AN APPROACH TO SPECIFY DESIGN OF MAXIMUM FEEDER LENGTH AT MEDIUM VOLTAGE DISTRIBUTION NETWORK

• Main Author: YAYAN SUKMA , DIAN
• Format: Theses
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/12003
• Institution: Institut Teknologi Bandung

A good distribution Network planning must and always considers quality aspect, reliability, requirement efficient financial security and safety (optimal or minimum). In line with change of time hence load distributed at distribution network will experience improvement. This condition results complication of process calculation becoming difficult and is more complex. On the other hand load service area model also gives contribution at improvement of difficulty of calculation process. Some approachs calculation voltage drop at radial network has been done that are using global parameter with network models as equivalent line and approach with uniform distributed load at constant load density. At this thesis will be shown a process of calculation approach in election of maximum feeder length distribution network fulfilling maximum voltage drop as specified by standard. In this approach distributed load is modeled with uniform distributed load and uniformly increasing distributed load to upstream and to downstream. Maximum feeder length calculation was related by planning of load capacities, network configuration and number of feeder load point.