Lady K Sailing · video

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Balancing solar array capacity with battery storage and daily energy consumption prevents wasted power and deck clutter.2:30 Excessive solar panels can create significant windage, negatively impacting sailing performance by inducing weather helm when the boat heels. On Lady K, two large stern-mounted panels catch enough wind to force the use of constant rudder correction, effectively acting as unintended sails.3:12

To determine an optimal system, calculate total daily energy needs—including refrigeration, navigation, and high-draw appliances like water makers or Starlink—and add a 50% buffer.4:06 Size the battery bank for two to five days of autonomy, then install enough solar to replenish that daily draw within five to six hours of peak sun.4:06 While 1,700 watts of solar provides rapid charging, a 600Ah lithium bank may prove insufficient to store the full output, leading to wasted potential.4:48 A balanced system typically requires 600 to 1,200 watts of solar for most cruisers, though high-demand setups benefit from larger banks to capture the full production of high-wattage arrays.4:13

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