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Emergency Preparedness Gear Guide

Grid failures from storms, wildfires, heat waves, and infrastructure aging are becoming more frequent and lasting longer. A well-planned emergency power and water setup keeps your household functional when the grid goes down -- no gas generator fumes, no fuel runs, no noise complaints. This guide covers the equipment categories you need for reliable home backup and emergency preparedness.

Last updated: April 2026

Preparedness Priority Order

If you are building your emergency kit incrementally, prioritize in this order:

  1. 1. Water filtration -- clean water is the most immediate survival need
  2. 2. Portable power station -- keeps fridge, medical devices, and comms running
  3. 3. Solar panels -- renewable recharging for multi-day outages
  4. 4. Battery bank + inverter -- scale up for whole-home backup

What You Need for Emergency Preparedness

Each card links to our best-for guides with product rankings, spec comparisons, and our top recommendations for emergency and home backup use.

Portable Power Stations

Home backup units (2,000-10,000Wh+) that keep your fridge, medical devices, internet, and lights running during multi-day outages. Look for UPS-mode and automatic transfer switching.

  • 2,000Wh minimum for 24h fridge + basics
  • UPS / EPS mode for instant switchover
  • Expandable capacity for extended outages

Solar Panels

Portable and foldable solar panels that recharge your power station during extended grid-down events. No fuel, no noise, no maintenance.

  • 200-400W for recharging home backup units
  • Portable/foldable for deployment flexibility
  • IP65+ rating for outdoor weather resilience

Water Filtration

Emergency water filters and purifiers that make tap water safe when treatment plants fail, or process creek/lake water if municipal supply is disrupted entirely.

  • Gravity filter for no-power operation
  • Portable squeeze/pump filter as backup
  • Removes bacteria, protozoa, and chemicals

Batteries & Charge Controllers

Standalone LiFePO4 batteries paired with charge controllers for DIY home backup systems or supplementing an existing solar installation.

  • 100-200Ah LiFePO4 for essential loads
  • Long shelf life with minimal self-discharge
  • Compatible with existing solar/inverter setups

Inverters

Pure sine wave inverters that connect to battery banks for a DIY home backup solution. Inverter-chargers can recharge batteries from a generator or restored grid.

  • 2,000-3,000W for fridge, router, lights
  • Auto-transfer switch for seamless switchover
  • Pure sine wave for sensitive electronics

Emergency Power Needs Checklist

Focus on critical loads first. A 2,000Wh power station can run a fridge, router, lights, and device charging for roughly 24 hours. Add solar panels to extend indefinitely.

Appliance Draw Daily Est. Priority
Refrigerator/freezer 100-200W continuous 2,400-4,800Wh Critical
Medical devices (CPAP, O2) 30-150W 240-1,200Wh Critical
Internet router/modem 15-30W 360-720Wh High
LED lighting 20-50W 120-300Wh (6h) High
Phone/device charging 10-30W 40-120Wh High
Sump pump (intermittent) 500-1,200W 500-2,400Wh Situational
Space heater 1,500W 6,000-12,000Wh Consider propane

Emergency Water Needs

FEMA recommends 1 gallon per person per day for drinking alone. With a quality gravity filter, you can purify water from almost any freshwater source if municipal supply fails.

Need Estimated Volume
Drinking water (per person) 1 gal/person/day minimum
Cooking & sanitation 1-2 gal/person/day
FEMA 72-hour minimum (per person) 3 gal total
Extended outage target (per person) 1-2 gal/day for 14 days

Plan by Outage Duration

Different outage lengths require different levels of preparation. Here is how to scale your emergency gear.

4-24 Hours

Typical storm outage

  • Power: 1,000-2,000Wh power station
  • Solar: Optional
  • Water: Stored water (3 gal/person)

1-3 Days

Severe weather / infrastructure

  • Power: 2,000-5,000Wh + solar
  • Solar: 200-400W portable panels
  • Water: Gravity filter + 5 gal stored

1-2 Weeks

Major disaster / grid failure

  • Power: 5,000Wh+ expandable + solar
  • Solar: 400W+ panels
  • Water: Gravity filter + local water source

Related Use-Case Guides