When the power goes out, it can throw off all of your family's normal routines. If the power failure is in winter, the danger of extreme cold can add to the problem. Younger children—especially infants—are at risk for
hypothermia. But alternative sources of heat can be hazardous. So how do parents keep their kids warm…and safe?
Many families rely on a fuel-burning furnace or electric radiator to heat their home, which won't work without power. You may be able to use a gasoline- or propane-powered generator to keep your home systems running. However, these—like your car—can produce the poisonous gas carbon monoxide in their exhaust.
Avoid carbon monoxide hazards
Carbon monoxide is invisible and has no odor, and it can easily build up indoors to levels that are fatal. So, generators should operate well outside the house and the garage, and away from windows or other air intakes. If you are repurposing your car, gas stove, or barbecue pit to generate heat for your home, remember that they were not designed for that purpose, and may produce dangerous amounts of carbon monoxide. See
How to Protect Your Family From Carbon Monoxide Poisoning for more information.
Layer up & think about alternative shelter
If you lose power in the winter, wearing extra layers may help if there's a short-term outage. However, you may need to move temporarily from your home to alternate shelter such as a
warming center. When choosing where to go, keep in mind that the extreme weather conditions that caused the power outage may also make travel difficult.
Prepare for the next power outage
These suggestions may not be practical once the power has already gone out. So, it's best to be prepared ahead of the next power outage or other disaster. This is especially important as climate change causes more more extreme weather.
Have a “go bag" (for yourself, your children, and your pets) in case you need to leave your home in a hurry. Think in advance about things you and your family will need, such as medications, food, infant formula, clothing, diapers, toiletries, flashlights, and batteries to keep your devices charged.
Identify alternate places to shelter. Friends, neighbors, or neighborhood warming centers may have power when you don't. During the COVID-19 pandemic, remember to include masks or
cloth face coverings in your go bag for anyone over the age of two. The virus can spread quickly when people are brought into close contact.
Have at least one carbon monoxide detector in your home. It should be battery-powered, or have a battery back-up if it's a plug-in type, and should meet the Underwriters Laboratories (UL) Standard 2034. If you have only one detector, install it close to bedroom areas of your home. This will help wake you up if carbon monoxide levels rise and cause the alarm to sound.
If you're considering a back-up generator, remember that all generators need a source of fuel in order to run. And if yours uses gasoline and there are widespread power failures, the pumps at your local gas station may not be running. Permanently installed whole-house generators that run on natural gas or propane may be able to switch on in the event of a power failure, even when you're not home. But they can cost thousands of dollars to purchase, install, and maintain. Also, a personal generator is not a practical solution if you live in an apartment or other group setting.
Maintain your fuel-burning appliances, including their exhaust ducts, which should be cleaned and inspected annually by a professional service provider.
About Dr. Baum
Carl Baum, MD, FACMT, FAAP, is board certified in Pediatric Emergency Medicine and in Medical Toxicology. He serves on the Executive Committee of the American Academy of Pediatrics Council on Children and Disasters, and is Medical Director of the Pediatric Environmental Health Specialty Unit (PEHSU) Program. A professor of Pediatrics and of Emergency Medicine at the Yale School of Medicine, he is the Director of the Yale Lead Program and serves as a toxicology consultant to the Connecticut Poison Control Center. He is also a member of the Medical Toxicology Subboard, and serves on the National Biodefense Science Board of the US Department of Health and Human Services.