Dynamic Optimization Model of Optimal Carbon-energy Combined Flow of Gas-electric Combined System Based on Consistent Hash Algorithm

Abstract:
With the rapid development of modern energy technology and the advancement of the construction of new energy networks, the energy system is facing brand-new changes. The secondary energy based on the grid also has opportunities for transformation. This paper studies the optimal carbon-energy composite flow dynamic optimization model of the gaselectricity combined system based on the consistent Hash algorithm. Based on the literature data, the optimal carbonenergy composite flow of the gas-electricity combined system and the correlation of the consistent Hash algorithm are studied, then understand the theory, then analyze the application of the Hash algorithm in the system, and then use the relevant intelligent algorithm to optimize the optimal carbon-energy composite flow of the gas-electric combined system, and finally verify the optimized model.