The invention discloses automatic
stowage method and
system for a self-elevating platform, and belongs to the field of the ocean
engineering technology. The self-elevating platform comprises a ship body and multiple
pile legs, wherein the
pile legs are arranged on the edge of the ship body; and even number of
ballast compartments are arranged in the ship body and are symmetrically distributed on two sides of the ship body. The method comprises the steps of acquiring a stress value of each
pile leg in the vertical direction and the water amount in each
ballast compartment; according to an influencing value of the water amount change in each
ballast compartment on the stress on each pile leg in the vertical direction, determining a
stowage scheme enabling the stress values of the multiple pile legs in the vertical direction to be the same, wherein the
stowage scheme comprises the water
injection rate or the
water discharge amount of each ballast compartment, the water
injection rate of each ballast compartment is smaller than or equal to the difference between the capacity of each ballast compartment and the water amount in each ballast compartment, and the
water discharge amount ofeach ballast compartment is smaller than or equal to the water amount in each ballast compartment; and according to the determined stowage scheme, adjusting the water amount in each ballast compartment. The automatic stowage method and
system for the self-elevating platform provided by the invention can effectively solve the problem that manual stowage response is not in time.