Will a toaster work on an inverter?

Research indicates that using a toaster on an inverter is a common inquiry among those interested in RV living or using solar power. Many people are challenged by the power requirements of a toaster and whether their inverter can handle it. With the right setup, it's possible to operate a toaster on an inverter without issues.

I suspect this topic has been thoroughly discussed elsewhere, yet I can't seem to find a comprehensive answer! After discovering that a Carthago we were interested in isn't available at an acceptable price, I'm thinking about investing in a larger inverter for our James Cook. I've reassessed our requirements, and I need one that can recharge Bosch 500w electric bike batteries, operate a small Remoska, and most importantly, run a toaster — I’m eager to get rid of the tin plate over the gas hob that’s quite bothersome. Space is limited in the James Cook, but I might just be able to fit a Victron phoenix 12/. But is that size necessary? The 12/ model is the same physical size and only marginally cheaper, which seems pointless. However, going one size down with the 12/ might not provide enough output according to my needs. What do people think? Oh, and just to clarify, I currently have 2 x 100ah lithium batteries, 200w solar panels, a 50a Votronic BtB, and a Victron battery monitor.

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a Typical 120WATT Solar Panel typically produces around 5-6 AMPS of usable DC Current in optimal sunlight, available only for about 5-6 hours. This level of output may not run much by itself, but if solely used for charging batteries, the full capacity can be utilized until the batteries deplete to around 50%. It's advisable to build a battery bank to support high-wattage devices. A strong inverter needs to be directly connected to the 12VDC terminals, while solar panels can supplement battery charging. Starting with a 2KW generator is suggested to manage days when solar energy is insufficient.

My strategy is to utilize the 2KW Generator for the first hour of charging to cope with the initial high current draw from the batteries. I will then deploy the solar panels during peak sunlight hours, aiming to restore the battery to approximately 90% charge or better yet, FLOAT MODE, allowing for efficient power use throughout the following day and night.

Understanding that my smart charger takes three hours to recharge the battery bank alters my charging strategy. My top priority is to use the generator within the permitted campground hours and let the solar panels handle the latter part of the day to complete charging before sundown.

This approach enables us to perform nearly any task we would at a regular electric site, except running air conditioners. We've also switched from high current incandescent automotive bulbs to LED BOARDS, which significantly reduces power consumption.

By adding solar panels, we can greatly reduce our reliance on the generator.

Roy Ken

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