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Electrification for Beginners

A plug-and-play guide to saving money (not to mention the world) with fossil-fuel-free appliances.

By
electric house illustration
Martin Gee

Like a lot of people, I’ve felt powerless to confront climate change. Gestures like recycling, cutting down on driving, and eating less meat feel pathetically disproportionate to the global problems of megafires, out-of-control weather, and habitat destruction caused by humans.

Collaborating with engineer and inventor Saul Griffith to write Electrify: An Optimist’s Playbook for Our Clean Energy Future (MIT Press, 2022), I learned that each of us can do more than we think to positively affect climate change. Electrify, which we wrote with technical assistance from scientist and engineer Sam Calisch, became the backbone of policy for Rewiring America, the climate advocacy group Griffith cofounded in 2020 to help people lower their carbon emissions.

It turns out that one of the most effective tools we have for fighting climate change is electrification. About 42 percent of our energy-related carbon emissions come from the fossil-fueled appliances in our homes and the vehicles we drive. If we swap those gas-powered machines for electric ones, we’ll go a long way toward lowering our emissions. Modern electric versions of ovens, dryers, and cars are also cheaper to run and cleaner for our personal environments.

This article appears in Issue 24 of Alta Journal.
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The switch to electrification isn’t something you have to do immediately. For many of us, changing our home’s heating systems or the cars we drive before the end of their life cycle would be prohibitively expensive, but we can and should replace those things with electric versions when they become obsolete. The up-front costs of electric machines are going down (EVs should achieve sticker parity with gas-guzzlers by 2026, for example), and over time these upgrades also lead to greater savings. The 2022 Inflation Reduction Act (IRA), the largest piece of climate legislation ever passed, includes $369 billion in incentives to electrify.

Going electric is challenging for renters but not impossible. On the advice of Calisch, who lives in Berkeley, I bought an electric rug heater (about $200) for my uninsulated San Francisco apartment. I’m a picky cook, but I rarely use my gas range now that I have an induction cooktop and a large toaster oven. My husband and I got electric bikes when one of our cars was totaled, and we plan to drive our 2005 compact, with its bumper sticker that says “My Next Car Will Be Electric,” into the ground.

Each small step we as consumers take toward electrification increases demand for electrified machines, encouraging manufacturers to build more. At scale, the costs will come down even further.

Here are the six most important ways you can upgrade to electric and downgrade your carbon footprint.•

LOAD-CENTER UPGRADES

electric house illustration
Martin Gee

If your breaker box doesn’t have at least 100 amps, you’ll eventually need to upsize to at least 200 amps to handle all the electrical appliances. But even if you have only 60 amps, you can already use many modern electrical appliances with a 120-volt plug, including EV chargers, portable backup batteries, and portable heat pumps, with more available soon.

ELECTRIC VEHICLES

electric house illustration
Martin Gee

Electric cars are significantly cheaper per mile to operate than cars with internal combustion engines. Gas is now about $5 per gallon, or about 25¢ per mile, while you can run your EV for about 7¢ per mile for electricity. Plus, EVs are cheaper to maintain, as they have fewer moving parts and fluids to change, with half the lifetime maintenance costs of gas-powered cars.

SOLAR ROOF PANELS

electric house illustration
Martin Gee

Electrifying your home appliances is a great thing for the climate. But you can take it a step further with solar, especially if you currently rely on a grid powered largely by fossil fuels. Pairing solar panels with home batteries makes you much more resilient in response to the sort of power outages that have plagued California in the past decade.

INDUCTION COOKING RANGES

electric house illustration
Martin Gee

Induction cooktops heat more quickly, cleanly, and efficiently than gas or coil electric stoves. With more precise temperature controls, they boil water in half the time that gas stoves do, using electromagnetism to generate heat from directly within the cookware. Their energy efficiency is 85 percent, compared with 32 percent for gas stoves. They also don’t leak methane into your house.

HEAT PUMPS

electric house illustration
Martin Gee

Heat pumps work like refrigerators but create heating and cooling that’s far cleaner than gas heat. They’re also three times more efficient. Electric heat pumps don’t burn fuel to create heat; rather, they transform the low-grade thermal energy available in the air or ground into usable space or water heating. You can get heat pump water heaters and dryers, too.

HOME BATTERIES

electric house illustration
Martin Gee

As we electrify our homes, especially those with solar panels, batteries are essential to reliable power. A battery that stores 20 kilowatt-hours (kWh) of energy can’t power your whole home (the average U.S. household uses about 30 kWh), but it can juice up the essentials, like cell phones, computers, the refrigerator, lights, internet, and some heat. Eventually, some EVs will be able to power your home. Saul Griffith jokes that the electric Ford F-150 Lightning is “a giant $40,000 battery for your house with a truck thrown in for free.” With the right vehicle-to-home (V2H) charging connection, its fully charged battery can power your entire house for three days to a week, depending on how much energy you use.

Headshot of Laura Fraser

Laura Fraser is the author of four books of nonfiction, including the bestselling memoir An Italian Affair. She writes the newsletter The Phrazer.

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