Comprehensive State Guide · Updated 2026
New Jersey Solar in 2026: SuSI Income on Top of NEM 1.0
New Jersey was for years the second-largest residential solar market in the country, built on a foundation the state never abandoned: full-retail net metering and one of the most valuable SREC markets in the nation. This is the deep-dive companion to our U.S. Solar Hub and our data-driven New Jersey state page: the SuSI/SREC-II income mechanics, the city-by-utility breakdown, the tax-exemption stack, and the honest post-25D payback math.
- Cost / Watt
- $3.50
- 8kW System
- $28,000
- Payback
- 14.9 yr
- Elec. Rate
- $0.235/kWh
- Peak Sun
- 4.4 hr
Why New Jersey solar looks different in 2026
New Jersey's defining advantage is structural rather than meteorological: it is one of the few large states that never abandoned full-retail net metering, and it runs a still-lucrative SREC market on top of it. The Board of Public Utilities mandates 1:1 net metering with an annual true-up across all four investor-owned utilities — PSE&G, JCP&L, Atlantic City Electric, and Rockland Electric — so exported surplus is banked at the full retail rate. That alone would make New Jersey competitive. The Successor Solar Incentive (SuSI) program then pays you again, per megawatt-hour produced, for the environmental attribute.
The SuSI mechanics matter because they double-pay. Net metering pays for the energy; an SREC pays for the fact that the energy was solar. A New Jersey homeowner with a typical 8 kW system generates roughly 7 SRECs a year, and at the current administrated rate of about $$77/SREC that is approximately $$539 of additional annual income — paid on total production, whether the kilowatt-hours are consumed on-site or exported. Few states layer a second revenue stream on top of full-retail net metering, and it is the single biggest reason New Jersey's economics survive the loss of the federal residential credit.
The 2026 reality, then, is that the 30% federal Section 25D residential credit ended December 31, 2025 — but New Jersey never leaned on a state income-tax credit the way New York or New Mexico do. The case rests on the SuSI income, the 6.625% sales tax exemption, the property tax exemption (N.J.S.A. 54:4-3.113), and the durable full-retail net-metering framework. At $$0.235/kWh, the state's retail rate is high enough that each self-consumed kilowatt-hour is valuable, and the abundant (if not Sun-Belt-class) solar resource produces enough of them. The payback on an 8 kW system lands near $14.9 years — longer than the best Sun-Belt markets, but achieved without any federal credit at all.
New Jersey solar by city & utility territory
New Jersey's solar economics vary more by retail rate than by latitude — though the southern shore counties do get the best sun. Whether you sit in PSE&G's high-delivery-cost territory, under JCP&L's slightly lower rates, or in Atlantic City Electric's southeastern tier, the full-retail NEM and SuSI stack applies identically. Below is an 8-metro breakdown.
| City | Utility | Rate posture | Sun hrs | Notes |
|---|---|---|---|---|
| Newark | PSE&G | ~$0.23–0.26/kWh | 4.4 | PSE&G territory — New Jersey's largest utility, serving roughly 2M electric customers. Full-retail NEM 1.0 with annual true-up intact. Dense urban housing stock pushes some systems toward higher-efficiency panels to maximize output per square foot. |
| Jersey City | PSE&G | ~$0.23–0.26/kWh | 4.4 | PSE&G territory directly across the Hudson from Manhattan. High retail rates (Northeast delivery-cost premium) carry the offset value; rooftop shading from adjacent high-rises is a real constraint in the denser blocks. |
| Paterson | PSE&G | ~$0.22–0.25/kWh | 4.5 | Passaic County, PSE&G territory. Slightly above the state average on sun. Older industrial building stock offers large, unshaded flat roofs well suited to solar. |
| Elizabeth | PSE&G | ~$0.22–0.25/kWh | 4.5 | Union County, PSE&G territory. Strong sun for the latitude; the SuSI SREC-II income stream stacks on top of full-retail net metering here just as everywhere else in BPU jurisdiction. |
| Trenton | PSE&G | ~$0.22–0.25/kWh | 4.4 | State capital, PSE&G territory. Full-retail NEM 1.0 and SuSI income both apply. Older housing stock and mature tree canopy can push some homes toward ground mounts where lot size permits. |
| Toms River | JCP&L | ~$0.21–0.24/kWh | 4.6 | Ocean County, JCP&L (Jersey Central Power & Light) territory. The Shore region runs marginally above the state average on sun. JCP&L implements the same BPU full-retail NEM framework as PSE&G. |
| Atlantic City | Atlantic City Electric | ~$0.20–0.23/kWh | 4.6 | Atlantic City Electric (an Exelon company) serves the southeastern tier. The Pine Barrens and shore counties get the best sun in the state. Same BPU full-retail NEM 1.0 and SuSI stack apply. |
| Mahwah / Ramsey | Rockland Electric | ~$0.20–0.23/kWh | 4.3 | Bergen County northwest, Rockland Electric territory — the smallest of the four NJ IOUs, serving the northern border county. Full-retail NEM 1.0 intact; slightly lower sun hours than the state average due to latitude. |
Rates are approximate 2026 residential ranges on the dominant default tariff; actual bills vary by delivery-vs-supply split, tier, usage, and season. All four IOUs operate under the same BPU full-retail NEM 1.0 framework and SuSI eligibility. Verify your utility's current tariff and interconnection timeline before sizing a system.
The SuSI / SREC-II income stream
The Successor Solar Incentive (SuSI) program is the policy centerpiece that distinguishes New Jersey from almost every other state in this guide. Where net metering pays you for the energy your array produces, SuSI pays you for the renewable attribute of that energy — and the two stack. A residential system earns one SREC for every megawatt-hour generated, regardless of whether that energy is consumed on-site or exported, and sells the credits into New Jersey's Renewable Portfolio Standard market via PJM-GATS brokers or aggregators.
The administrated residential rate — the Administered Dynamic Incentive (ADI) — currently sits at approximately $$77/SREC, set at $77 for registrations on/after 2026-07-27 (down from the prior $85). On a typical 8 kW system generating roughly 7 SRECs per year, that is about $$539 of additional annual income for the life of the program obligation. It is genuine additional money, not a rate discount or a credit against future bills, and it is the reason New Jersey's payback math holds together without the federal residential credit.
| SuSI segment | 2026 status | Value | Who qualifies |
|---|---|---|---|
| Administered Dynamic Incentive (ADI) | Active — ~$77/SREC | ≈ $539/yr on an 8 kW system | Residential and small commercial systems (≤ 5 MW) in the administrated segment. BPU sets the ADI rate periodically; the current rate is $77/SREC for registrations on/after 2026-07-27 (previously $85/SREC). |
| Competitive Segment | Active — solicitations | Market-clearing $/MWh | Larger projects (> 5 MW) bid into periodic solicitations run by the NJ Clean Energy Program. Not applicable to typical residential rooftop. |
| Net Metering (1:1 retail) | Active — stacks on SuSI | Full retail offset on exports | All BPU-jurisdiction IOU customers (PSE&G, JCP&L, Atlantic City Electric, Rockland Electric). Annual true-up; surplus banked at the full retail rate. |
| SREC accrual basis | 1 SREC per MWh produced | Credits accrue on total production — consumed or exported — so a New Jersey homeowner effectively gets paid twice: once for the energy (net metering) and again for the attribute (SuSI). |
Why SRECs make New Jersey unusual
The double-pay structure — net metering for the energy, an SREC for the attribute — is the single feature that most separates New Jersey from neighbors like Pennsylvania (lower SREC values) or Virginia (a token SREC market at ~$15/SREC). When evaluating a lease or PPA, read carefully: developers often claim the SuSI credits in exchange for a lower monthly payment, which can be a reasonable trade but materially changes the long-run return. For a cash purchase, the credits are yours and accrue for the life of the program. Register your system with PJM-GATS through an aggregator shortly after your Permission to Operate date to begin earning.
New Jersey costs & payback in 2026
At $3.50/W, New Jersey sits modestly above the national average, reflecting Northeast labor rates, permitting overhead, and the soft costs of navigating four different utility interconnection processes. A typical 8 kW system runs about $$28,000 before incentives — but the 6.625% sales tax exemption knocks roughly $1,850 off at the point of sale, and the property tax exemption protects you from reassessment on the added value.
The 30% residential federal credit (Section 25D) ended December 31, 2025, so owned systems placed in service in 2026 no longer receive it; leased/PPA systems may still capture Section 48E for projects that began construction before July 4, 2026. New Jersey offers no state income-tax credit, so the SuSI income (~$$539/yr), the sales tax exemption, and the property tax exemption are the structural offsets — and at $$0.235/kWh, the retail-rate offset on self-consumed and banked energy is substantial.
The result is a roughly $14.9-year payback on the 8 kW model — longer than a Sun-Belt market, but achieved entirely on state policy rather than any federal help. Households with high consumption in PSE&G or JCP&L territory, where delivery rates run highest, see faster payback than the average, and the SuSI income shortens the timeline by a meaningful margin every year it accrues.
Methodology & data sources
Every figure on this page traces to a public source and a stated method. We publish this transparently so the numbers can be checked, challenged, and updated. Our broader methodology is described on the methodology page.
- ▸Electricity rates — residential retail rates from EIA Table 5.6.A (Form EIA-861), blended to a state average of ~$$0.235/kWh; city-level ranges reflect the dominant default tariff in each IOU territory, split between PSE&G, JCP&L, Atlantic City Electric, and Rockland Electric delivery costs.
- ▸Solar production — NREL PVWatts V8, modeled on an 8 kW fixed-tilt residential array at each city's latitude/longitude with standard system losses; the ~$11,100 kWh/yr figure reflects New Jersey's ~4.3–4.6 peak-sun-hour range.
- ▸SuSI / SREC-II values — NJ BPU Successor Solar Incentive program records, cross-referenced against the current ADI rate ($77/SREC for registrations on/after 2026-07-27, previously $85) tracked in our internal SSOT (7 SRECs/yr × $$77 = $$539/yr). Do not cite the stale $155/SREC figure.
- ▸Net metering — BPU full-retail NEM 1.0 rules with annual true-up, implemented identically by all four IOUs; cross-referenced against DSIRE (NC State University).
- ▸Installed pricing — Lawrence Berkeley National Laboratory's Tracking the Sun report, benchmarking per-watt installed costs by state and system size.
These figures are point-in-time estimates designed as a rigorous comparative baseline, not a binding quote for your specific roof. Real-world installed prices vary by installer, equipment, roof pitch, and permitting. Always validate against a firm installer quote and your utility's current tariff.
New Jersey solar — frequently asked questions
Is solar worth it in New Jersey in 2026?
For most New Jersey homeowners, yes — and New Jersey is one of the few states where the case does not depend on the federal credit. An 8 kW rooftop system costs about $28,000 (3.5/W) and pays back in roughly 14.9 years on ~$0.235/kWh residential rates and 4.4 peak sun hours, with the SuSI SREC-II income stream (~$539/yr) layered on top of full-retail net metering. The 30% federal residential credit (Section 25D) ended December 31, 2025, but New Jersey never relied on a state income-tax credit anyway — the SREC income and the tax exemptions carry the case.
How much does an 8 kW solar system cost in New Jersey?
A typical 8 kW array in New Jersey runs about $28,000 (3.50/W) before incentives — modestly above the national average, reflecting Northeast labor rates and permitting overhead. The 30% federal residential credit (Section 25D) ended December 31, 2025, so owned systems placed in service in 2026 no longer receive it. Leased/PPA systems may still capture Section 48E for projects that began construction before July 4, 2026. New Jersey offsets the higher base cost with a 6.625% sales tax exemption, a property tax exemption, and the SuSI income stream.
What is SuSI / SREC-II and how much does it pay?
The Successor Solar Incentive (SuSI) program is New Jersey's current SREC-II framework, administered by the Board of Public Utilities. A residential system earns one Solar Renewable Energy Credit (SREC) for every megawatt-hour it produces, and sells those credits through PJM-GATS brokers or aggregators. The administrated residential rate (the Administered Dynamic Incentive, or ADI) currently sits at approximately $77/SREC — set at $77 for registrations on/after 2026-07-27 (down from the prior $85). A typical 8 kW system generates about 7 SRECs per year, so the annual income is roughly $539. Crucially, SRECs accrue on total production, so you earn them whether the power is consumed on-site or exported.
Does New Jersey still have full retail net metering?
Yes. New Jersey mandates 1:1 full-retail net metering under Board of Public Utilities rules, with an annual true-up, for solar systems. PSE&G, JCP&L, Atlantic City Electric, and Rockland Electric all implement it. Summer surplus is banked at the full retail rate and drawn back through winter — there is no avoided-cost penalty for overproduction. This is the structural pillar that, combined with SuSI income, keeps New Jersey's economics workable without the federal residential credit.
Which utility serves my town — and does it matter for solar?
It matters for billing and interconnection specifics, but all four investor-owned utilities operate under the same BPU full-retail NEM framework and the same SuSI eligibility. PSE&G is the largest, serving Newark, Jersey City, Paterson, Elizabeth, and Trenton. JCP&L covers much of the central and shore counties. Atlantic City Electric serves the southeast. Rockland Electric serves the northern Bergen County border. Confirm your utility when sizing — delivery-rate components differ slightly, which shifts the exact offset value.
Do I need a battery for solar to make sense in New Jersey?
Unlike California under NEM 3.0, a battery is not central to the New Jersey payback case — full-retail net metering means exported surplus retains full value, so there's no arbitrage penalty to fix. A battery still makes sense for resilience (Northeast winter storms and tropical-system remnants cause real outages) and for households on time-of-use plans who want to shift evening load, but it is optional rather than structural. Storage economics here are driven by backup value, not by an export-rate gap.
How much electricity will solar produce in New Jersey?
New Jersey averages about 4.4 peak sun hours per day — the Mid-Atlantic norm. A south-facing 8 kW array tilted near latitude (~40°) typically produces on the order of 11,100 kWh per year. The southern Pine Barrens and shore counties run marginally above the state average, while the northwestern ridge-and-valley region sits a touch below. Hot, humid summers drive air-conditioning load that aligns well with peak solar output. Because full-retail NEM banks the summer surplus, annual production sizing — not peak-shaving — is the right objective.
What tax exemptions does New Jersey offer for solar?
New Jersey exempts solar energy equipment and installation from the 6.625% state sales tax, and exempts solar systems from property tax on the added value under N.J.S.A. 54:4-3.113. Together those two exemptions are worth roughly $1,850 on a typical $28,000 system at the point of sale, plus the ongoing property-tax protection. New Jersey offers no state income-tax credit for solar — the SuSI SREC-II income stream and the two tax exemptions are the structural state offsets.
Should I buy, lease, or take a PPA in New Jersey?
The 2026 expiration of the Section 25D residential credit sharpens the buy-versus-lease math. A cash purchase or low-interest loan keeps the full SuSI income stream, the net-metering offset, and the tax exemptions, but requires upfront capital and no longer receives a federal credit. A lease or PPA eliminates upfront cost and can still capture Section 48E (for projects that began construction before July 4, 2026), but the developer typically claims the SuSI credits and sets your payment. Because SuSI income is a meaningful annual stream, pay close attention to which party receives the SRECs under any lease or PPA — that is where the New Jersey deal terms diverge most from other states.
What should I look for in a New Jersey solar installer?
Look for a New Jersey-licensed electrical contractor (or a solar contractor with a valid NJ electrical license) with 5+ years of in-state experience and demonstrated SuSI/SREC filing competence. Verify NABCEP certification, ask for recent references in your utility territory (PSE&G, JCP&L, Atlantic City Electric, and Rockland Electric each have their own interconnection quirks), and confirm the warranty covers both workmanship and equipment. Walk away from any installer who still quotes a 30% federal credit on a 2026 owned-residential system — Section 25D expired December 31, 2025 — and from anyone who cannot clearly explain who receives the SuSI SREC income under their proposed contract.
How do permits and interconnection work in New Jersey?
New Jersey requires a building/electrical permit from your local jurisdiction and a uniform interconnection application to your utility (PSE&G, JCP&L, Atlantic City Electric, or Rockland Electric) under the BPU's standardized process. After installation and inspection, the utility issues a Permission to Operate (PTO), which is also the date your full-retail net-metering terms and SuSI SREC accrual begin. The process typically takes 4–8 weeks after installation; an installer experienced with your specific utility will navigate it faster. Register your system with PJM-GATS (usually via your SREC aggregator) to begin earning SuSI credits.
What is New Jersey's solar policy summary in 2026?
New Jersey runs full-retail NEM 1.0 net metering (1:1, annual true-up) across all four investor-owned utilities, plus the SuSI/SREC-II income stream at approximately $77/SREC (~$539/yr on an 8 kW system), a 6.625% sales tax exemption, and a property tax exemption. The federal Section 25D residential credit expired December 31, 2025; leased/PPA systems may still access Section 48E for projects that began construction before July 4, 2026. New Jersey offers no state income-tax credit — the SREC income and the tax exemptions are the structural stack. Track current net-metering and SREC policy with our NEM policy tracker.
Run the numbers for your New Jersey home
The calculators below use the same New Jersey data behind this guide. Start with ROI to model payback, then check the Incentive Finder to confirm the SuSI stack and tax exemptions for your ZIP code.
Solar ROI Calculator
Model NJ payback with your own PSE&G/JCP&L usage
System Size Calculator
Right-size your array for full-retail NEM banking
Incentive Finder
See SuSI, tax exemptions, and every program you qualify for
Financing Comparison
Lease vs buy after the 25D expiration — who keeps the SRECs
NEM Policy Tracker
Track NJ NEM 1.0 and any pending BPU changes
Battery Storage Guide
Storage as resilience, not as an export-rate fix
NEM Grandfathering Calculator
Value of holding full-retail NEM
Hidden Costs Calculator
Catch non-bypassable charges in NJ delivery tariffs
Related New Jersey & national guides
New York Comprehensive Guide
NY-Sun blocks, the 25% state credit, and the Value Stack Tariff
Pennsylvania Comprehensive Guide
PA SRECs, the PPL NEM transition, and the Philly $0.20/W rebate
U.S. Solar Hub 2026
How New Jersey compares nationally on cost-per-watt and payback
Our Methodology
How every figure on EnergyTools is sourced and calculated