Design And Realization Of Disturbance Load Harmonic Calculation And Evaluation System

As everyone knows,at present,the power grid is showing a trend of continuous development.Under this circumstance,the development of computer technology has also been assisted to a certain extent.With the continuous expansion of the construction scale of the power grid,it is related to it.Electricity problems are not uncommon,and this has attracted the attention of many companies.At the same time,power technology is developing rapidly,and there are various problems,such as the continuous amplification of non-linear and impulsive disturbance loads,and the power quality problems such as harmonics and three-phase imbalance are particularly severe.The impact of these issues on the power grid is also expanding.In a series of design processes of this paper,I have integrated many current business processes based on the corresponding Ganzi power supply company as the main body of the research,and also considered how to integrate computer and programming technology into solving difficult problems.Going in,not only that,but also solves the shortcomings of artificial efficiency that is not prominent,in order to be able to make the power supply more efficient.The core research content is as follows:At present,based on the computer and the corresponding programming technology,we fully integrate the special characteristics of quality management,analyze the company’s various problems in the quality management work,and start to integrate the characteristics of management after this step is over to the company Perform the operation of evaluating the power quality.In the design of this paper,the power quality is fully integrated,and in addition,the knowledge of object-oriented programming is also covered.In a series of development process,I used B/S and J2 EE platform and so on,Java language,ASP.NET,and database are mainly used.The integration of the above technologies can promote the power grid.Calculating and evaluating system functions and performance of disturbance load harmonic currents.In this design,in fact,the system I developed involves the visual management of the power grid,as well as the evaluation and management of interference load harmonic currents,etc.Power grid harmonic control management,carry out the work of statistical analysis,and then report the corresponding output management,fully adopt the demand analysis method,core functions and database functionality and non-functionality of the disturbance load harmonic current calculation and evaluation system.Then,the object-oriented software design concept is used to calculate the power grid disturbance load harmonic current.After continuous research,a system with diversified functions was designed,and the corresponding Java language was fully adopted.In addition,ASP.NET technology was also used.I then completed the current calculation and system based on these technologies.Development work.In addition,a simulation platform was created to test the software.According to the test results,it is not difficult to find that the system I designed can meet the specific needs of the company.After the current calculation and evaluation system is implemented,it can bring some advantages,such as effectively solving the problem of low work efficiency in the power quality department.Not only that,it can also make the power supply company’s grid power quality management workflow clearer,more streamlined and informatized.This system is an informational and intelligent system with perfect functions and a positive effect on power grid management.It has important engineering significance.