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Is Solar Worth It in New Jersey in 2026?

Complete analysis of solar costs, incentives, net metering, and payback for New Jersey homeowners — without the federal ITC.

Cost Per Watt

$2.95

installed

Electricity Rate

$0.233

per kWh

Payback (No ITC)

9.2 yr

current reality

Payback (With 30% ITC)

6.4 yr

hypothetical

25-Year ROI

172%

return on investment

Incentive Breakdown — New Jersey

Available incentives for a typical 8kW residential solar system in New Jersey

Federal ITC (25D)

Expired

The federal solar Investment Tax Credit expired on January 1, 2026. No federal credit available for new installations.

State Tax Credit

None

New Jersey does not offer a state tax credit for solar installations.

SREC Market

~$539/yr

New Jersey has one of the most valuable SREC markets, with the SREC-II / Successor Solar Incentive (SuSI) Administered Dynamic Incentive (ADI) rate at $77/SREC for registrations on/after 2026-07-27 (previously $85/SREC).

Property Tax Exemption

Solar system value excluded from property tax assessment

Sales Tax Exemption

Solar equipment exempt from state sales tax

Low-Income Program

Available

New Jersey offers programs to help low-income households access solar energy.

Key Incentives: Property tax exemption for solar; Sales tax exemption on solar equipment; SREC market value ~$539/year (SuSI ADI $77/SREC effective 2026-07-27); Low-income solar program available.

Solar Math — With vs Without Federal ITC

Cost breakdown for a typical 8kW residential system in New Jersey

2026 Reality (No Federal ITC)

System Size
8 kW
Cost per Watt
$2.95/W
Gross Cost
$23,600
Federal ITC
$0
Net Cost
$23,600
Annual Savings
$2,571/yr
Payback Period
9.2 years

Hypothetical (With 30% ITC)

System Size
8 kW
Cost per Watt
$2.95/W
Gross Cost
$23,600
Federal ITC (30%)
-$7,080
Net Cost
$16,520
Annual Savings
$2,571/yr
Payback Period
6.4 years

Impact: Without the federal ITC, New Jersey homeowners face a 2.8-year longer payback period — paying $7,080 more out of pocket.

Net Metering Policy — New Jersey

How New Jersey compensates your excess solar production

NEM 1.0Full Retail Net Metering

Full retail rate net metering — you earn the same rate you pay for electricity. Best case for solar savings.

New Jersey mandates full retail net metering for solar systems under BPU rules.

Cost Per Watt Benchmark — New Jersey

New Jersey Average

$2.95/W

National Average

$2.70/W

Typical 8kW System

$23,600

$2.00/W$3.50/W$5.00/W

New Jersey's average installed cost is above the national average of $2.70/W

Breakeven Timeline

Without the federal ITC, a typical 8kW system in New Jersey breaks even in 9.2 years. With the former 30% ITC, payback would drop to 6.4 years.

Without Federal ITC

9.2

years to break even

With Former 30% ITC

6.4

years to break even

Production Details

Peak Sun Hours4.4 hrs/day
Production1381 kWh/kW/yr
Annual Production11,049 kWh
Annual Savings$2,571

What Solar Critics Say (And Why Context Matters)

Honest counterarguments to common anti-solar claims — with New Jersey-specific context. Tap each claim to expand.

1"The solar tax credit is dead, so the math doesn't work anymore."

There's truth here — the 30% residential ITC (25D) stepped down and expired for new installations. But the headline misses two things:

  • §48E manufacturing credit (qualified pipeline only). The §48E advanced energy manufacturing credit had a construction-start deadline of July 4, 2026 that has now passed. It is a manufacturer-facing credit, not a consumer credit — homeowners cannot claim it directly. Installers with safe-harbored pipeline projects may pass through lower panel/inverter pricing, but any specific dollar passthrough depends on the installer and is not guaranteed.
  • Lease/PPA passthrough can still deliver credit value to homeowners as reduced monthly payments or upfront savings on qualified pipeline projects — you don't need to wait for tax season.

Cash buyers in New Jersey still benefit from state and local incentives where available and the SREC market. The math changes — it doesn't break.

2"Solar takes 14+ years to pay back — that's not worth it."

14 years is a national average that hides enormous regional variation and ignores the time value of money. Payback depends far more on your local electricity rate and incentives than on any national number.

In New Jersey: the current payback is 9.2 years without the federal credit (and would have been 6.4 years with the former 30% ITC). For context, fast-payback states like Texas run ~8 years and slower states like New York ~12 years.

The real question is whether your payback — at 0.233/kWh and 4.4 peak sun hours — beats leaving that money in another investment.

3"Solar doesn't add home value — buyers see it as a liability."

Berkeley Lab (LBNL) research consistently shows a solar premium of about 4.1% home value increase — but with an important ownership caveat:

  • Owned systems add value (the ~4.1% premium).
  • Leased/PPA systems may be neutral or slightly negative — the buyer must assume the contract.
  • Newer systems (under 10 years old) appraise higher than systems near end of warranty.

The fix is simple: disclose ownership type and transfer any lease/PPA cleanly at sale. An owned, well-documented system is an asset, not a liability.

4"What about roof replacement? Solar makes it a nightmare."

This is a legitimate concern — and the right move is to plan for it rather than ignore it. Most composition shingle roofs last 15–18 years after panels go on.

  • Before installing: if your roof is over ~10 years old, replace it first. Roof work bundled with the install used to qualify for the 30% federal ITC under Section 25D, but that residential credit expired December 31, 2025 — a 2026 owned-residential system receives $0 federal credit. See current ITC status.
  • Removing & reinstalling panels for a reroof typically runs $1,500–$3,000.
  • Budget for it: set aside ~$2,000 at year 15 so you're not surprised.

A reputable installer will assess roof condition in their quote — ask explicitly, and fold a reroof into the project if the roof is aging.

Ready to Go Solar in New Jersey?

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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.