基于ASP.NET的电力财务管理系统的设计与实现

发布时间：2018-03-13 08:42

本文选题：电力工程　切入点：财务管理　出处：《大连理工大学》2016年硕士论文　论文类型：学位论文

【摘要】：最近几年,随着我国市场经济体制所实施的改革,市场上的企业包括传统的电力企业之间也都开始逐渐竞争起来。每个企业都希望自己可以在自己经营产品的领域中获得更多的市场份额,从而提升企业的利润率。而不同企业的产品在有限的市场规模中如何提升,取决于企业产品在同类产品中的竞争力,归根到底是需要提升企业自身的管理水平。对我国目前的电力企业来说,企业的发展已经逐渐变得开始多元化,已经脱离了之前的单一电力为主的方式,经营的项目开始涉及其他产业,如餐饮、地产、连锁超市、电线电缆等等,因此,随着企业业务规模的扩大,企业的财务管理也开始变得困难起来,如何可以很好的对整个电力企业集团的多板块业务进行一个财务上的管理,开始成为企业管理者需要付出很多精力的方面。财务管理有着与其他管理明显区别的方面,首先就是财务管理对安全性的要求很高,因此对整个财务管理系统的安全性就需要提出非常高的要求。其次财务管理需要保证底层数据库的高并发性,需要可以满足不同企业对整个集团的底层数据库高频率的访问,只有所有子公司的财务报表拷贝都存放在集团总公司。本文设计的电力财务管理系统采用的开发语言是ASP.NET,底层使用的数据库为SQL Server2008。通过对系统的需求分析,从而得出整个系统将要完成的主体功能。本文通过对目前对企业财务管理信息系统已有的理论基础知识进行理解与研究,通过对具体公司的财务需求进行分析与设计,将其应用到某某公司的日常财务管理中,为电网企业工程财务管理信息系统开发提供实践经验。本文首先对电力财务管理系统的背景信息进行了总结,然后对电力财务管理系统中的开发基础知识与财务风险的相关知识进行了介绍,接着对电力财务管理系统的需求进行了分析。在系统需求分析中,对整个电力财务管理系统的用例模型进行了分析,对每个用例模型具体需要完成的功能做了详细的阐述。然后根据系统需求分析的结果本文进行了系统设计,首先对系统中需要实现的功能进行了设计与划分,同时对系统底层的数据库部分进行了设计,包括数据库的概念模型设计与物理模型设计两个部分。在文章的最后对系统最终的软件界面做了一个展示。
[Abstract]:In recent years, with the reform of China's market economic system, Companies in the market, including traditional power companies, are also starting to compete. Each enterprise wants to gain more market share in the field of its own products. So as to improve the profit margin of the enterprise. And how the products of different enterprises improve in the limited market scale depends on the competitiveness of the enterprise products in the same kind of products. In the final analysis, it is necessary to improve the management level of the enterprises themselves. For the current electric power enterprises in our country, the development of the enterprises has gradually become diversified and has been separated from the former single electric power mode. The project began to involve other industries, such as catering, real estate, supermarket chains, wire and cable, and so on, so with the expansion of business scale, the financial management of enterprises began to become difficult. How can we manage the multi-sector business of the whole electric power enterprise group in a financial way, and begin to become an area where managers have to pay a lot of attention. Financial management is obviously different from other aspects of management. First of all, the financial management requires very high security, so the security of the whole financial management system needs to be very high. Secondly, the financial management needs to ensure the high concurrency of the underlying database. Need to be able to meet the high frequency of access by different enterprises to the underlying database of the entire group, Only copies of the financial statements of all subsidiaries are stored in the group head office. The development language of the electric power financial management system designed in this paper is ASP. Net, and the underlying database is SQL Server 2008. The main function of the whole system is obtained. This paper analyzes and designs the financial requirements of specific companies through the understanding and research of the existing theoretical basic knowledge of the enterprise financial management information system. In order to provide practical experience for the development of engineering financial management information system of power grid enterprises, this paper first summarizes the background information of electric power financial management system, and applies it to the daily financial management of a certain company in order to provide practical experience for the development of engineering financial management information system of power grid enterprises. Then, the basic knowledge of development and the related knowledge of financial risk in electric power financial management system are introduced, and then the requirements of electric power financial management system are analyzed. The use case model of the whole electric power financial management system is analyzed, and the function of each use case model is described in detail. First of all, the functions needed to be realized in the system are designed and partitioned. At the same time, the database at the bottom of the system is designed. It includes two parts: conceptual model design and physical model design. At the end of the paper, the final software interface of the system is shown.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP311.52

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