Application of System Fusion Principle Based on Entropy and Negative Entropy in the New Energy Power Systems

Compared to other power system projects, the new energy power system has the characteristics of strong innovation, large investment scale, numerous participating units, and urgent demand. Especially the uncertainty inherent in wind power or optoelectronics makes it difficult to quantify the impact on the management difficulty of the entire new energy system. Based on entropy and negative entropy, this article implements a system fusion principle analysis method. This paper first implements stress analysis of blades based on COMSOL software and constructs a numerical calculation model for predicting wind energy from blades. Then, uncertainty quantitative simulation based on improved Method of Moments is implemented. After taking into account the uncertainty analysis results in the calculation of negative entropy, we have completed the derivation of basic mathematical formulas for system fusion principles from four aspects: complexity exploration and overall superposition, complexity absorption and overall compatibility, complexity decomposition and overall solidification, complexity undertaking and overall reconstruction. Finally, the rationality of the proposed method has been verified.