Graphical Fault Analysis Software Of Power Systems Based On No Touch Deploy Mode

With the extending of scale of corporation, the software deploy mode of thesingle machine can not meet demand of deploying software in corporations on a largescale. Meanwhile, with the increasing of scale of power system, the data needing todeal with is increasing. The way of dealing with data in the form of pure tables issingle, bald which will make the people feel dull and tired. As a result, some hiddentroubles in operating safely may be produced. In order to solve two questionsmentioned above, the paper lodges to develop graphical fault analysis software ofpower system based on no touch deploy mode. The aim is to provide an appliedsoftware to the users which is having the advantages of the man-machineinterface friendly, easily to use, function rich, easily to install and maintain.The topic using C# language and GDI+ (Graphical Device Interface Plus)technology makes it come true that deploying software with no touch deployand operating fault analysis software of power system in the form of graphics.No touch deploy mode is a new-style software deploy mode. Itsyncretizes the advantages of "fat" client function rich and the "thin" clienteasily to maintain. Using no touch deploy mode and updater application blockmake it come true that deploying the software to server and updating thesoftware automatically in the client.Operating in the form of graphics includes drawing electric elements in theform of shirr, defining the structure of electric elements data which is easier tounderstand and easier to use sequentially. The software calls API function which is being to windows operating system carrying it out that changing the mode of cursor.Besides, the software uses ADO.NET technology making it come true that usingthe database without connecting. Now the software has the variety ofconventional functions such as graphics editing and dealing with. It can drawgeography connection map, main connection map and build the sequencenetwork maps automatically which corresponding to the main connection map.At the same time, it has built the map of geography connection map and themain connection map. It describes the topology structure of the power systemin the form of graphics. You can use it to see and set element parameters. Theprotect and setting information of electric power plant, transformer substation,or elements can also be shown. In addition, the simple fault calculation can becarried out after setting fault parameters on the topology map drawn before.The results were displayed in tabular and graphical form in front of users.The run shows that it will become easier and more intuitionally to do thefault analysis of power system. As a result, the errancy rate will be reducedand the efficiency will be improved.