具备分析建议功能的电能能效管理系统的设计

发布时间：2018-03-10 21:02

本文选题：电能能效　切入点：系统软件架构　出处：《天津大学》2014年硕士论文　论文类型：学位论文

【摘要】：提高电能使用效率有着深远的环境和社会意义。伴随着能源需求和环境压力的增长，电能使用效率直接关系到了社会生产的效率和社会生活的质量，生活用电和生产用电的节能空间都是很大的，而且现在的节能方案大多都是节能服务合同的形式，对电能使用效率的监控不是长期持续的；而且集约型发展模式下的企业对于电能成本都十分敏感，无论是对环境能源还是对企业自身发展，长期持续的自动化能效监控都是必须的。伴随着电能采集设备普及，电能信息采集的自动化程度已经非常高，对于电能能效的分析还只是集中在网侧，面向用户的电能能效分析几乎是空白。本文面向用户设计了具备分析于提醒功能的能效管理系统，，采用了多种软件架构，分析了用户对于电能能效管理的需求，列举了所需要的软件技术以及实现方式，将现有软件技术和需求相结合，完成了系统的设计和搭建。系统因为有这多层设计，所以具备松耦合特性，满足了现在软件变更的需要。在文章最后并对能效管理算法部分进行了细致的设计。
[Abstract]:It is of great environmental and social significance to improve the efficiency of electric energy use. With the increase of energy demand and environmental pressure, the efficiency of electric energy use is directly related to the efficiency of social production and the quality of social life. The energy saving space of daily and production power consumption is very large, and most of the current energy saving schemes are the form of energy-saving service contract, and the monitoring of electric energy use efficiency is not sustainable for a long time. And the enterprises under the intensive development mode are very sensitive to the electric power cost, whether to the environmental energy or to the enterprise's own development, the long-term continuous automation energy efficiency monitoring is necessary. The automation of electric energy information collection is already very high, and the analysis of energy efficiency is only concentrated on the network side. The energy efficiency analysis for users is almost blank. This paper designs an energy efficiency management system with the function of analyzing and reminding, and uses a variety of software architectures to analyze the needs of users for energy efficiency management. The software technology and its implementation are listed, the existing software technology and requirements are combined to complete the design and construction of the system. Because of the multi-layer design, the system has the characteristics of loose coupling. Meet the need of software change. At the end of the article and the detailed design of energy efficiency management algorithm.
【学位授予单位】：天津大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TM76

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