at $27,120 gross, $22,120 net after the $5,000 state credit, producing 11,835 kWh a year, with year-1 savings and simple payback by utility from the table above — Con Edison $3,765 a year and 5.9 years after the credit; PSEG Long Island $2,892 and 7.6 years; National Grid ~$2,300 and 9.6 years. Simple payback is net cost divided by yearly savings, and it is the honest headline: it counts no future rate rises, no upkeep, and no degradation. Every rate rise Con Edison or National Grid announces after you install shortens it.

The 25-year view — modeled, not published. Extending the model with stated assumptions (electricity prices rising 2.5% a year, panels degrading 0.5% a year, one $2,000 inverter replacement in 25 years — a 25-year factor of about 31.98 times year-1 savings) gives: Con Edison ~$96,300 net over 25 years ($3,765 × 31.98 = $120,405, less $22,120 net cost and $2,000 inverter); PSEG Long Island ~$68,400 ($2,892 × 31.98 = $92,486, less $24,120); National Grid ~$49,400 ($2,300 × 31.98 = $73,554, less $24,120). These are our arithmetic with stated assumptions, not a published benchmark. EnergySage’s published figure — $51,720 over 25 years on its 12.07 kW average system, with a 12.21-year payback — is lower, because it uses different escalation and discounting assumptions. The gap is methodology. Treat the modeled figures as the optimistic end of the range and EnergySage’s as the conservative end; the truth for a given roof sits between them, and it sits closer to the modeled end on Con Edison and closer to EnergySage’s end upstate.

Who should not buy solar in New York in 2026. A home with a heavily shaded roof and no unshaded plane; a home whose roof needs replacing within five years and whose owner will not re-roof first; a low-use household on National Grid whose annual bill is already small — the system will be small, the credit will be underused, and the payback will stretch past a decade; and a household that cannot use the $5,000 state credit even with the five-year carryforward, because it owes little New York income tax. For those homes, the better first step is often community solar — no roof, no panels, bill credits from a local solar farm on the mandatory Value Stack tariff. Everyone else with a sound roof, average-or-better usage, and a Con Edison, PSEG Long Island or Central Hudson bill is looking at the strongest solar economics in the Northeast.

How to get quotes in New York + red flags

Get three written quotes from NYSERDA-participating installers, and compare them on price per watt — not on monthly payment, not on “total savings,” and not on the size of the system. A $27,120 quote for 8.98 kW is $3.02/W. A $24,875 quote for the same 8.98 kW is $2.77/W. The $2,245 difference is the whole negotiation, and it is invisible if you only compare monthly payments. For the national sizing baseline, see our 6 kW, 8 kW and 10 kW system cost guide.

1. Ask for the $/W on every quote, in writing. If an installer will not state it, that is the answer.
2. Ask for the NYSERDA-confirmed NY-Sun rate for your project, in writing. For most homes the answer is $0 — the standard rebate is closed. A quote that still shows a NY-Sun passthrough is using dead program math.
3. Ask which export tariff you will sit on — Phase One net metering or the Value Stack — and get the CBC charge in the payback math. Con Edison $1.41/kW/month, PSEG Long Island $1.13, National Grid $0.97. A payback that ignores the CBC is a few months too fast.
4. Ask for the shading study and the PVWatts production estimate for your roof. New York production varies from 1,043 to 1,318 kWh per kW per year depending on whose model you believe. Your roof’s number is the only one that matters, and it should be in the quote.
5. Ask whether the roof needs work first, and get the detach-and-reset price as a line item if it does. No New York-specific 2026 detach-and-reset figure was verified for this guide — which is exactly why you need your installer’s number, not a national average.
6. Ask for the panel and inverter datasheets, and compare temperature coefficients. Cold helps voltage, but a panel that holds output in diffuse winter light earns more in New York than one that only wins in June.
7. Ask for the HOA submission to go in early, with the production impact of any requested move documented. New York law voids rules that effectively prohibit solar — but a polite, documented application settles most fights before they start.
8. Check the installer, not just the panels. NYSERDA-participating contractor status, electrical licensing, and three local references with systems at least a year old. A reference from last month tells you nothing about winter production.

Red flags. A quote that still subtracts the 30% federal credit ($6,648 on an 8 kW system — dead law). A quote that shows a NY-Sun rebate for a standard-income home (closed in every region). A “$0-down, free solar” pitch with no $/W anywhere in the paperwork — $0-down means a loan or a lease with 20–25 years of payments, not a free system. A system sized past 110% of your last 12 months of use on PSEG Long Island (the surplus earns no credits). A lease presented as a purchase, or a PPA presented as net metering — the export rules differ, and the homeowner never sees a tax credit of their own. And any installer who will not put the export tariff, the CBC charge, and the production estimate in writing: those three numbers are the whole economics, and an installer who hides them is selling a monthly payment, not a system.

Sources & methodology

Cost anchors: EnergySage New York state page (November 2026: $2.77/W, 12.07 kW average system, $33,426, range $28,412–$38,440, 12.21-yr payback, $51,720 25-yr savings); EcoGen America Solar Cost Index (September 2026 edition, page updated October 19, 2026: $3.02/W, 8.98 kW typical system $27,120, 6 kW $15,900–$20,300, 8 kW $21,300–$27,100, 10 kW $26,600–$33,800, 12 kW $31,900–$40,600, neighbours CT $2.80 / PA $2.87 / US $2.89 / NJ $2.92 / MA $3.02, 1,318 kWh/kW/yr); ConsumerAffairs New York solar cost (2026: $2.76/W, 12.24 kW $33,782, NYC $2.76/W, Buffalo $3.12/W, Rochester $2.80/W, battery +$7,000–$18,000); EnergiSense (2026: $2.75–$3.30/W, 5 kW $13,750, 8 kW $22,000 at $2.75/W); EnergySage national benchmark (June 30, 2026: ~$2.60/W, 12 kW average $31,135). Size table calculated from the $2.77/W anchor at the $3.02/W high end.

Electricity rates: EcoGen New York solar page (October 19, 2026: EIA 12 months to August 2026 — Con Edison 38.52¢, Orange & Rockland 28.04¢, PSEG Long Island 27.71¢, NYSEG 24.86¢, National Grid 23.24¢, statewide 28.60¢; CBC rates from NYSERDA 2026 utility-published rates, Con Edison and Orange & Rockland from March 1, 2026 statements; Con Edison delivery +~4.4%/yr through 2028; National Grid Upstate +~$14.29/mo year one; Central Hudson basic charge $21.50 to $26.00; PSEG LI supply charge 12.98¢ to 16.59¢ Jan–Apr 2026); EIA Electric Power Monthly (2024 annual: NY residential 24.33¢/kWh vs US 16.94¢ — older vintage, not used as anchor); Con Edison rate rises +3.5% 2026 / +3.2% 2027 / +3.1% 2028 (Brownstoner/now.solar, December 2025 — single secondary source).

Incentives: EcoGen America New York incentives page (checked September 30, 2026: NY-Sun standard rebate closed — ConEd May 29, 2025, last upstate Dec 17, 2025, upstate Affordable Solar Mar 9, 2026; LI Affordable Solar $0.40/W open; state credit 25% up to $5,000, Form IT-255; battery $200–$250/kWh; battery sales-tax exemption extended to May 31, 2028); SolarReviews New York incentives (November 2026: $0.20/W NY-Sun listing — stale per EcoGen; $5,000 credit, ~$4,830 average); WiseMoneyLife incentives by state (October 2026: NY deepest package, NY-Sun largely closed, sales-tax ~$900 saved, abatement 7.5%/yr × 4 years); EnergiSense stacking guide (2026: NYC abatement 30% through 2035, $250,000 cap — single secondary source for the cap); OBBBA P.L. 119-21 (signed July 4, 2025), IRS FS-2025-05 (August 21, 2025, FAQ 7); NY Tax Law §606(g-1), NYC Admin Code §11-2902(b), RPTL §487 — cited by statute, no URLs guessed.

Net metering and export rates: SolarReviews net metering guide (November 2026: NY 1:1 retail to 25 kW, 20-year lock-in for 2026 systems — single source for the lock-in); EcoGen New York solar page (October 2026: CBC charges, PSEG LI 110%-of-use cap); NYC Energy Code net-metering guide (VDER vs NEM choice under 750 kW AC, mandatory Value Stack above 750 kW AC and for community solar).

Payback model: EcoGen New York solar page (October 19, 2026: 8.98 kW, $27,120, $22,120 net, 11,835 kWh/yr, per-utility savings and paybacks — ConEd $3,765 / 7.2 / 5.9 yrs, Central Hudson 8.9, PSEG LI $2,892 / 9.4 / 7.6, O&R 9.6 / 7.8, NYSEG 10.8 / 8.8, National Grid 11.8 / 9.6, RG&E 11.9, statewide ~8.8 yrs); SolarEnergyNerds New York page (2026: 7.1-yr payback, 21.4¢ break-even, 29.93¢ avg rate); EnergySage (November 2026: 12.21 yrs, $51,720). The 25-year modeled figures are our arithmetic with stated assumptions (2.5%/yr escalation, 0.5%/yr degradation, $2,000 inverter, ~31.98× year-1 savings).

Production: EcoGen (1,318 kWh/kW/yr); Solaroof NY production guide (4.0–4.5 peak sun hours, 1,168–1,314 kWh/kW/yr, 400 W panel 1.2–1.5 kWh/day, snow and cold notes); Palmetto New York page (4.5 peak sun hours, 9.43 kW, 12,917 kWh/yr, 1,043 kWh/kW/yr, July 45.7 / December 20.4 kWh/day on 10 kW); tilt-table source (NYC 40.7° N, 38° fixed tilt, 1,200–1,400 kWh/kW/yr, SE/SW −2–5%, east–west −10–15%, west-facing −19%); temperature coefficients (PERC −0.34 to −0.40%/°C; TOPCon −0.28 to −0.35%/°C; HJT −0.24 to −0.28%/°C).

Battery: EcoGen incentives page (September 30, 2026: $200–$250/kWh, 13.5 kWh $2,700–$3,375); Kasselman Solar battery guide (July 31, 2026: ISI up to $450/kWh, max $11,250, $150–$250/yr utility payments, 20 weekday events May–Sep, 20% reserve); Joule (2026: $1,100–$1,400 per installed kWh); NYSERDA Residential & Retail Energy Storage Program Manual (April 2026, via Kasselman).

Permits, roof and HOA: NYSSF Hudson Valley permit guide (2–6 weeks upstate); EnergiSense (NYC DOB filing, fire setbacks, flat-roof installs); SolarPriceList HOA guide (RPL §335-b, strong protection); SolarPermitSolutions (S4742A language); NYSSF (RPL §235-ee citation — variance flagged); NY Assembly bill memos A6878/A8296 (Solar Rights Act, §339-j consultation right).

EXCLUDED: any “after 30% credit” net prices; the $0.20/W NY-Sun rate as a live subtraction (closed per the dated September 30, 2026 check — flagged as a live conflict with SolarReviews/GreenSaveHome/ProSolarCalc); the $4.00–$4.66/W model-based $/W figures as anchors; Florida’s SEIA capacity figures and Florida’s $10,000–$20,000 detach-and-reset anecdote as New York figures; any New York-specific detach-and-reset price (none verified); any New York SEIA capacity/homes/jobs figure (none verified in this pass); any live New York HEAR program claim; any New York battery attach rate (none found); any New York VPP pay figure beyond the ~$150–$250/yr utility-program range.

*Disclaimer: Prices are 2026 New York planning figures and change by utility territory, borough, roof, and installer. Always get 3 written local quotes before budgeting. Tax notes here are general information, not tax advice — check with a tax professional. Export rates, net-metering terms and incentive blocks reset on utility and program calendars — the NY-Sun standard rebate is closed and the NYC abatement runs through January 1, 2035 — verify the current export credit and incentive status with your utility and NYSERDA in writing before signing.*

—