How To Choose The Right Inverter for My RV?

RVers are always on the lookout for simple upgrades that can improve their camping experience. One powerful yet affordable option is to install an inverter so that appliances can be powered by the onboard lithium iron phosphate (LiFePO4) battery.

An inverter converts the direct current (DC) from your batteries to household alternating current (AC). This simple change opens up a world of possibilities. Now you can charge phones, laptops, power tools and even use small kitchen appliances without generator noise or draining your vehicle battery.

If you’re new to the idea of complementing your RV’s LFP battery system with an inverter, here are a few things to know when choosing the right one for your needs.

Determine Your Power Requirements

Make a list of all the AC devices you want to operate, like TVs, microwaves or coffee makers. Check each item’s wattage or amperage rating to estimate your total power needs. Add a 10-20% buffer to account for surges.

Consider Continuous vs Peak Output

Look for an inverter that provides continuous output equal to or greater than your calculated needs. Peak output supplies short bursts but isn’t sustainable long-term.

Choose the Right Wave Form

Most devices work with modified sine wave inverters, which are more affordable. But appliances with sensitive electronics may need a pure sine wave inverter for best performance.

Consider Voltage and Amps

Get an inverter compatible with your RV’s 12V or 24V system. Check that its continuous amperage rating meets or exceeds your total calculated needs.

Safety First

Reputable brands produce reliable inverters with important protections like overheating safety shutoffs and low battery alerts. Customer service is also invaluable for any DIYer.

With some basic sizing guidelines, selecting an RV-friendly inverter is simple. It’s an easy project that pays huge dividends in campsite convenience and flexibility.

At present, GoKWh inverters have been launched and are perfectly compatible with 12V and 24V power systems. Click to learn: