Optimal allocation of distributed energy storage capacity based on smart node terminal technology

Abstract

In the context of the poor time performance of some distributed energy storage capacity optimisation methods, a distributed energy storage capacity optimisation method based on smart node terminal technology is designed. Quantify the distributed energy demand response characteristics, extract the economic index of the energy system, calculate the natural gas consumption of the internal combustion engine and the recovered waste heat respectively, obtain the storage capacity equipment operation coefficient, set the application scenario selection mode based on the intelligent node terminal technology, improve the load factor of the gas internal combustion engine, and design the storage capacity optimization allocation method. Test result: The average time required for the distributed energy storage capacity optimisation allocation method in the paper is: 72.36s, indicating that the designed distributed energy storage capacity optimisation allocation method is more suitable for application to practical tasks after the introduction of smart node terminal technology.