Irina L. Klavsuts

Integration innovative method of demand side management in smart grid

Smart grid system requires the introduction of innovative methods and devices which will allow to reduce losses during the transition of electricity, as well as to improve the quality of electricity, to increase the durability of equipment both of consumers and of the system.

Aspects of evaluating the efficiency of introducing innovative method and technology Demand Side Management in Smart Grid System

The most important task when introducing innovative methods and technologies Demand Side Management (DSM) in Grid System is prognostication, evaluation of performance and management of introducing innovative technology.

Technological basis for compromise of interests at voltage regulation in electric grids

A solution is presented to the task of voltage regulation in distributing electric grids in the situation of the contrariety of interests between power consumers, grid companies and grid generation. A system of decentralized voltage regulation of multi-agent type is offered, providing compromise voltage in power grids with the use of universal rules of behavior by every regulator with obligatory control of the mode in the adjusting area of the grid.

Perfecting business processes in electricity grids by the use of innovative technology of demand side management in the framework of the general conception of smart grids

The paper will present research on increasing the efficiency of business processes in electricity grids, basing on the use of the innovative technology of demand side management in the framework of the conception of Smart Grids. Being presented for the introduction in smart grid system, the innovative method and device of DSM, are based on regulation of voltage in immediate vicinity to consumers.

Modes control of Smart Power Grids based on the usage of the innovative method and device of Demand Side Management

In the paper there are considered issues of modeling modes of control of Smart Power Grids based on the usage of the innovative method and device of Demand Side Management.

Multi-Agent Regulation of Voltage in Smart Grid System with the Use of Distributed Generation and Customers

The paper considers the solution to the problem of distributed voltage regulation in Smart Grid System. It takes into consideration the conflict of interests of companies included in the generation network and consumers of electricity. The paper presents an innovative method of demand side management which can be used for controlling the quality of electricity optimization of consumption and conservation of electric power in distribution grids of low voltage class; to start a service of voltage regulation to the consumers in the parts of the grid adjoining to the nodes of generation; to develop the grid and realize the regulation of the voltage by the network companies during load and generation active behavior. The decentralized regulation of voltage is supposed to be the basic organization principal which uses local information and control actions. The control of the facilities of voltage regulation is performed via the artificial intelligence (expert systems).

Artificial intelligence support of knowledge transformation in knowledge management systems

In present paper we propose an approach to support of knowledge spiral in the knowledge management systems in organizations facilitating transition of knowledge from implicit form to explicit one and vice versa. The approach is based on the transformation of knowledge from one knowledge representation model to another on the basis of artificial intelligence methods. Efficient methods are proposed for conversion of knowledge from the case-based model to the rule-based representation.

Multi-agent compromising management of voltage mode of electric grids in the context of smart grids

There are presented the results of the research of the efficiency of multi-agent management of voltage mode in electric grids, diagrams of power delivery of power stations. In the structure of devices for voltage regulation in a controllable area, there was considered the use of the normalizer of AC voltage, in particular as the means of emergency control, controlling the stability of motoring load and preventing its disfunction.

The development of simulation model of innovative technology of AC voltage normalization for introduction into smart grid system

The paper presents research concerning the use of innovative technology of AC voltage normalization in eclectic energy system, based on automatic mode voltage control in immediate proximity to the consumer of electric energy and allowing to improve the processes of Demand Side Management and also to increase statistic stability of electric energy system.

AC voltage normalization — Conception and technology for smart grid system

The paper presents research aimed at determining the impact of innovative technology on system properties and characteristics of distribution electric system, including the tasks going beyond voltage regulation in set modes. Experimental research has been carried out on a physical model of electric grid with determination of the impact of Normalizer of AC Voltage on static characteristics of load, transfer capacity of the grid, stalling of asynchronic motors.