Energy flow tracking of integrated energy system with electric thermal storage boiler

Guangzhe Liang, Xiaoming Zhang, Chonglei Ding, Jiaoyang Feng
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Abstract

With the complexity and diversification of the integrated energy system, accurate optimization of resource allocation and scheduling has become the focus of research. This paper studies the energy flow tracking technology of the heat-electric integrated energy system with an electric thermal storage boiler. The modeling of the electric thermal storage boiler and the application of the energy flow tracking technology not only improves the flexibility and stability of the system but also realizes the comprehensive monitoring and analysis of the electric energy and heat energy flow in the system. Finally, the energy flow tracking technology is used to reveal the flow path and distribution of energy in the system through the example of the integrated energy system. It also shows the flexible energy and space-time transfer characteristics of the electric thermal storage boiler in the electrothermal integrated energy system.
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带有电蓄热锅炉的综合能源系统的能量流跟踪
随着综合能源系统的复杂化和多样化,精确优化资源配置和调度已成为研究的重点。本文研究了带有电蓄热锅炉的热电综合能源系统的能量流跟踪技术。电蓄热锅炉的建模和能量流跟踪技术的应用不仅提高了系统的灵活性和稳定性,还实现了对系统中电能流和热能流的全面监测和分析。最后,通过综合能源系统的实例,利用能量流跟踪技术揭示了系统中能量的流动路径和分布情况。同时,还展示了电热综合能源系统中电热蓄能锅炉的柔性能量和时空转移特性。
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