Energy efficiency rebates in Virginia.
Every federal, state, and utility incentive for heat pumps, insulation, air sealing, and weatherization in Virginia — cross-referenced and kept current.
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Virginia Department of Energy
- Type
- State Agency
- Website
- energy.virginia.gov
- IRA allocation
- $188.3M ($94.3M HOMES + $94.0M HEAR)
Active rebate programs
3 programs currently accepting applications in Virginia.
| Program | Amount | Eligibility | Status |
|---|---|---|---|
| Dominion Energy — Heat Pump Water Heater rebate | $250 (40–59 gal) / $400 (60+ gal) | Residential Dominion electric-bill customers in single-family homes; ENERGY STAR HPWH must replace an existing electric water heater. Allow up to 90 days to process. No fixed deadline. | Active |
| Dominion Energy — Home Retrofit (heat pump, insulation, air/duct sealing) | Varies by scope | Dominion customers; amount varies by existing heating equipment and scope of work — no published flat rate. Requires a home energy evaluation with a participating contractor. | Active |
| Appalachian Power (APCo) TakeCharge | Varies (unverified) | APCo customers (southwest VA); home performance assessments and rebates. Secondary sources cite $300–$400 mini-split — NOT verified at source this sweep. | Active |
Run the numbers for Virginia.
Free, no account needed. Every figure is cited, so you have a benchmark before a Virginia contractor quotes you one.
IRA implementation status
How Virginia is implementing the Inflation Reduction Act home energy rebates.
Metro areas in Virginia
Local utility programs and municipal incentives by metro area.
Dominion Energy territory
Dominion Energy territory
Rebates are step one
Once you know what Virginia pays, here's the rest of the path: what order to do the work in, and what belongs on a fair quote.
What order to do it in
Envelope first, equipment second — how to sequence a retrofit to your budget and your rebates' deadlines.
How to read a quote
What belongs on a heat pump or insulation quote, and the red flags that mean keep shopping.
What attic insulation costs
Per-square-foot prices by material, and why this is the work rebate programs subsidize hardest.
Claim rebates after install
The document kit, the application walkthrough, and the mistakes that get claims rejected.
Latest Virginia energy news
Recent Virginia rebate, policy, and efficiency coverage from our monitored sources.
Is it appropriate to add attic-floor insulation after converting the attic with open-cell spray foam?
A homeowner in Northern Virginia ran into trouble after a whole-attic upgrade meant to bring the attic space inside the home's thermal envelope. The work included spraying open-cell foam insulation on the roofline and attic walls, sealing the ductwork (a process called Aeroseal), and installing a new 3-ton variable-capacity heat pump system. The idea was that foaming the roof and attic walls would make the attic part of the conditioned house, since the air handler and ductwork for the top floor sit up there. After the work was done, the system couldn't keep the house cool on hot days. With outdoor temperatures above 92°F, the indoor temperature stalled around 79-80°F instead of reaching the 75°F setpoint, even with the equipment running at full capacity. A tightness test confirmed the house was sealed much better than before, but no one could pinpoint an obvious flaw in the foam or building envelope. The contractor's proposed fix is to add 6 to 10 inches of blown-in insulation back onto the attic floor, in the same spot the original insulation was removed from, betting that this will cut the cooling load enough for the existing equipment to keep up. The alternative on the table is upsizing to a 4-ton unit. The homeowner is raising a legitimate concern for anyone who has spray-foamed an attic roofline: adding floor insulation back in creates two competing thermal boundaries, which can leave the attic in an unclear in-between state and raise questions about moisture, humidity, and how the ducts and equipment up there will perform long-term.
Air/Moisture Sealing Between Ceiling and Unconditioned Attic
A homeowner building a new two-story house near Roanoke, Virginia, asked for advice on the best low-cost way to seal air and moisture leaks between the second-floor ceiling and an unvented—wait, vented—unconditioned attic above it. The house is planned with raised heel trusses, R49-R50 blown cellulose in the attic, 2x6 walls with dense-packed cellulose, and no ductwork or heating/cooling equipment in the attic itself. Responders offered practical, budget-minded fixes rather than expensive spray-foam approaches. One key point: in this climate zone, ordinary painted drywall already works as an adequate vapor barrier, so no special membrane is needed there. For air sealing, caulking around pipe and wire penetrations in the ceiling plates is usually enough to stop air leakage into the attic. Suggestions also included bumping attic insulation up to R60 for extra performance, and using damp-sprayed cellulose in the walls instead of dense-pack, since it can deliver the same R-value at lower cost. The bigger advice was less about materials and more about planning: decide early, and stick to the decision, that no ducts or HVAC equipment will go in the unconditioned attic. Builders sometimes try to add ductwork there partway through construction because it's convenient, but running ducts through an unconditioned space wastes energy and undercuts the whole point of careful sealing and insulation. For anyone building new, this is a reminder that the ceiling-attic boundary is one of the cheapest, most effective places to stop air leaks—and that keeping mechanical systems out of unconditioned spaces matters as much as the sealing details themselves.
Grid utilization: Useful policy tool or a distraction?
Energy analysts are debating a policy idea called "grid utilization," which asks whether power grids could serve more homes and businesses, including data centers, without building as many new power plants and transmission lines. The argument: most of the year, the grid runs at only about half capacity, leaving room to spare. Virginia recently passed the country's first law on this, directing utilities like Dominion Energy and Appalachian Power to measure how much unused capacity exists on their systems. Not everyone agrees this will actually help households. One analyst argues that "grid utilization" is hard to define and measure fairly, since it depends on weather, plant age, and how much wind and solar power is on the system. He also disputes that squeezing more use out of the existing grid will lower electric bills, since growing demand from data centers still requires some new construction, and those costs get passed to customers. A study from the Brattle Group found rates could drop nearly 5 percent in one scenario if new demand were met with flexible arrangements and small-scale energy resources instead of traditional construction, but researchers noted that study had limits and didn't capture everything that affects a bill. Supporters counter that better use of the existing grid, paired with tools like batteries and demand-response programs, can still ease cost pressure even if it doesn't eliminate the need for new infrastructure. For homeowners, there's no rebate or program to act on here. This is a policy debate about how utilities plan and pay for grid upgrades, which could eventually influence electric rates depending on where you live.
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