The analysis of the distribution of electricity in order to minimize losses and formulate recommendations on determining the operating modes of network equipment; thirdly, the assessment of the impact of probable failures of electrical equipment on the operation of the electricity distribution system. For the best Data handling in New Zealand you can have the best options present now,

Then, the identification of bottlenecks in the electric network at the stage of consideration of applications for connecting new consumers and the withdrawal of power equipment for repair. The solution to this block of tasks is intended to determine ways to improve the reliability of power supply to electricity consumers.

The Main Object

In this work, the object of study is the transmission, distribution and consumption of electricity using the example of the city of Yekaterinburg. Based on the developed graph object-oriented structure of the task of the electric network, the following monitoring issues are considered: ES topology, operating modes, load characteristics of electrical equipment and the network as a whole. The operability of the network equipment (technical condition) is determined by the processes of transmission and distribution of electricity and is considered in a complex relationship.

Monitoring is carried out on the basis of a network graph using specially developed and adapted topological analysis algorithms. The flow distribution assessment is based on the statistics of equipment loading and consumer load characteristics according to the given schemes of the electric power system (EPS). For the Data handling in New Zealand you can be specific now.

Scientific novelty is determined by the following research results:

The concept of flexible universal technology of information support for solving the problems of high-quality power supply to consumers has been formulated.

An object-oriented structure for storing information about the network has been developed, which is used to build a multi-level topological space based on a graph.

The principles of access to the data of electric grid facilities and the dynamic formation of their internal structures are proposed.

The developed monitoring system was adapted to the methods of analyzing EPS modes and checking the technical condition of electrical equipment (assessing the load capacity of transformers, determining the total rated load of consumers, checking the cables for permissible thermal resistance and load capacity, etc.).

About the Company: RealData started as a Software Engineering company we specialized in database and .NET software development. Most of our projects are based around reading data from third party gear and store the values into tables in a database we then develop a .NET graphical interface to retrieve the data from the database and output it into a report.