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Development of Overhead Transmission Line Assessment Index

The transmission line is an essential aspect of the electric power system as a medium to transmit electrical energy from the power center to the distribution system. The existing transmission line assessment index is not optimal because it does not consider the measurement values carried out in the inspection method. Therefore it needs a suitable way to reflect the reality of its condition. AHP was developed based on expert opinion in several previous studies to establish parameter prioritization. Multi-expert can help the system evolve. To obtain the consensus matrix, a row geometric mean approach was applied. The consensus methodology for numerous experts in power transmission line assessment index weighting factor calculation using AHP was employed in this study. As a result, the main component factor is the most critical factor for transmission line condition with a weighting value is 0.429, followed by Environment Assessment and Supporting Component Factor. Transmission assessment index calculations were done to 200 samples of transmission line towers. The results show that 71% or 152 transmission line towers are in good condition, while 29% or 48 others are in caution. The correlation between parameters was observed. It can be concluded that the higher the impact of environmental assessment, the lower the assessment index value.