Hybrid energy network strategy application system based on multi-energy complementary energy hub

Abstract

The invention relates to a hybrid energy network strategy application system based on a multi-energy complementary energy hub. The system comprises a network construction unit, a data acquisition unit, an interface transmission unit, a data storage unit, a hybrid energy management unit, a comprehensive effect evaluation unit, a strategy application unit and an actual effect detection unit. The standard distribution of the parameters of the integrated energy system is realized through a multi-layer architecture, so that the parameters are better utilized, the number of storages is reduced, and the nonlinear processing of input data and parameters of the integrated energy system is increased, so that the integrated energy system can conveniently apply a better strategy in a real-time operation process.

Description

technical field [0001] The invention relates to the technical field of energy Internet, and in particular to a hybrid energy network strategy application system based on multi-energy complementary energy hubs. Background technique [0002] With the rapid development of the global economy, the energy crisis and environmental crisis brought about by the large-scale development and utilization of fossil energy have become prominent. The industrial civilization based on the traditional use of fossil energy is gradually falling into trouble, threatening the sustainable development of mankind. Therefore, the voice of developing low-carbon cities, building distributed energy systems in urban areas, and carrying out energy planning according to local conditions is becoming stronger and stronger. [0003] At present, in many places, the complementarity between various energy sources has been used to achieve multi-energy complementarity. The purpose is to achieve the integration, coor...

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Problems solved by technology

[0005] However, in the process of building a multi-energy integrated system in the Energy Internet, there is still a lack of systematic scientific evaluation and monitoring methods for the multi-energy integrated system, which can be based on the characteristics of the multi-energy complementary system of the Energy Internet in various forms, complex scenarios, and multi-objective constraints. The integrated energy system can be managed more effectively during real-time operation, which facilitates the optimization of system parameter configuration and improves the real-time online multi-objective optimization of the integrated energy system

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