Your Cart

Portable Power for Camping: Generators, Power Stations, and Solar Explained

You packed the tent. You've got food, water, and a first aid kit. But what about power? Whether you need to charge your phone, run a CPAP machine, or keep a mini fridge cold at base camp, portable power has become as essential as any other piece of camping gear.

The problem? The options are overwhelming. Power stations, solar panels, gas generators, solar generators — what's the difference, and which one is right for your setup?

Here's the no-fluff breakdown.


Power Stations (Portable Battery Banks)

Power stations are lithium battery units that store electricity and let you discharge it through AC outlets, USB ports, and DC connections. Think of them as a giant rechargeable battery you can take anywhere.

  • Best for: Weekend campers, van lifers, overlanders, CPAP users
  • Pros: Silent, no emissions, low maintenance, multiple output types
  • Cons: Limited capacity — high-drain appliances (like electric grills) will drain them fast
  • Recharge options: Wall outlet, car outlet, or solar panels
  • Popular brands: Jackery, EcoFlow, Bluetti, Nature's Generator

Rule of thumb: Look for at least 500Wh for a weekend trip with moderate use. Go 1000Wh+ if you're running a CPAP or want to power a small cooler.


Solar Panels

Standalone solar panels don't store power — they generate it and feed it into a power station or directly into compatible devices.

  • Best for: Extended trips, off-grid camping, anyone who wants to recharge without a grid connection
  • Pros: Free energy from the sun, lightweight foldable options available
  • Cons: Weather-dependent, slow charging, requires a compatible power station
  • Types: Rigid panels (more efficient) vs. foldable/portable panels (more packable)

Rule of thumb: A 100W solar panel in full sun generates roughly 300–400Wh per day — enough to keep a power station topped up for light use.


Portable Gas Generators

Gas generators use fuel combustion to produce electricity. They can run continuously as long as they have fuel and can power high-wattage appliances that battery stations can't handle.

  • Best for: Base camp setups, RV camping, high-wattage needs (power tools, air conditioners)
  • Pros: High output, continuous runtime, widely available fuel
  • Cons: Loud, produces emissions (never use indoors or in enclosed spaces), requires fuel storage
  • Popular brands: Honda, Champion, WEN

Rule of thumb: If you need to run an air conditioner or power tools, a gas generator is likely your only real option. For everything else, a power station is cleaner and quieter.


Solar Generators (Power Station + Solar Panel Bundles)

A "solar generator" is simply a marketing term for a power station bundled with one or more solar panels. There's no actual generator involved — it's a battery that recharges via solar.

  • Best for: Off-grid campers who want a complete, self-contained system
  • Pros: Everything in one package, no fuel required, silent
  • Cons: Higher upfront cost, still limited by battery capacity and solar input

Rule of thumb: Solar generator bundles are a great value if you'd be buying a power station and solar panel separately anyway. Compare the bundle price to individual components before buying.


Power Banks (Phone/Device Chargers)

Standard power banks are compact lithium batteries designed for phones, tablets, earbuds, and small electronics. They're not "camping power" in the true sense — but every camper should have one.

  • Best for: Keeping your phone alive on day hikes or short trips
  • Pros: Ultra-portable, inexpensive, widely available
  • Cons: Not enough capacity for larger devices or appliances
  • Capacity guide: 10,000mAh charges most smartphones 2–3 times; 20,000mAh gives you 4–5 charges

Which One Is Right for You?

Camper Type Best Option
Weekend car camper Power station (500–1000Wh)
Overlander / van lifer Power station + solar panel
Extended off-grid camping Solar generator bundle
High-wattage needs (AC, tools) Portable gas generator
Day hiker / backpacker Power bank
CPAP user Power station 1000Wh+

A Note on Watt-Hours (Wh)

Watt-hours tell you how much energy a battery can store. To estimate how long a power station will run a device:

Device wattage × hours of use = Wh needed

Example: A 45W CPAP machine running 8 hours needs 360Wh minimum. A 500Wh station gives you some buffer. A 1000Wh station gives you two nights.


Shop Portable Power Gear



Read Next: