火电厂无线智能仓储管理系统设计研究

发布时间：2018-06-28 17:23

本文选题：仓储管理 + B/S模式　；参考：《华北电力大学(北京)》2017年硕士论文

【摘要】：目前电力公司物资仓储多使用ERP系统进行管理,能实现物资的系统在线验收、出入库及自动平衡利库功能,但所有的系统功能还需要靠人维护,工作效率与准确性比较低。为了提高生产效率、降低运营成本,对于企业来说至关重要。为此现代火力发电公司准备以RFID技术和物资管理的思想相融合,就入库、盘点、出库等多流程为构架应用于智能化仓储全过程监控管理,有效的推动了火力发电企业物资管理的现代化进程。本系统以软件工程设计理论为基础,以其全面性、简易性、高效性、稳定性作为基本设计原则,在对某火电厂ERP仓储管理进行实际应用的基础上,综合分析了火电厂物资管理管理部门的现状和用户特定需求,对物资到货管理、入库管理、移库管理、移位管理、出库管理以及物资使用管理等重点环节进行了量化分析,编制了系统流程图,详细描述了所设计的各个子系统模块的功能,规范了仓储管理,提高仓储周转效率,减少运营资金的占用,实现全智能物资仓储管理,在平台上通过运用数据库和网络等技术,实现了以B/S三层结构为基础的火电厂物资管理系统。由此,通过上述的实现,满足了火电厂经营管理规范化、精细化、信息化的发展要求,提高了火电厂管理水平;使仓储运维人员的劳动强度有所降低,生产效率反而相对提高;实现了物资从懫购到入库和出库的全面系统的管理,保障了电厂机组的正常生产运行和检修;实现了物资管理信息数据的共享和综合利用;有效的降低了物资采购和库存成本,使电厂生产运营的经济效益相对提高。
[Abstract]:At present, ERP system is used to manage the material storage in electric power company, which can realize the on-line acceptance of the material system, the entering and leaving of the material system and the automatic balance of profit library function, but all the system functions still need to be maintained by human beings, and the working efficiency and accuracy are relatively low. In order to improve production efficiency and reduce operating costs, it is very important for enterprises. For this reason, modern thermal power generation companies are preparing to integrate RFID technology and material management ideas and apply the multi-flow framework such as warehousing, inventory, and out-warehousing to the whole process monitoring and management of intelligent warehousing. Effectively promoted the modernization process of material management in thermal power generation enterprises. This system is based on the software engineering design theory and takes its comprehensiveness, simplicity, efficiency and stability as the basic design principle, on the basis of the practical application of ERP warehouse management in a thermal power plant. This paper synthetically analyzes the current situation of material management department of thermal power plant and the specific needs of users, and makes a quantitative analysis of the key links such as material arrival management, storage management, shift management, outgoing management and material use management and so on. The flow chart of the system is compiled, the functions of each subsystem module are described in detail, the storage management is standardized, the efficiency of warehouse turnover is improved, the occupation of operating funds is reduced, and the whole intelligent material storage management is realized. The material management system of thermal power plant based on the three-layer structure of B / S is realized by using database and network technology on the platform. Therefore, through the above realization, the development requirements of standardization, refinement and informatization of operation and management of thermal power plant are satisfied, and the management level of thermal power plant is improved, the labor intensity of storage operation and maintenance personnel is reduced, and the production efficiency is relatively improved. It realizes the comprehensive and systematic management of materials from purchase to storage and out of storage, ensures the normal production operation and maintenance of power plant units, realizes the sharing and comprehensive utilization of material management information and data, effectively reduces the material procurement and inventory costs, The economic benefits of power plant production and operation are relatively improved.
【学位授予单位】：华北电力大学(北京)
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52;TM621

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