During testing, the camera and router drew 17.65W of power. The Perfect Horizon stabilization system drew 33.4W for a total system draw of 51.05W. In one day the system will consume 1225 W-hrs. Given the batteries’ capacity of 2760W-hrs, the buoy can run for 2.25 days, on batteries alone. Given the solar panels are rated at 204W and it is common practice to assume 5 hours of direct sunlight a day, the solar panels should theoretically generate 1020 W-hr/day, and the buoy will be able to run for 13.5 days before needing servicing. Upon Solar testing it was found that with a marine layer the solar panels can generate 66.83W, which is 334.15 W-hrs/day. With our data it was found that the batteries will last 3.1 days.