Research on Power Cable Life-Cycle Management and Control System Based on Function-Enhanced Location-Measurement Temperature-Sensed Chip

Guangling Chen, Chenggang Li, Wei Liu, Miao Li, Jianhua Zhen, K. Dong, Jianfeng Zhao
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Abstract

The life-cycle management and control of power cable is an effective solution to coordinate the important links of power cable intelligent manufacturing, material procurement, warehousing & logistics, construction, operation & maintenance and decommissioning. Also, it is a technical path to improve the level of power cable material management and even the intelligent management and control of power grid. Its large-scale industrial scale determines that power cables serve as an important role of green manufacturing and intelligent construction of green economy. In recent years, the extensive research on the life-cycle management and control of power cables has achieved abundant achievements, especially in the direction of using sensor chips realizing the direction of data identification and data-link penetration, and many attempts with the usage of reference have been carried out. Starting with the new development concept of power materials, this paper describes in details the technical form and practical form of the life-cycle management and control system of power cables. On this basis, a systematic plan for the key technical problems such as the business management system of the life-cycle of power cable in the power scenario, the performance index of built-in intelligent chip, function-enhanced location-measurement temperature-sensed chip and built-in intelligent power cable have been studied, and the development prospect of the life-cycle management and control system of power cable in the future has been described, which lays out the technical foundation and development direction of data penetration and business intelligence for the further expansion and deepening of power material management system.
基于功能增强定位测温芯片的电力电缆全寿命管理与控制系统研究
电力电缆全生命周期管理与控制是协调电力电缆智能制造、材料采购、仓储物流、施工、运维、退役等重要环节的有效解决方案。也是提高电力电缆物资管理水平,乃至电网智能化管理与控制的一条技术路径。其庞大的产业规模决定了电力电缆在绿色制造和绿色经济智能建设中发挥着重要作用。近年来,对电力电缆全生命周期管理与控制的广泛研究取得了丰富的成果,特别是在利用传感器芯片实现数据识别和数据链路渗透的方向上,进行了许多具有借鉴意义的尝试。本文从电力材料的新发展理念出发,详细阐述了电力电缆全寿命周期管理控制系统的技术形式和实用形式。在此基础上,对电力场景下电力电缆全生命周期业务管理系统、内置智能芯片性能指标、功能增强定位测温芯片、内置智能电力电缆等关键技术问题进行了系统的研究,并对未来电力电缆全生命周期管理与控制系统的发展前景进行了描述。为电力物资管理系统的进一步拓展和深化,奠定了数据渗透和商业智能的技术基础和发展方向。
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