All-Electric Homes: Why We Don't Miss Gas at All

The all-electric home gets a bad reputation it doesn't deserve. People hear 'no gas' and picture an electric stove that doesn't get hot enough, a dryer that takes forever, and a house that's cold in winter because heat pumps 'don't really work.' These concerns were reasonable twenty years ago. They're myths today.

Modern heat pumps are dramatically more efficient than the models of a generation ago. A high-efficiency heat pump can produce three to four units of heat for every unit of electricity it consumes — no combustion required. It moves heat rather than generating it. In mild climates like North Carolina's, a properly sized heat pump handles heating and cooling with ease. Our home ran at 68 degrees through winter without strain.

The NZEL solar farmhouse is all-electric: induction cooking, electric heat pump water heater, heat pump HVAC, electric dryer. Everything runs on electricity. Because that electricity comes from 33 solar panels on the roof, the fuel cost approaches zero. Gas, by contrast, is imported, price-volatile, and combustion-based — none of which you want in a home designed for long-term financial stability.

The one exception is the wood-burning stove, installed as backup heating for extreme cold events — those rare North Carolina winters where temperatures drop hard and fast. It adds character, warmth, and a sense of security. It also burns carbon, which we acknowledge openly. But one cord of locally sourced wood burned a few times a winter is a very small contribution compared to the fossil fuels avoided by the rest of the home's design.

If you're building or buying and debating gas versus electric, run the numbers on a net zero all-electric design before you decide. When your electricity comes from the sun, the ongoing cost of every appliance in your home approaches zero. No gas line. No monthly gas bill. No price volatility. Just sunshine doing the work.