MODELING OF A SIMPLE ANALYSIS OF ELECTRICAL ENERGY LOSS IN THE PROCESS OF POWER TRANSMISSION LONG DISTANCE AS A SUPPLEMENTARY POWER CONCEPTS IN THE UNDERSTANDING OF LEARNING PROCESS

• Main Author: ZAINUDDIN (NIM: 90211015)
• Format: Theses
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/20649
• Institution: Institut Teknologi Bandung

The research is small-scale power grids using mica glass components with size 75 cm x 50 cm, the transformer input 110 volts, 220 volts and 240 volts with an output of 12 Volts, 15 Volts, 18 Volts, 24 Volts and 30 Volts as power voltage (TR-1), Step-Up Transformers (TR-2) in the ratio 1: 2 and Step-Down Transformer (TR-2) with a ratio of 3: 1, Power Suply GPS type of 3030D (Accu 12 Volts), nichrome wire &#1060;1=0.40 mm with are resistance 11.2 &#937;/m, &#1060;2= 0.60 mm with resistance 4.79 &#937;/m and &#1060;3= 0.80 mm resistance of 2.44 &#937;/m, perces lamp 12 Volts 5 watts. The experimental result sobtained by the value of the voltage regulation (VR) on the transmission wire 0.40 mm in diameter > 0.60 mm > 0.80 mm namely 18.47 % < 4 .27 % < 2.38 % for a voltage of 30 Volts diameters for the three types of low voltage electric transmission wire. The value of P(Lossof power) were 1.13 Watts, 0.30 Watts and 0.16 Watts with a transmission efficiency of 84.35 %, 95.59 % and 97.95 % for the three types of wire diameters low-voltage electric transmission. The value of the voltage regulation (VR) on the transmission wire 0.40 mm in diametesr > 0.60 mm > 0.80 mm namely 2.43 % > 1.07 % > 0.40 % for voltage 30 Volts for the three types of wire diameters high-voltage electric transmission The value of P(Lossof power) were 0.12 Watts, 0.05 Watts and 0.02 Watts the transmission of efficiency of 97.26 %, 98.86 % and 99.54 % for the three types of wire diameters high-voltage electricity transmission.