Quick answer: How Glen Allen homeowners can lower high electric bills with solar comes down to two things working together: a rooftop system sized to the home’s usage, and Virginia’s net metering program, which credits any surplus power back against the bill. Battery storage can be added on top for backup power during outages, though it adds meaningfully to the upfront cost. Savings and payback time depend on system size, roof conditions, and current electricity rates, see the ROI example below.
The Virginia State Corporation Commission approved a base-rate increase adding about $11.24/month in 2026 and $2.36/month in 2027, the first base-rate increase from Virginia’s largest utility since 1992. That’s left a lot of homeowners asking: what is the best way to lower my electric bill when the rate itself keeps climbing?
Solar changes how much of your electricity usage comes from the grid meter. Here’s how Glen Allen homeowners can lower high electric bills with solar, including why bills are rising, how solar and net metering can offset monthly costs, what battery storage does and doesn’t add, and what ROI can look like with a solar company in Glen Allen.
Why Utility Bills Continue Rising
A few forces are driving Glen Allen bills higher, and it helps to separate them out.
- A base-rate increase is now in effect. The SCC’s approved order raises the typical residential bill by about $11.24/month in 2026 and $2.36/month in 2027, the utility’s first base-rate increase since 1992.
- Grid infrastructure costs are rising. As part of the same rate case, the SCC also created a new rate class specifically for large electricity users like data centers, aimed at shifting more of the state’s growing infrastructure costs onto them, one sign of how much demand growth is factoring into Virginia utility rate cases generally.
- A regional carbon compliance cost is layered on top. Virginia’s recently reinstated Regional Greenhouse Gas Initiative (RGGI) program adds roughly $10–13/month to a typical residential bill, based on the utility’s own SCC filing.
- The average residential bill is already substantial. The confirmed residential average is approximately $161/month, and that’s before the 2026–2027 increases are fully reflected.
It’s a statewide utility and regulatory shift. But it does mean the “wait it out” approach has a defined cost attached to it now, in a way it didn’t a few years ago.
How Glen Allen Homeowners Lower Electric Bills With Solar
Solar lowers how many kilowatt-hours you’re buying from the grid in the first place. Two mechanics make that work in Virginia specifically:
System sizing based on usage
Sizing is based on a home’s 12-month electricity usage. A system built around your consumption pattern is what determines how much of your bill it can offset.
Net metering credits for what you don’t use on-site
Under Virginia’s net metering law (Code of Virginia § 56-594), solar customers are credited at the full retail rate for surplus power within each monthly billing period. Any credit balance still remaining at the once-a-year true-up, however, is paid out at the utility’s avoided-cost rate, a lower figure. In practice, this is one reason systems are sized to a home’s usage: month-to-month surplus banks at full value, but the annual leftover doesn’t.
Is Your Glen Allen Home a Good Fit for Solar?
A few common concerns worth addressing directly:
- Partial roof shading is addressed at the design stage through panel placement and microinverter technology, which limits how much one shaded panel drags down the rest of the array.
- Renters aren’t eligible for ownership-based solar savings the way homeowners are. If you rent, the more useful conversation is with your landlord about whether solar makes sense for the property.
- Roof age and orientation are evaluated alongside shading, a drone-based roof assessment before any proposal is how that gets evaluated for a specific home.
Solar Panels vs. Continuing to Pay Rising Utility Rates
The comparison is a largely fixed monthly system cost (whether financed or paid in cash) versus a utility rate that has now shown it can move upward, with more base-rate cases likely as grid demand keeps climbing. For a homeowner planning to stay in their home for a decade or more, that trade tends to favor locking in a cost.
Battery Storage Benefits
Battery storage is a legitimate add-on to a solar system, but it’s worth being direct about what it does and doesn’t do for your bill.
In Virginia’s net metering setup, the financial benefit of exporting surplus power to the grid is already fairly strong, which is part of why battery storage’s main selling point here is backup power during an outage.
- One battery is generally sufficient for essential/critical-load backup, think refrigerator, some lighting, medical equipment, and similar priority circuits.
- Whole-home backup typically requires at least two battery units, depending on a home’s energy usage and backup goals. A single unit shouldn’t be assumed to cover an entire home’s load.
- What happens during an outage without a battery: grid-tied solar systems shut off automatically when utility power goes down. That’s a safety requirement, it protects utility line workers from backfeeding power into lines they may be working on. Without stored capacity, your panels can’t power your home during an outage even though the sun is still out.
- Cost: battery storage systems typically start around $18,000, with final pricing depending on equipment selection, system design, installation complexity, and household energy needs. Warranties generally run 10–15 years depending on the manufacturer and specific product.
The biggest downside to solar electricity for most homeowners is the upfront cost, and adding battery storage increases that cost meaningfully without necessarily producing a proportional increase in monthly bill savings. It’s the right call for homeowners who specifically want outage protection, less so as a pure savings play.
Solar ROI for Glen Allen Homes
This is where the math behind how Glen Allen homeowners can lower high electric bills with solar shows up in dollars.
Illustrative Solar Cost and Payback Example
The estimates below show how solar costs, electricity production, and potential savings could compare across several system sizes. They are intended for planning purposes. Results depend on the home’s roof, shading, electricity use, utility rate, equipment, and financing structure.
| System Size | Illustrative Installed Cost* | Estimated Annual Production** | Estimated Annual Electricity Value*** | Simple Payback**** |
| 6 kW | $15,900 | ~7,500 kWh | ~$1,200/year | ~13.3 years |
| 9 kW | $23,850 | ~11,300 kWh | ~$1,808/year | ~13.2 years |
| 12 kW | $31,800 | ~15,000 kWh | ~$2,400/year | ~13.3 years |
* Illustrative installed cost: Calculated at $2.65 per watt before applicable incentives or financing costs. At that assumption, a 6 kW system equals $15,900, a 9 kW system equals $23,850, and a 12 kW system equals $31,800.
** Estimated annual production: These figures assume approximately 1,250 kWh of annual electricity production per installed kW of solar capacity. Output varies based on location, roof orientation and pitch, shading, weather, equipment, and system losses. A site-specific production model should be used when estimating output for an individual home.
*** Estimated annual electricity value: Calculated using an illustrative electricity rate of $0.16 per kWh. For example, 7,500 kWh × $0.16/kWh equals approximately $1,200 per year. Savings depend on the homeowner’s utility rate, rate structure, solar production, energy consumption, and applicable net-metering rules.
**** Simple payback: Calculated by dividing the illustrative installed cost by the estimated annual electricity value. This is a simplified calculation that does not account for financing costs, future electricity-rate changes, system degradation, maintenance expenses, SREC income, or other potential financial benefits.
The federal Residential Clean Energy Credit under Section 25D is not included in these examples. The IRS states that the credit is unavailable for qualifying residential clean-energy expenditures after December 31, 2025. Virginia law separately provides a state and local property-tax exemption for qualifying residential solar facilities with a nameplate capacity of up to 25 kW.
These examples provide a consistent way to compare system sizes, but a homeowner’s economics should be based on a site-specific solar design, historical electricity consumption, current utility rates, available incentives, and financing terms.
Because cost-per-watt and production scale together, payback lands in a similar range across system sizes, the practical decision is less “which system pays back faster” and more “which system size matches your home’s usage”.
What Federal and State Incentives Are Available
- Federal Section 25D tax credit: expired. It ended December 31, 2025. Any content or online claim suggesting a current 30% federal solar tax credit is out of date, treat this as a historical program.
- Virginia property tax exemption: active and mandatory. Under Va. Code §58.1-3661 (SB 686), residential solar installations of 25kW or less have been a separate, wholly tax-exempt class of property statewide since January 1, 2023, this applies regardless of whether Henrico County has adopted its own local ordinance, so no, installing solar does not increase your property taxes in Henrico County.
Solar Financing Options for Glen Allen Homeowners
Three paths exist for financing a system, and none is inherently “better”, the right one depends on your goals:
- Cash purchase — highest upfront cost, full ownership of savings and equipment from day one.
- Solar loan — available for qualified homeowners on the purchase path, spreading the cost over time while still building ownership.
- Solar lease — also available in Virginia. A lease can lower the upfront barrier to entry; note that Convert Solar does not offer power purchase agreements (PPAs) in Virginia, only leases and loans/cash purchases.
How Long It Takes to See Savings After Going Solar
For most Convert Solar projects, the process from signed agreement to installation takes about 6–8 weeks, with the physical installation typically completed in one to three days.
Installation, however, is not the point when your solar savings officially begin. After the system is installed, it must pass the required inspections and receive Permission to Operate (PTO) from the utility before it can be activated for normal operation and begin offsetting your utility-supplied electricity.
The time between installation and PTO depends largely on the local jurisdiction and utility provider, so the complete timeline can vary by location. Once PTO is issued and the system is activated, your panels can begin producing electricity that offsets your home’s electricity use. The impact should then start appearing on subsequent utility bills, depending on your billing cycle, system production, and household energy consumption.
Why Work With a Local Virginia Solar Company
Choosing a solar company involves more than comparing equipment and pricing. It is also worth looking at the experience and credentials of the team responsible for designing, permitting, installing, and supporting your system.
Useful indicators include contractor licensing, NABCEP certification, experience installing solar in Virginia, and independent industry recognition.
Convert Solar is a Virginia-based, Class A solar contractor with NABCEP-certified professionals and thousands of completed installations. The company has also appeared on Solar Power World’s annual Top Solar Contractors lists for multiple consecutive years.
Unlike a customer-voted award, Solar Power World’s rankings are based primarily on the amount of solar capacity participating companies installed during the previous year. In the 2026 rankings, Convert Solar was listed as the #22 residential solar contractor nationally and #10 among solar contractors completing work in Virginia, based on 2025 installation data.
That recognition provides an independently published measure of Convert Solar’s installation activity alongside its Virginia experience, certifications, and local service capabilities.
Frequently Asked Questions
What is the average cost of solar panel installation in Glen Allen?
As of July 2026, the Virginia-specific average is approximately $2.65 per watt before incentives, based on EnergySage’s Virginia data. A 6kW system runs about $15,900; a 9kW system about $23,850; a 12kW system about $31,800.
How much can I expect to save on my monthly electric bill?
It depends on system size relative to your usage. In the illustrative example above, a system sized to a typical Glen Allen home’s usage offsets roughly $100–$200/month depending on system size, with the caveat that these are illustrative figures based on stated assumptions.
What is the typical payback period for a residential solar system in Virginia?
In the illustrative example above, payback lands around 13 years across system sizes, based on installed cost only (no current federal tax credit, since Section 25D expired December 31, 2025). Payback varies by financing method, roof conditions, and household usage.
Do solar panels increase my property taxes in Henrico County?
No. Virginia’s mandatory property tax exemption (Va. Code §58.1-3661) applies to residential solar installations of 25kW or less statewide, regardless of whether Henrico County has its own local solar tax ordinance. This has been the law since January 1, 2023.
What happens to my solar power during a utility grid outage?
Without battery storage, a grid-tied solar system automatically shuts off during an outage; this is a required safety measure to protect utility line workers. With battery storage, at least one unit can maintain essential/critical-load backup; whole-home backup during an outage generally requires two or more battery units.
What is the biggest downside to solar electricity?
For most homeowners, it’s the upfront cost, even with financing available, solar is a larger financial decision than most home purchases people make casually. Adding battery storage increases that upfront cost further without necessarily producing a proportional increase in monthly savings, which is why battery storage is better framed as a resilience decision than a pure savings decision.
Get a No-Obligation Solar Savings Assessment for Your Glen Allen Home
Every Glen Allen home’s usage, roof, and bill history are different, which is exactly why the numbers above are illustrative. If you want to see what lowering high electric bills with solar looks like for your specific address, a Solar Installation Company in Virginia can provide a no-obligation assessment that includes a drone-based roof evaluation and a system sized to your 12-month usage.
