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To address the insufficient processing capability and low energy efficiency of existing smart electricity meters using traditional embedded software protocol stacks, this paper proposes a hardware acceleration and energy efficiency optimization design. The functional requirements of smart electricity meters are analyzed, and a design method based on the MQTT protocol is developed. Experimental tests verify the effectiveness and feasibility of the proposed method, which improves communication efficiency and reduces power consumption, providing a viable technical path for the development of new-generation smart electricity meters.

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Research on Hardware Acceleration and Energy Efficiency Optimization Design of Electricity Meters Based on MQTT Protocol

  • 会议论文

  • 发表日期：

    2026年

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  • Xiangyang Tu,
  • Meng Guo,
  • Mingfeng Shi,
  • Bing Shi,
  • Yuke Zhao,
  • Xinlei Liu,
  • Lijuan Yao,
  • Jun Yang

摘要

To address the insufficient processing capability and low energy efficiency of existing smart electricity meters using traditional embedded software protocol stacks, this paper proposes a hardware acceleration and energy efficiency optimization design. The functional requirements of smart electricity meters are analyzed, and a design method based on the MQTT protocol is developed. Experimental tests verify the effectiveness and feasibility of the proposed method, which improves communication efficiency and reduces power consumption, providing a viable technical path for the development of new-generation smart electricity meters.