Net Metering Explained: How to Get Paid for Your Solar Power

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Net Metering Explained: How to Get Paid for Your Solar Power

Meta Description: Complete guide to net metering — how it works, state-by-state policies, 1:1 vs avoided cost rates, time-of-use optimization, and how to maximize your solar credits in 2026.

Target Keywords: net metering explained, how does net metering work, net metering by state, solar net metering 2026, sell solar power back to grid, solar energy credits

Net metering is the single biggest financial factor in whether residential solar makes sense. It determines how much your utility pays (or credits) you for the excess solar power you send back to the grid — and the rules vary wildly by state and utility.

If your utility offers full retail net metering (1:1), solar is a no-brainer. If they offer wholesale or “avoided cost” rates, the math gets tighter. And if they offer nothing? You’d better have batteries.

What Is Net Metering?

Net metering is a billing arrangement where your utility credits you for excess solar electricity you export to the grid. Your electric meter literally runs backwards (or the modern digital equivalent) when your panels produce more than your home uses.

How It Works

Daytime: Your solar panels produce power. Your home uses what it needs, and the excess flows to the grid. Your meter records the export.

Nighttime: Your panels produce nothing. You draw power from the grid normally. Your meter records the import.

End of month: Your utility nets the two. If you exported 500 kWh and imported 400 kWh, you’re billed for net -100 kWh — meaning you have a 100 kWh credit.

The Three Types of Net Metering

1:1 Retail Rate (Best)

Every kWh you export is worth the same as every kWh you import. If you pay $0.12/kWh for grid power, you get $0.12 credit for exported solar. This is the gold standard and makes solar economics straightforward.

Avoided Cost / Wholesale (Common)

You get credited at the utility’s wholesale cost — typically $0.02–0.05/kWh — instead of the retail rate. This dramatically reduces the value of exported power and extends payback periods. Battery storage becomes much more attractive because stored solar is worth the full retail rate (avoided import).

Net Billing / Buy-All-Sell-All (Growing)

You sell all production to the utility at one rate and buy all consumption at another. The sell rate is usually lower than the buy rate. Common in states that have moved away from traditional net metering.

Net Metering by State (2026 Landscape)

The policy landscape is shifting rapidly. Here’s the general picture:

States With Strong Net Metering (1:1 Retail)

These states still offer full retail rate net metering for residential systems:

  • New Jersey — Strong policy, uncapped for residential
  • New York — VDER (Value of DER) program, effectively near-retail
  • Massachusetts — Good credits through SMART program
  • Maryland — 1:1 net metering preserved
  • Colorado — 1:1 for co-ops and municipal utilities
  • Oregon — 1:1 net metering with annual true-up
  • Several others — Check dsireusa.org for current policies

States With Weakened/Modified Net Metering

  • California — NEM 3.0 drastically cut export credits (from ~$0.30 to ~$0.05/kWh). Battery storage now almost mandatory.
  • Nevada — Reduced net metering rates after controversy, partially restored
  • Arizona — Moved from retail to avoided cost in most utility territories
  • Hawaii — No traditional net metering for new installs (grid-supply or self-supply programs instead)
  • Indiana, Louisiana — Transitioning away from 1:1

States With No Net Metering Requirement

  • Alabama, Tennessee, Mississippi — TVA territory, limited or no net metering
  • South Dakota, Idaho — Limited policies

How to Check Your State

  1. DSIRE Database: dsireusa.org — the definitive source for solar incentive policies
  2. Your utility’s website: Search for “solar” or “net metering” or “distributed generation”
  3. Call your utility: Ask specifically about residential solar interconnection and compensation rates

Maximizing Net Metering Value

Strategy 1: Right-Size Your System

Don’t over-produce. If you export 5,000 kWh/year but only import 4,000 kWh, that extra 1,000 kWh may be credited at a lower rate (or not at all, depending on annual true-up policies).

Optimal system size = Annual consumption × (1.0 to 1.1)

Match your annual production to your annual consumption, with a small buffer for degradation.

Strategy 2: Shift Consumption to Solar Hours

If your utility uses time-of-use (TOU) rates:

  • Run heavy loads during solar production hours (dishwasher, laundry, EV charging, pool pump)
  • Minimize grid import during peak rate hours
  • Export during peak rate hours when your credits are worth the most

Example: If peak rates are $0.30/kWh from 4–9 PM and off-peak is $0.10/kWh:

  • Export during peak → get $0.30/kWh credit
  • Import during off-peak → pay $0.10/kWh
  • Net benefit: $0.20/kWh arbitrage

Strategy 3: Add Battery Storage

Batteries are the net metering hedge. If your utility cuts net metering rates (which is the trend), batteries let you:

  • Store daytime solar for nighttime use (self-consumption)
  • Avoid importing during expensive peak hours
  • Maintain value regardless of export compensation rates

With batteries, you’re less dependent on net metering policy — your solar value comes from avoided imports rather than export credits.

Strategy 4: Monitor and Optimize

Use Solar Assistant or similar monitoring to track your production, consumption, and export patterns. Identify waste (exporting when you could self-consume) and adjust accordingly.

Annual True-Up: How Credits Roll Over

Most net metering programs work on a 12-month cycle:

  • Monthly: If you produce more than you consume in a month, credits roll to the next month
  • Annual true-up: At the end of 12 months, excess credits are reconciled
  • Some utilities pay you for the excess (usually at avoided cost)
  • Some utilities zero out your credits (use-it-or-lose-it)
  • Some utilities roll credits indefinitely

Your true-up month matters. Set it to a month where you’re likely to have the least credits (winter for most areas). This ensures you carry credits through the high-production summer months and use them during low-production winter months.

Common Net Metering Myths

“My utility will pay me a check every month”

Usually no. Net metering typically applies credits to your bill. You may still have a minimum monthly charge ($10–15) regardless of production. And any excess credits at annual true-up are compensated at a lower rate, not retail.

“I can zero out my electric bill”

Possible, but you’ll likely still pay:

  • Fixed monthly service charge ($10–20)
  • Minimum delivery charge
  • Taxes and fees

A well-sized system can reduce your electric bill by 80–95%, but hitting exactly $0 is difficult.

“Net metering is going away everywhere”

It’s changing, not disappearing. Utilities are replacing 1:1 retail with lower export rates, but most states still have some form of solar compensation. The trend is toward value-based compensation (time-of-use credits) rather than flat 1:1.

“I need net metering for solar to be worth it”

Not anymore. With LiFePO4 battery prices under $100/kWh, self-consumption without net metering can still pencil out in areas with high electricity rates ($0.15+/kWh). The payback is longer, but the math works.

What If Your Utility Doesn’t Offer Net Metering?

If you have no net metering or very low export rates, pivot your strategy:

Self-Consumption First

Size your solar system to match your daytime consumption, not your total consumption. Add batteries for evening/night use. Goal: minimize grid interaction entirely.

Battery Storage Is Essential

Without net metering, every kWh you export is lost value. Batteries capture that energy for later use. A properly sized battery bank can achieve 80–90% self-consumption even without net metering.

Off-Grid Might Make Sense

If your utility charges high fixed fees AND offers no net metering, the economics of going completely off-grid improve. Run the numbers — sometimes the utility connection itself costs more than the energy it provides.

Related Guides

Questions about net metering in your area? Drop a comment below or check out our other solar guides

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