Engineering

Permanent URI for this community

Now showing 1 - 1 of 1

Reliability Enhancement of Electric Distribution Network Using Optimal Placement of Distributed Generation: A Case Study of 33/11 KV Udipur Substation Distribution feeders, Lamjung.
(I.O.E, 2024-06) Acharya, Bibas Raj; Karki, Nawaraj
Reliability can be considered as the capability of system to survive. Currently, consumers are demanding reliable and cheaper power supply with reduced interruption duration. It's widely acknowledged that nearly 90% of electricity interruptions generates from faults within the electric distribution system. Distributed generation (DG) emerges as a novel solution, strategically locating power generation closer to where it's needed most—load centers. By adopting DG, we can effectively mitigate reliability challenges within distribution systems while fostering a more resilient and efficient energy delivery framework. The primary cause of customer service disruptions stems from faults within the distribution system, particularly on radial distribution feeder lines. Additional contributing factors include adverse weather conditions such as windy rain, incidents involving animals, and intrusion from tree branches. These various elements collectively contribute to interruptions in customer service. This study focuses on integrating Distributed Generation (DG) into distribution systems to assess its impact on reliability. Optimal placement of DG is a critical design consideration significantly influencing distribution system reliability.