New Jersey Solar Incentives, Savings & Net Metering (2026)

What can solar actually save a New Jersey household?

The average NJ household uses 9,972 kWh/year. At NJ's solar yield of 1398 kWh per kW installed per year (NREL PVWatts, central NJ), covering that usage requires roughly a 7.1 kW system. There's no current LBNL Tracking the Sun installed-cost figure for New Jersey, so we're not showing a $/W headline — get quotes from at least three installers to benchmark cost.

What we can model: two separate revenue streams from solar in New Jersey.

These are estimates for a representative household at NJ's average usage. Self-consumption rate (40%) is a modeling assumption, not a sourced statistic. Bill savings assume retail-rate net metering on all exported kWh. SREC-II income modeled at a fixed $77/MWh with 0.5%/yr panel degradation; actual payments depend on production, program enrollment, and future rate adjustments by the NJBPU. 25-year bill savings escalated at 3%/yr. System cost not shown — get installer quotes to calculate payback.

Net metering in New Jersey

New Jersey requires all four investor-owned electric utilities to offer net metering under the state's Electric Discount and Energy Competition Act (N.J.S.A. 48:3-87), in place since 1999 and implemented through NJ BPU rules at N.J.A.C. 14:8-4. "Full-retail" net metering means the utility credits your bill for every kWh your panels push onto the grid at the same rate you pay to pull power from the grid.

This is meaningfully different from California's current Net Billing Tariff, where export credits are set by an avoided-cost formula and run roughly 75% below the retail rate. In NJ, a solar-only household (no battery) still earns full value for every exported kilowatt-hour — so oversizing slightly to maximize exports can make economic sense here in a way it doesn't in California.

PARTIALLY UNVERIFIED: This research pass confirmed (via NJ's Clean Energy Program) that net metering is a real, current, statewide requirement administered under NJ BPU authority, and that it is longstanding law (N.J.S.A. 48:3-87 / N.J.A.C. 14:8-4). However, we could not pull a live 2026 NJ BPU or utility tariff document this session that restates the exact current credit-rate methodology in numeric terms (i.e., whether netting is monthly with an annual true-up, and whether any true-up excess is paid out at the utility's avoided-cost rate, rolled over, or forfeited) -- PSE&G's and JCP&L's own net-metering pages returned 403/redirect errors to our automated fetch, and NJ BPU's/NJ Clean Energy Program's net-metering-specific explainer page (previously at njcleanenergy.com/renewable-energy/programs/net-metering) has been removed/not migrated to the new cleanenergy.nj.gov site structure. Historically (and per third-party aggregators reviewed only to help locate primary sources, not cited as the fact source here) NJ nets monthly and true-us annually with excess paid at avoided cost -- but that specific mechanic should be confirmed against a current PSE&G/JCP&L/Atlantic City Electric/Rockland Electric tariff or a current NJ BPU order before publishing it as a numeric claim.

Batteries & the Garden State Energy Storage Program

Because NJ's net metering already pays full retail for exports, adding a home battery is less of a financial slam dunk here than in California, where exporting excess power earns almost nothing. That said, a battery adds backup power during outages — a real consideration for NJ homeowners who remember Superstorm Sandy — and the GSESP, if it opens, could add an explicit financial incentive on top.