Net metering was never as simple as “sell your excess solar back to the grid for full retail price.” That was the rosy version. The reality in 2026 is messier, more state-dependent, and shifting faster than most solar shoppers realize.

Here’s what the coverage gets wrong: most articles still describe net metering like it’s a fixed, nationwide policy. It’s not. It’s a patchwork of state rules, utility-specific riders, and regulatory decisions that have been quietly rewritten over the last three years. If you’re sizing a system right now based on 2022 assumptions about bill credits, you may be leaving a significant chunk of your payback calculation on the floor.

Let me walk you through where things actually stand.

How Net Metering Actually Works (And Why the Rate Is the Whole Game)

Your solar panels overproduce during the day, that surplus goes to the grid, you get a credit. At night, you draw power back and those credits offset what you owe. The mechanic is straightforward.

The rate you earn per kilowatt-hour is everything. If your utility credits you at the full retail rate (say, $0.14/kWh in Ohio or $0.32/kWh in California), the math works. If they credit you at the wholesale or “avoided cost” rate, which might be $0.03 to $0.06/kWh, you’ve just lost 75-80% of the value of every excess kilowatt you push back. That’s the difference between a 7-year payback and a 14-year one on the same hardware.

Most people don’t realize that “net metering” on a utility’s website can mean anything from full retail compensation to a severely reduced buyback rate with monthly fees stacked on top. The label stays consistent. What it covers isn’t.

The State Landscape in 2026: Winners, Losers, and the Uncertain Middle

Recommended Emporia Vue Gen 2 Home Energy Monitor 16 Sensors

Monitor 16 circuits in real time with solar and net metering support to optimize your solar ROI.

Check Price →

Below is every state’s current export-compensation status in one searchable, sortable table. Use it as the starting point, then confirm your own utility’s tariff, because the credit is often set utility by utility.

Net Metering Policy by State (2026)

How each state compensates rooftop-solar exports at the statewide/dominant-utility level: full retail 1:1 credit, net billing at a reduced export rate, or no statewide mandate. Net metering is often set utility-by-utility, so your specific credit can differ; confirm with your utility and the DSIRE database. Most states grandfather existing customers 10-20 years when rules change.

States still offering solid retail-rate net metering:

Illinois, New Jersey, and Massachusetts are still running programs that credit close to full retail. New Jersey’s successor tariff structure pays slightly below retail but remains competitive, somewhere in the $0.09-$0.11/kWh range depending on your utility. Massachusetts has its SMART program layered on top, which adds a separate per-kWh incentive. If you’re in either state, the economics still work.

Texas is a useful counterexample. There’s no statewide net metering mandate. Oncor, CPS Energy, and Reliant all handle compensation differently. CPS Energy’s net metering program, as of early 2026, pays a reduced avoided-cost rate well below retail. Some smaller Texas co-ops are even worse. If a solar salesman in Houston tells you you’ll get “full retail credit,” get that in writing and verify it with your utility directly.

California’s NEM 3.0 is still the biggest cautionary tale.

The California Public Utilities Commission rolled out Net Billing Tariff (their rebranded NEM 3.0) in April 2023, and by 2026 the industry has fully absorbed the hit. Export rates dropped roughly 75% compared to NEM 2.0. What used to pencil out at an 8-year payback now stretches to 10-14 years without battery storage. The CPUC’s intent was to push customers toward pairing solar with batteries (specifically evening-load shifting), and it’s working: battery attachment rates in California jumped from around 30% to over 60% since the rule change, according to EnergySage’s market data.

If you’re in California now, a solar-only system is a significantly weaker investment than it was three years ago. Solar plus a Tesla Powerwall 3 or Enphase IQ Battery 5P changes the math considerably because you’re consuming your own production instead of exporting it at $0.04/kWh.

Nevada swung back.

Nevada famously gutted its net metering program in 2015, triggered a mass solar industry exodus, then partially restored it. In 2026, the program has stabilized but credits are tiered by how much solar capacity is already installed in the state. The rate degrades as more solar comes online. Not ideal, but it’s functional and predictable enough to plan around.

States moving toward “net billing” or “value of solar” tariffs:

Arizona, Utah, and Arkansas have all shifted away from full retail credit in the last few years. Arizona moved to a “resource comparison proxy” rate that’s essentially avoided wholesale cost. Utah follows a similar structure. The U.S. Department of Energy has documented this national trend toward avoided-cost compensation, framing it as an equity policy debate, though the effect on individual homeowners is straightforwardly financial: lower returns.

Florida, interestingly, still has a strong statewide retail-rate net metering law. The legislature tried to pass major rollbacks in 2022 and the governor vetoed it. There was another push in 2023 that partially succeeded, but grandfathering provisions are strong and new installs as of mid-2025 still earn reasonable compensation. Watch this space.

The “Grid Access” Fee Problem Nobody Talks About

Even states with good net metering rates have been allowing utilities to add fixed grid participation fees for solar customers. These are monthly charges (sometimes called “standby fees” or “grid access fees”) that show up regardless of your usage or export.

Georgia Power charges solar customers a fixed monthly fee. APS in Arizona has had various forms of a demand charge for solar customers. In some cases these fees run $10-$20/month, which sounds small but represents $120-$240/year shaved off your system’s annual savings. Over 25 years that’s $3,000-$6,000 in eroded returns.

When you’re evaluating a quote, the installer’s production estimate and the bill savings projection need to account for these fees. Most don’t, at least not clearly. I’ve reviewed proposals from major national installers that listed net bill savings without mentioning a $15/month grid fee anywhere in the assumptions. That’s not accidental. Always ask: “Does your savings estimate include any fixed utility fees that will apply to my account post-install?”

How to Look Up What Your State (and Utility) Actually Pays

The Database of State Incentives for Renewables and Efficiency (DSIRE, at dsireusa.org) is the most reliable free resource. It’s not perfect and sometimes lags a few months behind regulatory changes, but it’s far more accurate than most installer-provided summaries.

For your specific utility rate, pull the tariff sheet directly from the utility’s website. Look for “Schedule NEM,” “Net Billing Tariff,” or whatever they’ve named their solar rate. It’ll be a dry document with tables. Find the line that says the per-kWh credit rate for exports. That number is what matters.

Then cross-reference with EnergySage’s market data, which tracks average system costs and payback periods by state. This lets you sanity-check whether a quote you’ve received is realistic for your area.

A few things to verify before signing anything:

  1. The current export credit rate per kWh (retail vs. avoided cost vs. tiered)
  2. Any fixed monthly fees specific to solar customers
  3. Whether grandfathering applies if you install now but the rate changes later, and for how many years
  4. Minimum system size requirements or maximum capacity caps
  5. Whether your utility is investor-owned (regulated by the state PUC) or a co-op/municipal (often exempt from state net metering mandates)

That last point catches people off guard. Rural electric cooperatives in many states operate under their own rules and can offer significantly worse compensation than the investor-owned utility next county over.

Sizing Your System for the Rate Structure You Actually Have

This is where net metering rates should directly change your engineering decisions, and most homeowners don’t realize it.

If you’re in a state with full retail net metering, you can reasonably size your system to 100-110% of your annual consumption. Excess production exports at a rate that makes it worthwhile to overproduce.

If you’re in a reduced-rate or avoided-cost state (California post-NEM 3.0, Arizona, parts of Texas), the calculus flips. You want to size the system to cover your self-consumption closely, avoid significant export, and pair storage if you can. Oversizing and exporting at $0.04/kWh while paying retail prices to buy power back at night is a bad trade.

A 7kW system on a house that only needs 6kW of production might have been the right call in 2019. Today in California, it might add years to your payback. The U.S. Department of Energy actually addresses this in their homeowner guidance: they recommend analyzing your specific utility’s compensation structure before finalizing system size, not after.

For monitoring your production and self-consumption ratio, a good home energy monitor like the Emporia Vue 2 or Sense Energy Monitor (both on Amazon, where this site may earn a small commission) helps you understand when and where you’re consuming power. That data is invaluable for tuning battery charge/discharge schedules in a low-export-rate environment.

The states with strong net metering right now won’t all look this way in five years. California was a cautionary tale few saw coming at scale. Florida’s situation is still unresolved. If you’re seriously evaluating solar in 2026, treat the export rate as a core input in your financial model, not a footnote. A system that makes sense at $0.14/kWh export credit may not make sense at $0.04/kWh, and getting that number wrong before you sign a 25-year loan is an expensive mistake to correct.

Sources

Disclosure: As an Amazon Associate, we earn a small commission from qualifying purchases at no extra cost to you. We only recommend products that genuinely support the topics covered in this article.

Disclosure: As an Amazon Associate, we earn a small commission from qualifying purchases at no extra cost to you. We only recommend products that genuinely support the topics covered in this article.