Energy Efficiency in Industrial Telecommunications Systems to Improve Operational Efficiency in Indonesia 2022-2024
DOI:
https://doi.org/10.65310/g4xdqc54Keywords:
Energy Efficiency, Telecommunications Infrastructure, Green Technology Investment, Network Capacity, Operational Performance.Abstract
This study analyzes energy efficiency in the Indonesian telecommunications industry during 2022–2024 by examining the interaction between infrastructure expansion, green technology investment, and network capacity enhancement. The findings indicate that the uncontrolled increase in the number of base transceiver stations tends to reduce energy efficiency when optimization measures are not implemented, particularly in regions with fluctuating traffic demand. In contrast, capital expenditure allocated to green technology demonstrates a strong positive effect on energy performance, as renewable-based systems, modernized equipment, and automated energy management configurations significantly reduce operational electricity consumption. Network capacity enhancement also contributes to operational efficiency by distributing traffic loads more effectively, minimizing equipment strain, and stabilizing service performance across diverse geographical areas. The combined impact of these factors highlights the need for structured modernization and energy-aware planning within the sector. Strengthening energy efficiency not only lowers operational costs but also supports national digital transformation goals through more resilient, reliable, and sustainable telecommunications infrastructure. These results emphasize that energy-efficient strategies are essential for improving long-term operational performance in Indonesia’s telecommunications industry.
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Copyright (c) 2025 Septian Rizky Firdaus, Muhammad Syuaibi Chuluq Syuhadah (Author)
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