A power packet dispatching system is expected to be one of the advanced power distribution
systems for controlling electric power, providing energy on demand, and reducing wasted …

In event‐triggered control, a situation where the control input must be sparse often arises.
Therefore, in this study, we propose sparse event‐triggered control, meaning that the control …

A power regulation algorithm was designed to address the load requirements of a power
packet dispatching system of interest. The switch controller, to which the regulation algorithm …

Power packet dispatching system is proposed as one of the new electric power distribution
systems, which realizes power delivery in a packetized form. A load can demand a selected …

A power packet dispatching system is proposed to realize the function of power on demand.
This system distributes electrical power in quantized form, which is called power processing …

In event-triggered control, we often face the situation where the control input must be sparse.
We consider sparse event-triggered control, in which the control input is sparse and updated …

The growing depletion of fossil fuels has led to the use of distributed renewable energy
sources. This shift has altered the grid structure from centralized to distributed, where energy …

Controlling power flow and achieving appropriate matching between power sources and
loads according to the quality of energy is expected to be one of the approaches to reduce …

In this paper, we propose the greedy smallest-cost-rate path first (GRASP) algorithm to route
power from sources to loads in a digital microgrid (DMG). Routing of power from distributed …

Power packet dispatching system is one of promising technologies for energy saving. To
enhance this system, we propose an efficient algorithm for distributing power packets. As the …