York County ranks 2nd in Pennsylvania for power outages. Met-Ed raised rates four times since January 2025 — and the grid investment bill is still coming.
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* These are estimates and can vary based on several factors.
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Every time Met-Ed settles a rate case, resets the supply rate, or passes through what PJM charges for capacity, York homeowners absorb another increase. Solar panels York PA homeowners install today lock in a rate that doesn’t move with any of it. Solar York means paying for what your panels produce — not whatever Met-Ed decides to charge next.
York County ranks 2nd among all 67 Pennsylvania counties for total power outages, with FirstEnergy’s Met-Ed accounting for the majority. The cause is straightforward: an aging grid under growing demand. York County has grown 8% since 2010, and the infrastructure serving it hasn’t kept pace.
Met-Ed is responding with its Long-Term Infrastructure Improvement Plan — replacing copper wire with aluminum, installing 53 automated switching devices with SCADA remote control technology, and upgrading poles and fuses across York and Adams Counties. The project is part of FirstEnergy’s broader $26 billion Energize365 program running through 2028.
Pennsylvania’s grid is also one of the oldest in the country: federal energy data shows most U.S. transmission and distribution equipment was built in the 1960s and ‘70s and is nearing the end of its design life. Replacing it is work that shows up on your bill as distribution increases.
Data centers are adding to that bill too. Pennsylvania ratepayers covered an estimated $491.7 million last year alone in grid upgrades built specifically to connect private data centers to the system. Add supply and delivery together and Met-Ed’s rates are up roughly 109% since 2021 — more than double.
Infrastructure investments don’t pay for themselves. Every dollar spent on York County’s grid modernization gets recovered through future rate increases. On top of that, PJM’s backlog of delayed clean energy projects is projected to cost Pennsylvania ratepayers $12.5 billion in a single year. Solar York PA homeowners lock their rate before those bills arrive.
Lock My Rate Now →Your Met-Ed rate is pre-loaded. Tell us your monthly bill. We calculate your Year One savings and 25-year projection on the spot.
A Solar Energy Consultant assesses your roof, its sun exposure, and your annual usage. They custom design a system for your home or tell you honestly if your home doesn’t qualify for solar.
The Solar Energy Consultant handles the Met-Ed interconnection application, net metering enrollment, and all permit paperwork with them, the township, and the HOA (if present). From signing to installation typically takes two to three months.
Once installation and final inspections are complete, your utility gives the official Permission to Operate (PTO). At that point, your system is activated and starts producing power.
Home solar panels York homeowners install are roof-mounted, permitted locally, and sized to your actual Met-Ed bill. Solar panel installation in York PA follows the same Met-Ed interconnection process whether you’re in York City or any surrounding township. Solar panel installation York PA takes just a few months from start to finish. Residential solar panels York homeowners choose consistently show the same economics across the county. Solar panels York County stretch from York City to the rural townships — every homeowner on Met-Ed shares the same rate exposure. Solar energy York PA homeowners generate on their roof means paying for what your panels produce, not what PJM clears next quarter. When choosing York solar services, look for a solar installer in York County who knows local permitting, Met-Ed interconnection, and the township-by-township process.
Look for a Pennsylvania-licensed company that already knows Met-Ed's interconnection requirements and how permitting differs from one York County township to the next. A good installer is local, answers the phone after the sale, and stands behind the equipment with a 25-year warranty. Under a no-cost PPA, none of that costs you anything.
York County sits 2nd among Pennsylvania's 67 counties for total power outages, and Met-Ed/FirstEnergy accounts for most of them. The main cause is an aging grid carrying more load as the county grows — population is up 8% since 2010.
Met-Ed's $153M improvement plan is the fix: smart switching, new poles and wire, and SCADA remote-control devices. The catch is that the spending gets recovered through future rate increases, so York customers end up paying for the repairs.
Probably. Met-Ed raised rates four times between January 2025 and June 2026, and the supply portion of the bill is up 24.6% in the past year. The $153M York and Adams County grid rebuild is still to be paid for, and PJM's backlog of delayed clean energy projects is projected to cost PA ratepayers $12.5 billion in a single year.
A solar PPA fixes your per-kWh price for the length of the contract, so whatever Met-Ed files next doesn't change what you pay for the power your panels make.
The wholesale market is the culprit. PJM Interconnection, where every PA utility (Met-Ed included) buys its power, saw capacity auction prices jump more than 800% in 2024. Data center demand, power plant retirements, and transmission bottlenecks all fed that spike.
Utilities pass those costs straight to customers through supply rate changes twice a year. The causes are structural, so expect more of this rather than a one-time blip.
None of them held back. PPL raised supply rates 20% in 2025, and PECO's all-in rates climbed 19.4% over 18 months. Met-Ed, which serves York, raised supply 24.6% in the past year. Duquesne Light now has the highest all-in rate in the state at roughly 22.4¢/kWh, after the biggest single-reset jump of any PA utility in December 2025.
Penelec, West Penn Power, Penn Power, and Citizens Electric customers saw comparable increases. Whichever utility you're on, solar installers in Pennsylvania offer fixed rates below the current utility price.
Ahead of your utility's next rate reset. Pennsylvania utilities reset supply rates twice a year, and every increase that lands before your system turns on is one you pay at full retail.
From signing to installation typically takes two to three months, with activation following. The sooner you start, the more resets you skip paying full price for.
Under a Power Purchase Agreement, the solar company installs, owns, and maintains the system on your roof. You pay per kilowatt-hour for the power it produces, at a rate under your utility's. There's no upfront cost and no equipment or maintenance bills, because you don't own anything.
Buying outright usually runs $15,000–$25,000 up front (less or more depending on system size). In return you get ownership, the tax benefits, and possibly added resale value — but you also take on repair and maintenance risk for 25+ years.
A lease is different again: you pay a flat monthly amount whether the panels produce a lot or a little. A PPA bills only for actual production, so your payment follows your real usage. For homeowners who don't want to put cash down or carry ownership risk, a PPA delivers the savings without either.
Nothing up front — you just pay less for your electricity. With a no-cost PPA, you're billed only for the electricity the system generates, at a rate below what your utility charges. No installation fees, no equipment costs, no maintenance bills. The free savings estimate above works out what that looks like for your house.
Because buying a system outright typically costs $15,000–$25,000, which is exactly why no-cost PPA programs exist. The solar company pays for the equipment and installation, carries the risk, and bills you per kWh at a rate under your utility's current price.
So for most Pennsylvania homeowners, the sticker-shock concern doesn't apply. Take the upfront price out and the pros and cons of solar look very different.
If you purchased a system, expect about $15,000–$25,000 depending on its size. Under a PPA, nothing is due at signing or install — you just have cheaper electric bills. What you pay afterward is simply a per-kWh rate — the same kind of charge you already get from your utility, just lower.
Yes — nothing up front under a PPA. You just pay less for your electricity. As for lifespan, most panels carry a 25-year warranty and keep producing well past it, typically at 90–93% of original output after 25 years.
Yes, but a much smaller one. You pay the solar company for what your panels generate (at a rate below the utility's) and pay Met-Ed only for whatever grid power you still use.
If your system is sized to cover 100% or more of your annual usage, the utility bill can shrink to the monthly customer charge, typically $10–15.
Yes — it's one of the stronger ones. The state averages 4.5–5 peak sun hours a day, 1:1 net metering is protected by law across all PA electric utilities, and every major utility charges more than the national average. For reference: PPL is at 19.2¢, Met-Ed at 21.1¢, PECO at 22¢, and Duquesne Light at 22.4¢ per kWh.
With a no-cost PPA, the state isn't the open question. Your roof is.
For most, yes. Pennsylvania gets 4.5–5 peak sun hours daily, net metering is guaranteed by law, and every PA utility prices power above the national average. Solar works reliably despite the state's gray stretches, and it offsets rising Met-Ed costs instead of leaving you stuck paying today's already-high rate.
Savings depend on your utility and how much power you use, but most PA homeowners save hundreds of dollars a year and tens of thousands over 25 years.
On the environmental side, every kWh your panels produce is one a fossil-fuel plant doesn't have to generate. A typical home system offsets several tons of carbon emissions each year.
Net metering tallies the difference between what you pull from the grid and what your panels send back. When the sun is up, your home uses solar power first, and extra output flows to the grid, where your utility credits your account at the full retail rate. Those credits then cover nights and winter, when production dips.
Pennsylvania's Alternative Energy Portfolio Standards Act requires PA electric utilities (PPL, PECO, and Met-Ed among them) to offer residential customers 1:1 net metering: put $1 of energy on the grid, get $1 back.
Right now, residential net metering in Pennsylvania is intact. The state's AEPS Act and PUC regulations require PPL, PECO, and Met-Ed to credit you 1:1 — $1 of energy onto the grid, $1 back.
Other states aren't as generous. California customers get only $0.25 per $1. In Arizona it's $0.50 (and it steps down every September for new customers). West Virginia's Mon Power and Potomac Edison customers get $0.70, Indiana pays $0.30, Utah $0.50, and Michigan averages $0.50.
Pennsylvania isn't in that group for now, but utilities and regulators here have been fighting over net metering rules in court since at least 2016.
The main route for homeowners without cash on hand is the no-cost PPA. It isn't a state rebate — it's a financing structure that removes the cost barrier completely. The state's own core benefit is net metering under the AEPS Act, which credits your surplus production at the full retail rate.
Your rooftop panels capture sunlight as DC electricity, and an inverter converts it into the AC power your house runs on. The home draws on that solar power first. Extra output goes back to the utility for a credit at the full retail rate through net metering.
When production drops at night or in winter, you use those banked credits before buying anything from the utility. Your bill ends up covering only the gap between what you used and what the panels made.
Yes, though at roughly 10–25% of peak output. Counting cloudy days and seasonal swings, Pennsylvania still averages 4.5–5 peak sun hours daily, and systems are designed with that in mind. The surplus you bank in high-production months covers the dip on gray days and in winter. The state's climate is well within the range where solar pays off.
No. They only generate while sunlight is hitting them. After sunset, your home pulls from the net metering credits you banked earlier, and from the grid if those run out. A properly sized system creates enough daytime surplus to cover most or all nighttime and winter use, which is what makes solar workable in a state with cold, dark winters.
Winter output is lower because days are shorter and the sun sits lower, but summer surplus banked through net metering fills that gap. For orientation, south-facing roofs produce the most in Pennsylvania, while east and west-facing roofs still do well when the system is sized properly.
A typical residential panel puts out about 350–450 watts at peak sun, which works out to roughly 1.5–2 kWh a day depending on season and orientation. Add up a full system of 20–30 panels and it can offset most or all of a typical Pennsylvania household's electric bill.
It depends on your usage. Most homes need 20–30 panels to cover a typical bill, though the exact number shifts with roof size, sun exposure, and monthly kWh consumption — the same inputs the estimator above uses to build your system.
Sizing starts with your current usage and your monthly electric bill. Most PA homes land in the 6–10 kW range. The estimator above works from your own bill and usage rather than a generic average, so the system it suggests is specific to your home.
No. The PPA covers the solar equipment, installation, and maintenance, but not roof replacement. If your roof is due for replacement, that has to happen before panels go on. Roofs in good shape with 10 or more years of life left typically qualify without trouble, and a Solar Energy Consultant will check yours as part of the process and tell you plainly if it's an issue.
Expect about two to three months from signing to installation, then activation. Starting sooner gives you a better shot at being live before the next round of rate increases.
The free savings estimate above uses your actual Met-Ed rate to calculate exactly how much solar panels York PA would save you — Year One and over 25 years. Free, no obligation, no pressure.
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