SEARCH RESULT

In the last decade, technological innovations and a changing economic and regulatory environment have resulted in a renewed interest for distributed generation. In most cases distributed generation systems are represented in the form of autonomous energy centers, since the connection of distributed generation to centralized electrical networks is being limited to the lack or imperfection of the regulatory framework and effective means of controlling technological regimes. In this paper is carried out a comparative analysis of the operation principles and options for connecting to the distribution network of autonomous power plants using different types of distributed energy resources. While connection of distributed energy resources to distribution network, one of the main tasks is distribution of loads between generating capacities. An algorithm for solving this problem is also presented in the paper.

International Conference on Advanced Technologies, Computer Engineering and Science
ICATCES

A. ARIFJANOV R. ZAKHIDOV Nuri Almagrani Ali Almagrahİ

Nowadays, the concept of distributed generation is increasingly popular and becoming a real alternative to traditional energy supply from centralized networks. The distributed generators of electricity integrated into Unified Energy System (UES), represent difficult system in which communication between observable parameters and a system condition has difficult and ambiguous character. Therefore, the approach to automatic control systems, based on control of output parameters, is inadequate in fact. In this case, formation of output influence should be executed based on data of the object current condition. In this paper are consider the control problems of distributed generators connection into a main grid and control of distributed generators’ operating modes.

International Symposium on Industry 4.0 and Applications
ISIA

R. ZAKHIDOV A. ARIFJANOV Ziyodulla Yusupov