基于B-S的智能电网需求侧能耗反馈系统设计与实现

d based on the structural theory, this paper describes in detail the design ideas, production process, and core development technologies used to develop an intelligent demand-side energy consumption data feedback system based on B-S. This paper first provides an abstract of the project, followed by an introduction to the background and significance of the project. Next, the development tools used in the system development are introduced, and the current research status at home and abroad is described. Chapter 2 describes the feasibility analysis, including technical feasibility, economic feasibility, and social feasibility, and concludes with a description of the overall design principles. Chapter 3 analyzes the system by analyzing the requirements, determining the system's business processes, and designing the business process diagram. It also analyzes the data flow of the system's functions and designs the data flow diagram. Chapter 4 is the design part of the system, including the functional design and database design. The functional design lists the functions of the system and describes their implementation. The database design is based on the various constraints of the database design to create a database that meets the requirements and conforms to various normal forms. Chapter 5 is the implementation part of the system. In this chapter, the implementation of each functional module is described, including the layout and functionality of the pages and how the functional modules are implemented. Chapter 6 is the software testing part, which thoroughly tests the system's functionality, including black box testing, cascade testing, white box testing, etc. Problems are discovered through testing, and improvements are made to ensure smooth operation of the system. Finally, the conclusion of the graduation design and gratitude to the teachers and classmates who have helped me are expressed. Based on communication with my teacher and my learning situation, I have decided to use JSP and SQL Server as the development language and database for this design. The design is based on the B/S structure and is expected to function properly after completion. Keywords: multimedia, testing, B/S.