The EnergySage guide to home electrification

Home electrification is the process of upgrading your home to run entirely on electricity instead of fossil fuels. Think electric heat pumps for heating and cooling, induction cooktops instead of gas stoves, and an electric vehicle charger to keep your EV charged at home.

You could also take the extra step of producing your own electricity to run all these new appliances, which protects you from volatile utility rates and can save you thousands of dollars over time. That's where solar panels and backup batteries come in.

The shift is already well underway: 42% of U.S. households now use electricity as their primary space heating fuel. Heat pumps have outsold gas furnaces every year since 2021 and in 2025, they outsold central air conditioners for the first time ever. Americans bought a record 1.3 million EVs in 2024, and 2025 came in just behind at 1.28 million making them the two best years for EV sales on record despite the loss of federal tax credits. And the U.S. has now surpassed 6 million total solar installations, with 9% of homes now generating their own power from the sun.

Going all-electric isn't just good for the environment. It can also lower your bills, improve how your home feels day to day, and increase home value. 

• Save money and gain energy independence: Electric appliances often cost less to run than their gas counterparts, and state, utility, and local rebates can help offset the upfront cost of upgrading. Pair electrification with solar and a battery and you can generate your own power, insulating yourself from rising utility rates and grid outages. 

• Better performance: Modern appliances often outperform their gas equivalents. Heat pumps keep homes more comfortable than traditional HVAC systems. EVs are fun to drive and cheap to maintain. Induction stoves are faster and more precise than gas. 

• Improved safety and air quality: Removing your gas line eliminates the risk of carbon monoxide poisoning, nitrogen dioxide irritation, and other hazards associated with combustion appliances. 

• Good for the environment and your home's value: Electric appliances can run entirely on clean, renewable energy and even on a mixed grid, they typically shrink your carbon footprint. Studies show energy-efficient homes sell for 2% to 9% more than comparable unrated homes, making electrification an investment that pays off even if you move.

Chances are, your home already has at least one major appliance that runs on electricity rather than a fossil-fueled variant. Most of the equipment you’ll need to electrify is already widely available throughout the U.S. and has a track record of owner satisfaction.

It’s up to you whether you want to replace your old fossil-fueled gear all at once, piece by piece as the old equipment fails, or somewhere in between. More on that below.

Heating and cooling / HVAC

For most people, upgrading your heating and cooling system will mean replacing an old furnace or boiler (and air conditioner) with an air-source heat pump. This technology has been common in warm parts of the U.S. for decades, but newer models can work year-round in cold climates, even without a backup heat source. 

Heat pumps can both heat and cool your home and are two to four times more energy-efficient than traditional HVAC systems, including standard electric heat. The most popular models can connect to ductwork, ductless mini-split heads, or both. In the winter months, a heat pump can deliver up to three times as much heat energy as the electrical energy it consumes, costing less to operate than traditional HVAC equipment such as furnaces, boilers, or electric resistance heat. 

Another all-electric, super-efficient option is a geothermal heat pump, often called a ground-source or water-source heat pump. It’s a fantastic technology, though the upfront costs are steep, and installation isn’t always practical (or even possible).

Water heater

Heat pump water heaters (HPWHs) have been around for decades and have matured into a no-brainer option for most Americans. Current HPWHs use about 70% less energy than traditional electric water heaters—making them more than three times as efficient—and some new models make it easier than ever to switch away from gas-fired equipment too.

In April 2024, the DOE finalized new efficiency standards for water heaters requiring most common-sized electric models over 35 gallons to use heat pump technology starting May 2029—effectively making HPWHs the default electric water heater by the end of the decade. 

Similar technology also powers many water heaters for pools or hot tubs. Thermal solar water heating is another option to consider.

Stove, oven, and cooktop

Cooking doesn’t use much energy (at least not compared to everything else on this list), so switching from a gas stove to an electric range won’t save money or do much to reduce your carbon footprint. And for some people, it’s hard to beat the vibe of cooking over an open flame.

That said, you might be surprised by how much you like cooking on an electric induction range or cooktop. It’s much faster and more precise than any conventional cooktop—and doesn’t stink up your kitchen nearly as much as a gas stove can. Plus, it’s a safer choice for your family—gas stoves emit pollutants that are way higher than what’s considered safe by the World Health Organization. 

Clothes dryer

Most U.S. homes already have an electric dryer, so there's a good chance you won't need to make a change here.

That said, if you are replacing one, it's worth considering a heat pump dryer. These unvented machines use around 70% less energy than conventional dryers and can be gentler on fabrics. And because they don't need an external vent, they're an option for homes that couldn't previously accommodate a dryer at all.

EV charger

EVs are fun to drive—and the savings on fuel and maintenance are real. Research shows you can save about of $800 a year by switching to an electric vehicle. New public EV chargers pop up weekly, but most EV owners with a private driveway or garage find it much more convenient (and more cost-effective) to charge their EVs at home. If you want to completely juice up your car overnight, you’ll usually need to hire an electrician to install a speedy Level 2 EV charger.

Solar

Solar panels supercharge all the benefits of electrification: The cleanest energy, the lowest energy costs, and the greatest independence from utility companies.

Depending on your goals and where you live, adding one or more solar batteries to your home can also make sense. You don’t need to go entirely off-grid to see big benefits from having some energy storage at home, either.

Electrical system, insulation, and other home infrastructure

Your breaker box might need an upgrade to handle an all-electric home. If your panel is almost full already, or you have less than 200 amps of electrical service, there’s a better chance that you’ll need some kind of change—whether it’s a service upgrade, smart panel, load shedder, or even a simple circuit switch. 

Though it’s not a must-do before you go all-electric, it's usually wise to invest in insulation and air-sealing first, especially if your home is already drafty or otherwise uncomfortable with your current HVAC system. Heating and cooling account for about half of an average home’s total energy use, so modest weatherization upgrades can still lead to major savings.

If you want to attach a heat pump to existing ductwork, that ductwork ought to be in decent shape—the high-performance models are more sensitive to bad ducts than traditional HVAC.

New builds or gut rehabs ought to be built in such a way that makes it easy to go all-electric down the line, though building codes don’t always require it.

You can electrify your home all at once, piece by piece as your old stuff breaks down, or something between the two. The best path depends on your goals, your budget, and where you live.

Electrifying your home will dramatically reduce your carbon footprint. But if you want to make the biggest impact as soon as possible, start with an EV and a heat pump, especially if you live in a colder climate. Driving and heating are the biggest fossil-powered energy users in a typical household, so switching those to high-efficiency electric gear makes a huge change even when the electric grid isn’t clean. 

Going solar also has massive environmental benefits, especially when most of your energy usage is electric.  

When to go solar

If your roof is a good fit, there’s no bad time to go solar. You’ll start earning back your investment right away. 

That said, if you want to power everything in your home with solar energy—and reap all the rewards in terms of utility savings and energy independence—then it’s best to electrify your home first and then get solar panels. That way, you’ll know how much energy you need your panels to produce, and you can install a right-sized system if your roof is big enough. 

Some people do it the other way, by installing a large solar panel array first, based on an estimate of how much electricity they’ll eventually use after going all electric. Not all utility companies allow this, though.

Certain states and utility companies have begun winding down their most generous solar incentive programs. If your state plans to do the same, it could make sense to go solar sooner rather than later.

At EnergySage, we're your trusted partner on the journey to electrify your home. Whether you're ready to go all-in or just want to understand your options, we can help. Compare quotes from vetted installers for solar panels, heat pumps, EV chargers, and home batteries—all in one place. Sign up for a free EnergySage account to get started.