Electric Power Fittings is a small distribution power system that is composed of distributed power sources, energy storage devices, energy conversion devices, related loads, monitoring, and protection devices. Distributed power sources include micro gas turbines, photovoltaic power generation cells, fuel cells, Small wind turbines, etc. In Electric Power Fittings, different types of generators may have different power generation capabilities. Through appropriate power control strategies, formulate corresponding adjustments to the power input of the generator to meet the capacity constraints. Establish an ideal distributed power output to meet the power distribution requirements of Electric Power Fittings. Due to the above requirements, the effective distribution of active power and reactive power of Electric Power Fittings is an important performance standard for microgrid control.
Recently, many scholars have used the method of multi-agent consistency to study the problem of effective power allocation. The inverter is considered an intelligent body, and Electric Power Fittings can exchange information with neighboring inverters through the communication network. Since the consensus control protocol can make multi-agents converge to the target protocol point, a global goal can be achieved by using only local control and agent-to-agent communication. Some scholars have proposed a matrix analysis of the stability of closed-loop voltage control microgrid. Electric Power Fittings has been proved that the proposed consistency-based droop control can achieve the proportionally asymptotically consistent reactive power.
