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Man uses portable power station while watching football on television indoors

What Size Power Station Do I Need for a TV?

Ever had the telly cut out right as someone kicks the winning goal? Or worse—midway through the grand final? Whether you're roughing it out bush or stuck in the middle of a blackout, having a portable power station that can run your TV isn't just a luxury—it's a game-changer. This guide breaks down what size portable power station to run a TV, how to calculate your needs, and how to make sure you’ve got enough juice without the jargon.

Focused man adjusts power station settings while watching football match

How to Choose the Right Portable Power Station

Understanding Your Energy Needs

Start by listing all the appliances and gadgets you plan to use. Are you powering just phones and lights or also a fridge, fan, or power tools? The more you plan to plug in, the higher your power demand.

Portable Power Station Types and Capacities

Small, Medium, and High-Capacity Options

200–300Wh units are compact and ideal for charging phones, running small lights, or keeping fans on during hot nights outdoors. Perfect for short trips or backup needs. 500–1000Wh is great for multi-day camping, blackouts, or moderate use. These can support fridges, laptops, and several devices at once. 1500Wh or more covers heavy-duty needs like CPAP machines, coffee makers, and even microwaves. Great for remote areas or extended travel without access to mains power.

Portable Power Station Safety and Selection Tips

Evaluate Features, Battery Type, and Budget

Pick what suits your needs—not what sounds impressive. High-capacity units cost more, but you may not need them for a simple setup. Look for lithium-ion or LiFePO4 batteries for better safety and longevity. Battery size, measured in Wh, tells you how long it’ll last.

Man closely examines portable power station during live sports on TV

Final Thoughts: Choosing the Right Portable Power Station for Your TV

Power Station Calculator and Sizing Guide

Use a power station calculator to plug in your devices and figure out the total power draw. Add each device’s wattage, multiply by how many hours you’ll use them, then add 10–15% to account for inverter losses.

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Timothy Jagger

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About the author:
“What I love most about getting outdoors is switching off and hitting reset. I used to spend my weekends legging it out from under a roof—now I help others do the same.”

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