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Smart Grid initiative requires improvements to distribution system operation. One of the improvements is to use battery storage to support the distribution system. These batteries have the ability to improve the system reliability. This work develops a simulation based reliability evaluation technique with detailed battery operation model. The state of charge of battery, loss of capacity over age...
The future “smart grids” will feature significantly higher numbers of various distributed generation and storage (DG&S) systems, as well as a wide-scale implementation of different demand-side management (DSM) functionalities. In existing literature, related analysis mostly concentrates on the operation, control and planning aspects of “smart grids”, while their impact on, and potential for improving...
Noticing the ever increasing dependency of life to the electrical energy, continuance of high quality service non-failure of power is very important for consumers. For achieving this goal, each main part of power system should have proper reliability. Some Papers have introduced the modeling methods for reliability evaluation of Transferring and Distribution parts at the power systems, But this paper...
The paper investigates the impact of penetration of Distributed Generation (DG) on the reliability of a radial distribution network. The authors evaluate the reliability of a radial network with and without DG connection at different load points. Reliability evaluation is performed using the analytical and Monte Carlo Simulation (MCS) techniques and enhancement of reliability is compared with both...
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