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This chapter proposes a planning strategy in communication networks, to deploy hybrid Internet of Things (IoT) terminals for dispatching large-scale flexible loads to provide regulation resources in power systems. This chapter includes: (1) a deployment strategy of hybrid IoT terminals considering various communication performances; (2) a bi-level optimization model integrating the interaction between the power system regulation scheme and the communication system deployment strategy; (3) an iterative algorithm addressing communication demands of load aggregators and the communication performance of different IoT terminals. Moreover, the numerical results demonstrate that the proposed strategy can provide effective communication accessibility and further improve local access services.

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Communication Accessibility Oriented Deployment Strategy of Hybrid IoT Terminals for Dispatching Large-Scale Flexible Loads in Power Systems

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  • 发表日期：

    2026年

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  • Hongxun HUI,
  • Liya MA,
  • Yi DING,
  • Yonghua SONG

摘要

This chapter proposes a planning strategy in communication networks, to deploy hybrid Internet of Things (IoT) terminals for dispatching large-scale flexible loads to provide regulation resources in power systems. This chapter includes: (1) a deployment strategy of hybrid IoT terminals considering various communication performances; (2) a bi-level optimization model integrating the interaction between the power system regulation scheme and the communication system deployment strategy; (3) an iterative algorithm addressing communication demands of load aggregators and the communication performance of different IoT terminals. Moreover, the numerical results demonstrate that the proposed strategy can provide effective communication accessibility and further improve local access services.