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HOW TO POWER YOUR SEAKEEPER
One of the most important steps to consider when installing a SeaKeeper is how it will be powered. There are two options: an integrated lithium battery bank for your house's electricity needs or one that operates solely as needed with dedicated Seakeepers designed specifically for this purpose; both have different pros and cons based on what you want out of them! If your goal ultimately comes down to deciding between these alternatives, remember there're always tradeoffs - higher voltage means shorter run times, but also less power consumption overall (and therefore batteries), whereas integrating multiple sources into one common output gives better dynamic range because all components aren't running constantly at full tilt...

BATTERY AND RUNTIME CALCULATOR
In order to ensure proper system operation, it is important that you have the right battery capacity for your Seakeeper model. The Battery & runtime calculator can help determine what kind of lithium batteries are required based on certain parameters such as spool-up power condition and whether or not an integrated bank has been selected within this particular design - Here are the options to choose from.
SEAKEEPER 1
MINIMUM CAPACITY (Ah)
150AH LITHIUM BATTERY
SEAKEEPER 2
MINIMUM CAPACITY (Ah)
200AH LITHIUM BATTERY
SEAKEEPER 3
MINIMUM CAPACITY (Ah)
200AH LITHIUM BATTERY