Fuel gas distributed comprehensive energy planning and deploying method based on layered multi-energy coupling

Abstract

The invention discloses a fuel gas distributed comprehensive energy planning and deploying method based on layered multi-energy coupling. The method comprises the following steps: analyzing energy consumption data in a park according to energy consumption characteristics of users in the park, classifying energy data of the users in the park according to energy consumption analysis data, and comparing configuration schemes of different types of energy to obtain an energy configuration scheme; the energy configuration scheme is calculated through an algorithm, calculation results are compared, and the configuration scheme with the better calculation result is selected for optimization design; obtaining interactive information of a user for the configuration scheme, analyzing and processing the interactive information, and optimizing the park distributed energy. According to the invention, the energy consumption data in the park is analyzed. The configuration scheme is calculated and optimized. The configuration scheme is further optimized according to the interaction information of the user. The configuration scheme is optimized in an omnibearing manner. The fineness of the energy deployment scheme is improved. The omission of the optimized scheme and information of related units is avoided.

Description

technical field [0001] The invention relates to the technical field of energy planning, in particular to a method for planning and deploying a distributed comprehensive energy based on hierarchical multi-energy coupling gas. Background technique [0002] Today, efficient utilization of energy and multi-energy coordination is an important direction for the development of energy and power systems. The design and application of distributed energy is an important element in the development of future energy and power systems. The design and deployment technology of distributed energy in the park power grid is an important part of the application of distributed energy in the park. Gas-fired distributed units use natural gas as fuel to drive gas-fired power generation equipment such as gas turbines or internal combustion engines to operate, and the generated electricity meets the power needs of users; the waste heat discharged from the system is supplied to users through waste heat...

AI Technical Summary

Problems solved by technology

[0006] This invention provides a method based on layered multi-energy coupling gas distributed comprehensive energy planning and deployment, which calculates the configuration scheme by analyzing the energy consumption data in the park Optimize, and further optimize according to the user's interactive information, to solve the technical problem that the existing technology has single considerations for energy planning and deployment, and cannot obtain the optimal global configuration plan, so as to optimize the configuration plan in an all-round way, and then realize energy. The fineness of the deployment plan is improved, which is more suitable for the needs of the park in the overall situation, and avoids missing relevant unit optimization plans and information

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