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This chapter primarily discusses the optimization of network topology with the goal of minimizing construction costs in IES, energy loss modeling between nodes in IES, energy flow optimization aimed at minimizing energy consumption, and the energy flow topology structure at the typical park level. A distinctive feature of this chapter is its basis in energy network theory, proposing a method for IES planning configuration and operational control. It also establishes an integrated simulation system for the hybrid steady-state analysis of multi-physical fields in IES and conducts a series of simulation analyses under typical integrated energy scenarios to evaluate the performance and economic benefits of IES in different scenarios.

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Planning and Configuration Techniques for Integrated Energy Networks

  • 章节

  • 发表日期：

    2025年

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  • Haoyong Chen,
  • Huaguang Yan,
  • Guixiong He

摘要

This chapter primarily discusses the optimization of network topology with the goal of minimizing construction costs in IES, energy loss modeling between nodes in IES, energy flow optimization aimed at minimizing energy consumption, and the energy flow topology structure at the typical park level. A distinctive feature of this chapter is its basis in energy network theory, proposing a method for IES planning configuration and operational control. It also establishes an integrated simulation system for the hybrid steady-state analysis of multi-physical fields in IES and conducts a series of simulation analyses under typical integrated energy scenarios to evaluate the performance and economic benefits of IES in different scenarios.