Emergency Power Outage Plan: A Fill-In Template and Step-by-Step Guide for Your Household
- Your Emergency Power Outage Plan Template
- How to Build a Power Outage Emergency Plan in Six Steps
- The Backup Power Line in Your Plan: Essential Circuits vs. High-Power Whole-Home Backup
- Your Power Outage Emergency Response Plan, Hour by Hour
- Generator, heat, and carbon monoxide safety rules
- Power outage emergency action plans at work: What OSHA 1910.38 requires
- Conclusion
- FAQs
The power goes out at 9 p.m. Your phone is at 20%, the refrigerator is warming up, and nobody remembers where to find the utility’s outage map. If the outage lasts until morning, what should you do first? An emergency power outage plan gives everyone in your household clear answers before the lights go out. The CDC recommends that people who rely on medical devices create an emergency power plan. You can start with a single page covering emergency contacts, food safety, backup power, and where to go if your home becomes unsafe.
Your Emergency Power Outage Plan Template
A plan only helps if you can find it when the power goes out. Print the table below, fill in the details, and keep a copy inside a kitchen cabinet. Save a photo on every household member’s phone, too.
Plan item | Write down | Where to get it |
Your electric utility | Company name and account number | Your bill (name the operating company on the bill, not just a parent brand) |
Outage map and reporting | Outage map link; outage reporting phone number or text code | Copy them from your utility's own outage page, not a search result |
Emergency numbers | 911 for downed lines, fire, or medical emergencies; an out-of-area contact everyone checks in with | Your household |
Medical devices | Each device's model and serial number, battery runtime, and the maker's phone number | The CDC advises establishing an emergency power plan and keeping a record of the model and serial numbers for your medical devices; expected runtime should be confirmed in the device manual |
Medicines that need refrigeration | Name, dose, and how to keep it cold | Your pharmacist or doctor; FEMA P-2143 says "Make a plan for refrigerating medicines and powering medical devices." |
Food safety times | Fridge: up to 4 hours. Full freezer: about 48 hours. Half-full freezer: 24 hours (door closed). Discard most perishables held at 40°F or above for more than 2 hours. | FoodSafety.gov, "Food Safety During Power Outage" |
Generator rules | Outside only, more than 20 feet from the home, doors, and windows; never inside the home or garage, even with doors and windows open | CDC generator fact sheet |
CO alarms | Battery-operated or battery backup alarms near every sleeping area; test date | CDC generator fact sheet |
Backup power: devices | Which lights, phones, and router plug into which portable unit | Your load list (see Step 4 in the next part) |
Backup power: circuits | Which home circuits are on backup and who installed the panel | Your electrician's paperwork |
Where to go | A nearby place with heat or cooling if the house gets unsafe, plus a meeting spot outside the home | FEMA P-2143: "If safe, go to an alternate location for heat or cooling." |
Write down your utility’s operating company name and outage number, and keep the number handy if its website goes down. For medical devices, record the model and serial numbers and check the manufacturer’s guidance on battery life and backup options. Ask your pharmacist or doctor how to store medicines that need refrigeration, and use FoodSafety.gov’s food safety guidance to plan for refrigerated and frozen food. Keep an appliance thermometer nearby so you can check temperatures instead of guessing. Since calls may not go through during a major storm, choose an out-of-area contact, set a check-in time, and agree on another way to reach each other, such as texting.
How to Build a Power Outage Emergency Plan in Six Steps
Set aside about an hour to complete these steps. Each one fills in part of the template above, so you’ll finish with a plan your household can use.
Step 1. List your risks
Think about what causes outages where you live. A coastal household might prepare for hurricane season, while a home in the Northeast may face winter storms and ice. In wildfire-prone areas, planned shutoffs can also leave neighborhoods without power. Check your local utility’s outage history and sign up for alerts. Note whether your home is likely to lose power for a few hours or several days.
Step 2. Collect contacts and links
Write down your utility’s outage map, reporting number, and text-alert instructions. Add your doctor, pharmacy, and out-of-area contact. Test the links before you need them. A saved bookmark or screenshot can be useful if your internet connection drops.
Step 3. Plan for medical needs
List each medical device that needs power, including its model and serial number. Check the manufacturer’s instructions for backup options and battery runtime, and charge batteries before severe weather. Identify a safe alternative location if the outage lasts too long. Keep non-electric alternatives, such as a manual wheelchair, where appropriate. Ask your healthcare provider how to store refrigerated medicines, including insulin, and confirm any power station is compatible with your device before using it.
Step 4. Make a load list
Walk through your home and list the devices you want to keep running. Check each label or manual for its wattage, then note how long you expect to use it.
Device | Wattage from label | Hours of use | Priority |
LED lights | Fill in | Fill in | High |
Phone chargers | Fill in | Fill in | High |
Wi-Fi router | Fill in | Fill in | High |
Refrigerator | Fill in | Fill in | High |
Laptop | Fill in | Fill in | Medium |
Space heater | Fill in | Fill in | Conditional (check capacity and safety) |
Don't guess at the wattage. Some appliances draw more power when starting than they use while running. A refrigerator, for example, may need more starting power than its normal operating load suggests. Separate devices that plug directly into a power station from hardwired equipment, such as a furnace blower or central AC. Those may need an installed home backup system rather than a portable unit.
Step 5. Stock supplies and charge equipment
Keep flashlights, spare batteries, a cooler, an appliance thermometer, and charged phones in a place everyone knows. Flashlights are safer than candles during an outage. Before a forecast storm, charge your phones and backup batteries. If you use a portable power station, check its charge level and make sure the cables you need are easy to find. Review the portable power station options that fit your load list rather than buying based on capacity alone.
Step 6. Practice once a year
Test your plan during the day and note what needs fixing. Update it when household members, medical devices, or utility details change. Include how to keep medicine safe during outages so you’re prepared if refrigeration fails. Your load list also helps you choose backup power. Small devices can plug into a portable power station, while hardwired circuits need installed equipment. Each requires a different setup.
The Backup Power Line in Your Plan: Essential Circuits vs. High-Power Whole-Home Backup
While individual electronics can run off portable battery packs, critical household circuits—such as refrigeration, well pumps, or central air—require dedicated home backup power. Choosing the right system depends on whether you need targeted circuit protection or comprehensive whole-home power during an extended outage.
For households that require higher output for heavy 240V equipment, the EcoFlow TITAN Plus works with Smart Home Panel 10 to deliver up to 10kW with solar boost, powering essential and high-demand appliances during severe weather.
The EcoFlow TITAN provides robust 7.2kW split-phase backup for essential household circuits. For homes with greater power demands, the EcoFlow TITAN Plus paired with Smart Home Panel 10 scales up to 10kW to handle heavy equipment like central air conditioning. Both systems require professional installation by a qualified electrician. Keep medical devices on a dedicated backup plan and follow manufacturer instructions.
Estimated runtime (labeled estimate)
Runtime depends on how much power your devices draw. The estimates below use 85% of each unit’s rated capacity to account for conversion losses (5,000Wh × 0.85 = 4,250Wh). Actual results will vary with the load and operating conditions.
Steady load | EcoFlow TITAN, 5kWh base (5,000Wh × 0.85 = 4,250Wh) | EcoFlow TITAN Plus, expanded 15kWh (15,000Wh × 0.85 = 12,750Wh) |
50W | about 85 hours | about 255 hours |
300W | about 14.2 hours | about 42.5 hours |
1,000W | about 4.2 hours | about 12.8 hours |
2,000W | about 2.1 hours | about 6.4 hours |
For example, a 1,500W space heater would run for roughly 2.8 hours on the 5kWh EcoFlow TITAN base unit and about 8.5 hours on an expanded 15kWh system under this estimate, so don't rely on electric space heaters for unconstrained, multi-day heating. For circuit backup, learn how a smart home panel works before discussing circuit choices with your electrician. Once you've assigned backup power, add a timeline to your plan. The steps to take in the first 15 minutes differ from those you'll need after 24 hours.
Your Power Outage Emergency Response Plan, Hour by Hour
Use this timeline as a starting point and adapt it to your household’s needs. Medical equipment, extreme temperatures, and local emergency instructions may require you to act sooner.
When | Do this | Source |
First 15 minutes | Check whether neighbors are out and check your breaker panel; report the outage the way your utility asks; call 911 for downed lines or danger; unplug appliances and electronics | FEMA P-2143: "Unplug appliances and electronics to avoid damage from electrical surges." |
Up to 4 hours | Keep fridge and freezer closed; run lights, phones, and router from backup | FoodSafety.gov: the fridge "will keep food safe for up to 4 hours"; FEMA: "Keep freezers and refrigerators closed." |
4 to 24 hours | Check food against the FoodSafety.gov chart; a half-full freezer holds about 24 hours with the door closed | FoodSafety.gov |
24 to 48 hours | A full freezer holds about 48 hours; food with ice crystals or at 40°F or below can be refrozen; decide whether to go to an alternate location for heat or cooling | FoodSafety.gov; FEMA P-2143 |
After power returns | Check medicines (ask your doctor about any you think spoiled); restock and recharge; note what to change in the plan | Your household |
Guessing can lead to throwing away food that’s still safe or keeping food that isn’t. Use this guide to check how long food stays safe without power. Food safety is only part of outage planning. Generators and other makeshift fixes can create serious hazards, so the next section covers the safety rules every household should know.
Generator, heat, and carbon monoxide safety rules
Power outages can make unsafe heating methods and poorly placed generators especially dangerous. Carbon monoxide (CO) is an odorless, colorless gas that can kill without warning. Add these safety rules to your emergency plan:
Keep generators outdoors. The CDC says to place them more than 20 feet from your home, doors, and windows. Never run one inside your home or garage, even with the doors open.
Install CO alarms. Use battery-operated or battery-backup alarms near every sleeping area, and test them regularly.
Never heat your home with a gas stove. FEMA warns against using a gas stove for heat.
Know the symptoms. Headache, dizziness, weakness, upset stomach, vomiting, chest pain, and confusion can signal CO poisoning. Get everyone outside into fresh air and call 911 if you suspect exposure.
Battery backup avoids the exhaust produced by gas generators. Understanding the carbon monoxide risks of gas generators can help you choose a safer backup option. Household plans can vary, but employers may need to follow a separate federal rule for workplace emergencies.
Power outage emergency action plans at work: What OSHA 1910.38 requires
OSHA’s emergency action plan standard, 29 CFR 1910.38, covers workplace emergencies in general, not power outages specifically. Employers must have a plan when an applicable OSHA standard requires one. Here’s what the rule calls for.
What the plan must include
Under OSHA 1910.38, a written plan must be kept at the workplace and available for employees to review. Employers with 10 or fewer employees may communicate the plan orally. The plan must cover six areas:
How employees report fires and other emergencies.
Evacuation procedures, including exit routes and evacuation types.
Procedures for employees who must stay behind to handle critical operations before evacuating.
How the employer accounts for employees after evacuation.
Rescue and medical duties assigned to employees.
The name or job title of someone employees can contact for more information about the plan.
Other requirements to know
Employers must provide an employee alarm system with distinct signals for different purposes, designate and train employees to assist with evacuation, and review the plan with employees when it’s created, when they’re first assigned their roles, when responsibilities change, and when the plan changes. OSHA 1910.38 doesn’t specifically require backup power or a dedicated power outage plan. Employers should check which OSHA standards apply to their workplace. Remote workers need to plan for outages, too. Setting up backup power for a home office can help keep essential devices running when the neighborhood loses power.
Conclusion
A useful emergency power outage plan fits on one page. Write down the utility’s outage map and reporting number, emergency contacts, medical device details, food safety limits, generator rules, and a place to go if your home becomes unsafe. Print the template, fill it in this week, and practice once a year. For backup power, the EcoFlow TITAN provides reliable 7.2kW split-phase power for essential home circuits. For homes needing higher output to start a central AC, the EcoFlow TITAN Plus paired with Smart Home Panel 10 offers up to 10kW with solar support. Review your load list and consult a qualified electrician to confirm your circuit configuration before severe weather strikes.
FAQs
What should an emergency power outage plan include?
Include your utility’s outage map and reporting number, emergency contacts, medical device details, food safety times, generator and CO rules, backup power assignments, and an alternate location if your home becomes unsafe.
How long is food safe during a power outage?
FoodSafety.gov says a closed refrigerator keeps food safe for up to four hours. A full freezer can hold its temperature for about 48 hours, while a half-full freezer can hold it for about 24 hours. Keep doors closed and check food temperatures before deciding what to keep.
How far from the house should a generator be?
The CDC recommends placing a generator more than 20 feet from your home, doors, and windows. Never run one inside a home or garage, even if doors and windows are open.
Does OSHA require a power outage emergency action plan?
OSHA standard 1910.38 requires an emergency action plan when another applicable OSHA standard calls for one. It covers workplace emergencies generally and does not specifically require a plan for power outages.
What's the difference between essential circuit backup and high-capacity whole-home backup?
Essential home backup, such as the EcoFlow TITAN (7.2kW), supplies critical circuits like refrigeration, lighting, and communications through Smart Home Panel 10. High-capacity systems, such as the EcoFlow TITAN Plus, deliver up to 10kW with dual-MPPT solar support to handle high-surge 240V appliances like central air conditioning. Both systems connect to your home wiring through Smart Home Panel 10 installed by a qualified electrician.
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