王旭东, 段敬, 许欣睿. 基于省级智慧能源服务平台移动端的综合能效诊断功能设计与应用[J]. 山西电力, 2023, (6): 68-72.
引用本文: 王旭东, 段敬, 许欣睿. 基于省级智慧能源服务平台移动端的综合能效诊断功能设计与应用[J]. 山西电力, 2023, (6): 68-72.
WANG Xu-dong, DUAN Jing, XU Xin-rui. Study on Design and Application of Comprehensive Energy Efficiency Diagnosis Function Based on Mobile Terminal of Provincial Smart Energy Service Platform[J]. Shanxi Electric Power, 2023, (6): 68-72.
Citation: WANG Xu-dong, DUAN Jing, XU Xin-rui. Study on Design and Application of Comprehensive Energy Efficiency Diagnosis Function Based on Mobile Terminal of Provincial Smart Energy Service Platform[J]. Shanxi Electric Power, 2023, (6): 68-72.

基于省级智慧能源服务平台移动端的综合能效诊断功能设计与应用

Study on Design and Application of Comprehensive Energy Efficiency Diagnosis Function Based on Mobile Terminal of Provincial Smart Energy Service Platform

  • 摘要: 随着我国新形势下能源市场特性和行业运营环境发生深刻变化,全社会迫切需要加快推进能源全领域、全环节智慧化发展,提高自身可持续自适应能力。省级智慧能源服务平台移动端是实现综合能源建设发展的突破口之一,是手机App综合能源应用的主要抓手。综合能效诊断可通过省级智慧能源服务平台移动端推送,以电能为基础,从多能源角度监测和能源利用效率方面,为客户全面分析多能源品种、电气化与碳排放水平,提供多能源综合利用效率与能源结构优化方案。

     

    Abstract: With the profound changes in the characteristics of the energy market and the industry operating environment under the new situation in China,the whole society urgently needs to accelerate the intelligent development of energy in all fields and all links,and improve its own sustainable adaptive capacity. The mobile end of the provincial smart energy service platform is one of the breakthroughs to achieve comprehensive energy construction and development,and it is the main starting point of comprehensive energy application of mobile phone App. The comprehensive energy efficiency diagnosis can be pushed through the mobile terminal of the provincial smart energy service platform. Based on electrical energy,it comprehensively analyzes multiple energy sources,electrification and carbon emission levels for customers from the perspective of multi-energy monitoring and energy utilization efficiency,and provides multienergy comprehensive utilization efficiency and energy structure optimization schemes.

     

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