Building Electrification

Energy used for space heating, water heating, cooking and drying in residential and commercial buildings account for over a quarter of our climate emissions. Electric based technologies, such as heat pump space and water heaters and induction cook tops, have become far more efficient than similar natural gas appliances.  The amount of renewable energy on the electric grid is steadily increasing. The result of all this is that converting our appliances from natural gas to electric can be a potent tool to fight climate change. Plus electric homes eliminate significant sources of both indoor and outdoor pollutants.

 

Induction Cooking

Induction cookstoves are totally different from the traditional radiant electric stovetops of the past. They cook faster and safer than gas or traditional radiant electric with better control and easier cleanup while fighting climate change and improving indoor air quality.  Try out induction cooking with an inexpensive portable tabletop model  (or borrow one in some areas)

Induction Cooking factsheet: Introduction to the benefits of induction cooking, how it works, how to buy one, costs, rebates and tips for converting to induction cooking. (2 page pdf)

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Heat Pump Space Heating & Cooling

Heat pumps extract heat from the outside (usually from the air, although some extract it from the ground) and pump it into a building to provide heat. They reverse that cycle to provide air conditioning. See the Building Electrification FAQ for a more detailed explanation of the science of how a heat pump works.

Heat pumps are typically 3 to 4 times more efficient than the highest efficiency gas furnace or an electric baseboard system. See the HVAC Heat Pumps page for an explanation of the different types of systems and what kinds of installations each is designed for.

Heat Pump Water Heaters

Heat pump water heaters are also typically 2-1/2 to 4 times more efficient than gas or electric hot water heaters. See the Berkeley Electrification Working Group's Heat Pump Water Heater factsheet (PDF) for more information on how they work, installation, costs and other considerations. 

See the Building Electrification FAQ for a more detailed explanation of the science of how a heat pump works.

Heat Pump Clothes Dryers

Heat pump dryers use the same technology described above to dry clothing. Using 25 to 70% less energy than conventional dryers. They work more slowly than conventional dryers but are gentler on clothes as well as easier on the climate. See the Berkeley Electrification Working Group's Heat Pump Dryer factsheet (PDF) for more information on how they work, installation, costs and other considerations. 

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Ready to explore switching from gas to electric? 

Check out these incentive programs and guides to learn more,

get rebates and find contractors

Learn more about health reasons to get rid of gas.

Check out what the Studies say.

Save on the switch$$