This invention relates to the field of
smart microgrid energy management technology and discloses an integrated smart footwear storage location
management system, including a distributed resource storage module, a load flux
coupling monitoring module, a dynamic
virtual impedance generation module, and a load balancing scheduling control module. By monitoring the load flux density of logical partitions in real time to construct a nonlinear dynamic
virtual impedance, and combining it with the correlation
coupling degree model to calculate the comprehensive acceptance
potential energy,
load scheduling instructions are generated. This invention utilizes an embedded
negative feedback saturation suppression loop to exponentially increase the impedance when the flux density approaches the threshold, forcibly suppressing the load adsorption capacity of high-heat nodes, and realizing dynamic
power balance between energy flow and information flow within the
system.