Updated for 2026. Every rate and figure below is dated and linked to its source; utility charges and net-metering rules vary by location, so confirm current figures for your address before you decide.
The honest answer, before you scroll
- Solar can eliminate the energy part of your bill, but rarely the whole bill. A correctly sized grid-tied system with good net metering can zero out what you pay for electricity, yet you almost always still owe a fixed monthly charge to stay connected to the grid.
- That fixed charge is your bill’s floor. Most utilities bill a customer, basic-service, or minimum charge that solar cannot touch, commonly about $10 to $15 a month and ranging from near $0 to $30 or more by utility (U.S. Department of Energy, as of 2026).
- The average US home bill is about $142 a month (EIA, 2024), so a well-sized system commonly takes that from ~$142 down toward the fixed charge, not to exactly $0.
- Getting to a true $0 grid bill usually takes a battery (going effectively off-grid), which adds cost. For most homeowners, near-zero with net metering is the cheaper goal.
- The 30% federal solar tax credit is gone for 2026 installs. The residential credit (Section 25D) ended for systems placed in service after December 31, 2025 (IRS, as of 2026).
“Can solar eliminate your electric bill?” is really two questions hiding inside one. Can solar wipe out what you pay for electricity? For most homes with decent sun and fair net-metering rules, yes. Can it get your bill to exactly zero dollars? Almost never, because your utility still charges a fixed fee just to keep you connected. This guide separates the two clearly, shows you the anatomy of your bill so you can see what solar can and cannot erase, and uses current national data plus our own computed math so you can estimate where your own bill would land. It is part of our broader solar cost and savings guide, and it pairs with our deeper look at where the electricity savings actually come from.
Can solar eliminate your electric bill?
Solar can eliminate the electricity-usage charges on your bill, but for nearly every grid-connected home it will not eliminate the bill entirely, because utilities keep a fixed monthly charge that solar cannot offset. With a system sized to cover your yearly usage and a fair net-metering arrangement, the energy portion of your bill can drop to zero. What is left is the fixed cost of staying connected to the grid, commonly about $10 to $15 a month and sometimes more, plus any taxes or non-bypassable fees your utility applies (U.S. Department of Energy, as of 2026). So the realistic outcome for most homeowners is a bill that falls to near zero, not exactly zero.
To see why, it helps to know what your electric bill is actually made of. Your monthly bill is not one number; it is a stack of charges, and solar only reaches some of them. The table below is our breakdown of a typical residential bill and how far solar’s savings extend into each layer.
Illustrative. Charge names and structure vary by utility; check your own bill and tariff for the exact line items.
| Bill component | What it pays for | Can solar erase it? |
|---|---|---|
| Energy / supply charge | The kWh of electricity you actually use | Yes, this is the part solar is built to offset |
| Delivery / distribution (per-kWh) | Moving power over the wires, billed per kWh | Often, where net metering credits the full retail rate; less so where exports are credited lower |
| Fixed customer / basic-service charge | A flat monthly fee just to be connected | No, this is your bill’s floor (commonly ~$10 to $15/mo) |
| Taxes, riders, non-bypassable fees | Public-benefit charges, some state taxes (e.g. California non-bypassable charges) | Mostly no, these are charged on grid usage regardless of solar |
Bill anatomy is general and varies by utility. Fixed-charge and non-bypassable-fee treatment per U.S. Department of Energy (as of 2026); confirm the line items on your own utility bill and tariff.
How big is that fixed charge in real life? It ranges widely by utility, which is why it matters where you live. Below are four documented residential examples, low to high. Each is the flat amount the utility bills every month before you use a single kWh, and it is exactly the part a grid-tied solar customer keeps paying.
| Utility | Monthly fixed charge | What the utility calls it |
|---|---|---|
| Xcel Energy (Minnesota) | $6.00 | Basic Service Charge |
| Dominion Energy (Virginia) | $7.58 | Basic Customer Charge |
| Pepco (Washington, D.C.) | $18.09 | Customer Charge |
| Con Edison (New York City) | $21.00 | Basic Service Charge |
Sources, as of 2026: Xcel Energy Minnesota residential rate card; Dominion Energy Virginia Schedule 1; Pepco Schedule R (2026 rate year); Con Edison residential rates. Fixed charges change and vary; confirm your own utility’s current tariff.
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Why do you still get an electric bill with solar?
You still get a bill because a grid-tied solar home is still a grid customer: you pay a fixed connection charge, you buy any power your panels do not cover, and your utility decides how much your exported power is worth. Three things keep the bill above zero. First, the fixed customer charge described above is billed every month no matter how much solar you produce. Second, if your system is smaller than your usage, you still buy the shortfall from the grid at the retail rate. Third, net-metering rules set the value of the surplus you send back: where exports earn the full retail rate, a summer surplus can fully cover a winter shortfall, but where exports are credited below retail, the power you draw at night costs more than the credit you earned by day (U.S. Department of Energy, as of 2026). We explain how that crediting works in our guide to how net metering credits your solar exports.
This is also the answer to the common surprise of getting a bill in a low-production month. Solar output drops in winter and on cloudy days, so even a system that overproduces in summer can leave you buying grid power in December. Net metering is what smooths that out across the year, which is why the rules in your specific utility territory matter so much.
What would it take to get your electric bill to $0?
Reaching a true $0 bill takes more than covering your usage; you would have to eliminate the fixed charge too, which grid-tied solar cannot do. The table below is our own computation on the US average monthly bill of about $142 (EIA, 2024), splitting it into a roughly $12 fixed charge and about $130 of usage charges, then showing what different solar sizing does to it under full-retail net metering.
Illustrative, not a quote. Assumes a ~$12 fixed monthly charge, ~$130 of usage charges on a $142 average bill, and full-retail (1:1) net metering. Your fixed charge, rate, usage, and net-metering rules will shift these numbers.
| How you size the system | Usage charge left | Fixed charge left | Estimated monthly bill |
|---|---|---|---|
| No solar | ~$130 | ~$12 | ~$142 |
| Covers ~80% of usage | ~$26 | ~$12 | ~$38 |
| Covers ~100% of usage | ~$0 | ~$12 | ~$12 (the fixed-charge floor) |
| Covers ~110% of usage | ~$0 (surplus banked as credit) | ~$12 | ~$12; surplus rarely paid out as cash |
Average bill $142/mo from EIA (2024). The $12 fixed charge and $130/$130 split are illustrative national assumptions; oversizing past 100% usually banks credits at a low rate rather than a check, so it rarely lowers the bill below the fixed charge.
The key takeaway: even a perfectly sized system leaves the fixed charge, so the practical goal is near-zero, not zero. Deliberately oversizing your system to “beat” the fixed charge usually backfires, because most utilities pay very little for net annual surplus and some reset your credits at the yearly true-up. The smarter target is to size the system to your annual usage, capture the full usage savings, and accept the small fixed charge as the cost of a grid connection you can still lean on at night and in winter.
Do you need a battery to eliminate your electric bill?
You do not need a battery to erase the usage charges, but you do need one to eliminate the bill entirely, because zeroing the fixed charge means cutting the grid connection. With standard grid-tied solar and net metering, the grid acts as your free “battery”: you export surplus by day and pull it back at night, so most homeowners reach near-zero without storage. To reach a genuine $0 utility bill you would have to disconnect from the grid, which requires enough battery storage to carry your home through nights, cloudy stretches, and winter, plus usually a larger array (U.S. Department of Energy, as of 2026). Batteries add several thousand dollars or more, so for the vast majority of homeowners, staying grid-tied and paying the small fixed charge is far cheaper than buying your way to a literal zero. A battery still makes sense for backup power or where net metering is weak; it is just not the cheapest route to a low bill. See how storage fits the overall numbers in our financial analysis of whether solar is worth it.
How much can solar actually lower your electric bill?
For a well-sized system with fair net metering, solar commonly takes the usage charges to near zero, cutting a typical bill from about $142 a month down toward the fixed charge, roughly $1,500 or more of savings a year. At the US average residential rate of 18.83 cents per kWh (EIA, as of March 2026), every kWh your panels offset is money off the bill, and the higher your local rate, the more each kWh is worth. That is why the same system eliminates more of the bill in a high-rate state than a low-rate one. Two identical homes can see very different results purely from their utility rate and net-metering rules. For a full breakdown of how those savings build over 25 years, see our guide to where the electricity savings come from, and for the up-front side of the equation, how much solar panels cost.
Why is my electric bill still high even with solar?
If your bill stayed high after going solar, the usual causes are an undersized system, a net-metering rate below retail, time-of-use pricing, or a once-a-year true-up charge. An undersized array leaves you buying a lot of grid power at retail. If your utility credits exports below the retail rate, your daytime surplus is worth less than your nighttime draw, so the bill does not fall as far as expected. Under time-of-use rates, power you import during expensive evening hours can cost more than the credit you earned at midday. And many utilities settle net metering on an annual true-up, so a big bill can arrive once a year that reflects the whole year’s net usage rather than a single month (U.S. Department of Energy, as of 2026). The fixes are to size the system to your real annual kWh, understand your utility’s export credit and rate plan before you sign, and read your true-up statement rather than only the monthly bills.
The export credit rate is the single biggest reason two identical systems land at different bills. The table below extends our earlier math to show it. It takes the same $142 average bill (about $12 fixed plus $130 usage) and the same system that produces 100% of a home’s annual electricity, but this time it varies how the utility values the surplus you export. It assumes roughly half your solar is used on-site the moment it is produced (worth full retail) and half is exported and credited at the rate shown.
Illustrative, not a quote. Assumes a 100%-of-usage system on a $142 bill ($12 fixed + $130 usage), about half the solar self-consumed at full value and half exported at the credit rate shown. Real self-consumption, rates, and rules vary.
| How your utility credits exported power | Usage charge left | Fixed charge left | Estimated monthly bill |
|---|---|---|---|
| Full retail, 1:1 net metering | ~$0 | ~$12 | ~$12 |
| Exports credited at ~75% of retail | ~$16 | ~$12 | ~$28 |
| Exports credited at ~25% of retail (net billing) | ~$49 | ~$12 | ~$61 |
Our own computation. Same $142 bill and 100%-production system as above; only the export credit rate changes. This is why a system that fully covers your usage on paper can still leave a real bill where exports are credited below retail, the direction several states have moved.
Does the answer depend on your state or utility?
Yes, more than almost anything else. Whether solar erases your bill depends on your electricity rate and your utility’s net-metering rules, both of which are local. States with high rates and full-retail net metering make it easiest for solar to wipe out the usage charges; states that have moved to lower export credits or added fixed and non-bypassable charges make a true near-zero bill harder. California, for example, applies non-bypassable charges that a solar customer keeps paying on grid usage, and has shifted new solar customers to a net-billing structure that credits exports below the old retail rate (California Public Utilities Commission, as of 2026). This is exactly why a national average only gets you so far, and why we publish the real rate and net-metering rules by location. For a concrete high-rate example, see how the math works on our Boston solar page, and check the incentives and rules that apply at your own address.
Bottom line: For most homes, solar can take your electric bill to near zero, not exactly zero. Size the system to your yearly usage, learn your utility’s net-metering and fixed-charge rules, and treat the small monthly connection fee as the price of keeping the grid as your backup. Chasing a literal $0 bill usually means adding a battery and disconnecting, which costs far more than the fee it removes.
How to find out where your own bill would land
The only way to know your real answer is to price it at your address, because your rate, usage, and net-metering rules are specific to you. Pull twelve months of usage from your utility so you know the annual kWh a system needs to offset, then check your bill for the fixed customer charge, that is the floor solar cannot remove. From there, comparing quotes from licensed installers who know your utility’s rules will tell you how close to zero you can realistically get. Rather than chasing a “best installer” list, screen each company on objective criteria: a valid state license, NABCEP-certified installers, a written warranty, real reviews, and a transparent quote that spells out system size and expected offset. Learn how MySolarFY matches you with licensed installers, and see how we source our numbers on our data and methodology page.
Frequently asked questions
Do you still pay an electric bill with solar panels?
Usually yes, a smaller one. Solar offsets the electricity you use, but nearly every grid-connected home still pays a fixed monthly charge just to stay connected, commonly about $10 to $15 and sometimes more (U.S. Department of Energy, as of 2026). With a system sized to your annual usage and full-retail net metering, the usage charges can drop to zero, leaving mostly that fixed charge. So the typical outcome is a bill near zero, not exactly zero, unless you add a battery and disconnect from the grid.
Why am I getting an electric bill when I have solar?
A few reasons. Your utility still bills a fixed connection or minimum charge that solar cannot erase. If your system is smaller than your usage, you buy the shortfall from the grid, and solar produces less in winter and on cloudy days. How much your exported power is worth depends on your net-metering rules, and some utilities settle it once a year in a true-up, so a larger bill can arrive annually. Sizing the system to your real annual kWh and understanding your export credit are what keep the bill low.
Can solar panels get my electric bill to exactly zero?
Rarely, while staying on the grid. A well-sized system with good net metering can zero out the usage charges, but the fixed monthly customer charge remains, so the bill lands near the fixed charge rather than at $0. Oversizing to beat the fee usually does not help, because most utilities pay little for net annual surplus. The only reliable way to a true $0 utility bill is to add enough battery storage to disconnect from the grid, which costs far more than the fee it removes.
Do I need a battery to eliminate my electric bill?
Not to erase the usage charges. With standard grid-tied solar, the grid acts as your battery through net metering: you export by day and draw at night, reaching near-zero without storage. You only need a battery to eliminate the bill entirely, which means going off-grid and cutting the connection that carries the fixed charge (U.S. Department of Energy, as of 2026). Because batteries add several thousand dollars or more, staying grid-tied and paying the small fixed charge is cheaper for most homeowners. A battery still helps for backup power or where net metering is weak.
How much do solar panels cost for a $200 electric bill?
A $200 monthly bill is about $2,400 a year, which at the US average rate of 18.83 cents per kWh (EIA, as of March 2026) is roughly 12,700 kWh a year. Depending on your sun, offsetting that typically needs about a 8 to 10 kW system, which runs roughly $21,000 to $31,000 before incentives at 2026 national prices. Your local rate and sun change the size and cost, so start from the annual kWh on your bill. See our full breakdown of how much solar panels cost.
Is the 30% federal solar tax credit gone in 2026?
Yes. For a homeowner installing in 2026, the 30% federal solar tax credit is gone. The federal Residential Clean Energy Credit (Section 25D) ended for systems placed in service after December 31, 2025, under the One Big Beautiful Bill Act, so a homeowner who installs solar in 2026 cannot claim it (IRS, as of 2026). A separate commercial credit, Section 48E, can apply to leased or PPA systems, but the company that owns the system claims it, not you. State, local, and utility incentives plus net metering still apply where you qualify. MySolarFY does not provide tax advice; consult a tax professional.
Can I get solar with no up-front cost?
Some homeowners can, through a lease or power purchase agreement (PPA) where eligible, which can mean nothing due at installation in exchange for monthly payments. This is not free solar; it is a long-term agreement, typically 20 to 25 years, and on a lease or PPA the company that owns the system keeps the incentives and any tax benefits, so total payments can exceed a cash purchase. If you want to own the system and its savings outright, a cash purchase or solar loan is the path that keeps them. Check what you qualify for before deciding.
Reviewed by the SolarFY Editor. Figures were verified against the linked U.S. Department of Energy, EIA, and IRS sources as of July 2026; electricity rates, utility fixed charges, and net-metering rules change and vary by location, so confirm current figures for your address before you decide. See how we research and source our data.
MySolarFY is a free service that matches homeowners with licensed solar installers. We are not an installer, financing company, tax advisor, or government program. “No up-front cost” refers to qualifying lease or PPA financing, where eligible homeowners may have no out-of-pocket cost at installation; lease and PPA terms typically run 20 to 25 years, may include an annual price escalator, and total payments may exceed the cost of a cash purchase, and the incentives and tax benefits go to the company that owns the system. Solar panels are not free and payments apply. The federal residential solar tax credit (Section 25D) ended for systems placed in service after December 31, 2025. All bill, savings, and offset figures on this page are illustrative national estimates, not quotes or guarantees, and depend on your roof, usage, rate, and utility. Incentives, savings, and rates vary and are not guaranteed. MySolarFY does not provide tax or financial advice; consult a licensed professional about your own situation.
