When the Lights Go Out
Ways to Keep the Power On When Everyone Else Is Sitting in the Dark
Most people don't think about electricity until they don't have it.
Flip a breaker.
No big deal.
Storm knocks out power for an hour.
Annoying, but manageable.
Then a major storm hits. A transformer blows. A cyberattack takes down infrastructure. A wildfire burns through transmission lines. Suddenly that little glowing rectangle in your hand becomes a very expensive paperweight.
No lights.
No refrigeration.
No internet.
No well pump.
No charging your phone.
No coffee.
And if you've ever met the average American before they've had coffee, you'll quickly realize civilization hangs by a much thinner thread than most people imagine.
The good news is that backup power has never been more accessible. Between batteries, solar panels, generators, fuel storage, and even old-school hand-crank devices, there are more options than ever for keeping essential equipment running.
The trick is understanding what each system does well—and where it falls short.
Let's take a look.
1. Portable Power Stations
Portable power stations have become the gold standard of emergency preparedness.
Think of them as giant rechargeable batteries with built-in outlets.
No fuel.
No fumes.
No noise.
No pulling a starter cord until your shoulder dislocates.
Units like the Jackery Explorer 1000 can power:
- Phones
- Laptops
- Medical devices
- Small refrigerators
- Lights
- Radios
The downside?
Eventually they run out of juice.
Which means you need a way to recharge them.
That brings us to solar.
2. Folding Solar Panels
A battery without a recharge source is just a countdown timer.
Portable folding solar panels allow you to replenish power during extended outages.
Unlike generators, sunlight doesn't require fuel deliveries.
The sun doesn't care about supply chains.
The sun doesn't care about gas shortages.
The sun doesn't care whether your local power company got hacked.
It just keeps showing up.
Pairing solar panels with a power station creates one of the most reliable long-term emergency power systems available.
3. LiFePO4 Batteries
If you're serious about backup power, you'll eventually encounter LiFePO4 batteries.
These have become the standard for solar and off-grid systems.
Compared to traditional lead-acid batteries they offer:
- Longer lifespan
- More charge cycles
- Faster charging
- Lower maintenance
- Greater efficiency
Many are rated for thousands of cycles.
In preparedness terms, that's years of dependable service, without the constant checking of ph levels or risks of hydrogen gas buildup that we got to enjoy with the lead acid variety.
4. Pure Sine Wave Inverters
Batteries store power.
Inverters make that power useful.
A pure sine wave inverter converts battery power into household AC electricity, in fact a pure sine wave inverter often creates "cleaner" electricity than even the grid, so less risk of damage to your electronics.
Without one, your battery bank is basically a very expensive paperweight.
A quality inverter can power:
- Refrigerators
- Fans
- Freezers
- Power tools
- Electronics - CPAPs, laptops...you know your more expensive, and possibly life sustaining, electronics.
Cheap inverters exist.
There's usually a reason they're cheap.
5. Gasoline Generators
The old standby.
When most people think "backup power," this is what comes to mind.
Gas generators provide substantial power and can run many household appliances.
The strengths are obvious:
- High output
- Proven technology
- Widely available
The weaknesses are just as obvious:
- Noise- although inverter models are quieter, and more fuel efficient since they can actually "down shift" to use less fuel rather than blazing a full tilt.
- Fuel consumption
- Maintenance
- Limited fuel shelf life
Gasoline eventually degrades.
Which means fuel storage becomes part of the equation.
6. Dual Fuel Generators
Many preparedness-minded people prefer dual-fuel models.
These can operate on:
- Gasoline
- Propane
That flexibility matters.
If gasoline becomes unavailable, propane may still be accessible, and has a much longer shelf life.
Having options is a recurring theme in preparedness.
The more ways you can solve a problem, the better.
7. Propane Storage Systems
Propane has several advantages over gasoline.
Unlike gasoline, propane can be stored for years without degrading.
A properly stored propane tank today will still work years from now.
That makes it one of the most practical preparedness fuels available.
Many people build entire backup systems around propane for this reason alone.
8. Fuel Stabilizers
If you're storing gasoline, fuel stabilizer is cheap insurance.
Without it, stored fuel can degrade surprisingly quickly.
A few ounces of stabilizer can dramatically extend usable storage life.
It's not glamorous.
Neither is discovering your generator won't start during an emergency.
9. Hand Crank Power: The Physics Problem
There is a category of survival gear that sounds much more useful in marketing brochures than it is in real life.
Hand-crank generators are often part of that category.
Now before the angry emails arrive, let's be clear: they work.
The problem is that you are the fuel source.
Every watt comes from your muscles.
Every charge comes from calories you burned.
Every minute of electricity requires a minute of physical effort.
A quality hand-crank radio like the Midland ER310 makes perfect sense because you're generating tiny amounts of power for low-demand devices such as:
- Emergency radios
- Flashlights
- Weather alerts
- USB top-offs
What doesn't make sense is expecting a hand crank to become a serious part of your long-term energy strategy.
For the cost of some dedicated hand-crank generators, you could buy a folding solar panel that produces more electricity in a single sunny afternoon than you could generate by cranking for hours.
That's not a criticism of the equipment.
That's just physics.
Hand cranks belong in the backup-to-the-backup category.
If your batteries are dead, your solar panels are unavailable, your generator is out of fuel, and you absolutely need to power a radio, a GPS unit, or a phone long enough to send a message, you'll be glad you have one.
But if your preparedness plan involves spending all afternoon pretending to be a human power plant, you may want to revisit the math.
10. Biodiesel-Capable Generators
Most people don't realize some diesel engines can run on biodiesel blends.
As a side note older models with more basic mechanical injection, with a bit of modification and pre-heating, can even be modified to run on straight vegetable oil.
That opens interesting possibilities for long-term resilience. But diesel itself has a much longer shelf life than gasoline, 6-12 months for modern low sulfur diesel untreated, and 12-18 months for older diesel, possibly even longer under ideal conditions.
Diesel models are expensive, but also more reliable long term.
But having equipment capable of using alternative fuels increases flexibility.
Flexibility is survival.
11. Deep-Cycle AGM Batteries
Not everyone wants lithium.
AGM batteries remain popular because:
- They're proven
- Widely available
- Relatively affordable
- Less sensitive to cold weather
They weigh a ton compared to lithium alternatives, but they still have a place in many preparedness systems.
12. Battery-Powered LED Lighting
Generating electricity is only half the battle.
Using it efficiently matters just as much.
Modern LED lanterns can run for days on minimal power.
Compare that to older incandescent lights and the difference is astonishing.
Every watt saved is a watt you don't need to generate.
13. Portable Wind Turbines
Solar gets all the attention.
If you live in a consistently windy area, a small turbine can supplement solar production.
No single energy source is perfect.
The best systems combine multiple sources.
Solar during the day.
Wind when conditions allow.
Generators during bad weather.
Redundancy wins.
The biggest mistake people make is looking for one magical solution.
There isn't one.
Generators need fuel.
Solar needs sunlight.
Batteries need charging.
Turbines needs wind.
Hand cranks need calories, and lots of time.
Preparedness is about building layers.
A battery bank backed by solar.
A generator backed by fuel storage.
Hand-crank devices for absolute emergencies.
LED lighting to reduce consumption.
Multiple ways to generate power.
Multiple ways to store it.
Resilience.
Electricity is one of those modern conveniences we rarely appreciate until it disappears.
The moment the grid goes down, every weakness in your preparedness plan becomes obvious.
Food starts spoiling.
Communication becomes difficult.
Comfort evaporates.
You don't have to do it all at once.
A battery today.
A solar panel next month.
A generator next year.
Preparedness doesn't happen overnight.
It happens one practical step at a time.
Because when the lights go out, the people who planned ahead won't be scrambling for candles.
They'll be deciding which room they want to watch a movie in.