Overall, it's a good first step to introduce newer technology in a form that's recognizable and will physically and mechanically interface with current modes of use in existing technology. Also, maxing out solar input using Renogy's product line will have you using anywhere from 10 to 48 panels at a cost of $3,600 to $4,800. That is, of course, at the default capacity of 4.8 kWh (roughly multiply by four for maxed-out capacity). Maxed out, you're likely looking at under 2 hours to charge from 0 to 80%, which really isn't too bad. The Lycan will allow up to 4,400 W of solar charging power. The Lycan's solar capabilities are definitely more on par with a system designed for heavier or more consistent use than your average portable power station. Last but not least, solar panels are an obvious part of any battery system, especially in off-grid applications. You'll also find a 30A round "RV plug" (or TT-30R) type, which will interface with your transfer switch, straight to an RV or one of many other adapter cable applications you can find. One is a standard 120V residential outlet rated at 20A, and you can grab a power strip to hook up your different devices. The same is true if you want to use the Lycan as a stand-alone generator, where you have access to two different AC output receptacles. If you're not familiar with the significance of that spec, that means you wouldn't be able to use the Lycan to power any of your devices or appliances that require 240V, and that may be the biggest -possibly only - negative here. That transfer switch will give you access to a total of 30A over six single-pole circuits.
Power utility eft generator#
If you're going to have this installed in typical backup generator fashion (by a licensed electrician hopefully), you'll be using a transfer switch to go between the Lycan and your home's load center. A peek at the internal battery storage provided by Renogy's Lycan 5000.
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