本文针对电力行业中实物资源管理存在的问题,如需求计划不准确、物资采购预算限制和技术快速迭代导致的资源闲置积压现象,提出了一种基于动态化库龄管理的实物资源盘活利用模型。该模型旨在通过数智化手段优化库存管理,提高实物资源周...本文针对电力行业中实物资源管理存在的问题,如需求计划不准确、物资采购预算限制和技术快速迭代导致的资源闲置积压现象,提出了一种基于动态化库龄管理的实物资源盘活利用模型。该模型旨在通过数智化手段优化库存管理,提高实物资源周转效率,降低采购成本,确保电力生产的安全性,并响应绿色供应链建设,最终帮助企业实现提质增效的目标。In view of the problems existing in the management of physical resources in the power industry, such as the phenomenon of idle backlog caused by inaccurate demand planning, material procurement budget constraints and rapid iteration of technology, this paper proposes a model for the revitalization and utilization of physical resources based on dynamic inventory age management. The model aims to optimize inventory management, improve the turnover efficiency of physical resources, reduce procurement costs, ensure the safety of power production, and respond to the construction of green supply chains by digital and intelligent means, so as to help enterprises achieve the goal of improving quality and efficiency.展开更多
文摘本文针对电力行业中实物资源管理存在的问题,如需求计划不准确、物资采购预算限制和技术快速迭代导致的资源闲置积压现象,提出了一种基于动态化库龄管理的实物资源盘活利用模型。该模型旨在通过数智化手段优化库存管理,提高实物资源周转效率,降低采购成本,确保电力生产的安全性,并响应绿色供应链建设,最终帮助企业实现提质增效的目标。In view of the problems existing in the management of physical resources in the power industry, such as the phenomenon of idle backlog caused by inaccurate demand planning, material procurement budget constraints and rapid iteration of technology, this paper proposes a model for the revitalization and utilization of physical resources based on dynamic inventory age management. The model aims to optimize inventory management, improve the turnover efficiency of physical resources, reduce procurement costs, ensure the safety of power production, and respond to the construction of green supply chains by digital and intelligent means, so as to help enterprises achieve the goal of improving quality and efficiency.
