Study on Fuzzy Dynamic Programming for Optimization of Reactive Power Compensation of Power System Including Distributed Generation

According to limitation of traditional methods, a new optimization model of reactive power compensation of power system including distributed generation is proposed, in which investment of the equipment, electrovalence and other factors of the complex power network are considered. According to the optimization model, an optimization scheme of fuzzy dynamic programming is introduced, in which fuzzy theory is used to fuzzily optimization model and establish a subjecting function and dynamic programming is used to resolve capacities of reactive power compensation. The scheme removal the factors of little satisfaction degree and improve calculation accuracy and increase velocity of convergence obviously.