Energy Conservation for Mobile Cellular Systems Through Site Optimization: Base Transceivers Station Optimization

What is it about?

Mobile communication systems have cemented their position as a vital and practical tool for communication that supports productive corporate operations . The energy use of wireless access networks has grown to be a significant economic and environmental problem , The potential for utilizing the conserved energy was highlighted along with techniques that may boost energy efficiency ز in this paper's investigation of the energy consumption of base transceivers stations (BTS). Analysis of the data reveals that by optimizing 60 BTS's, the energy consumption decreases by 36.83% with 127.4MWh of monthly reserve. This is equivalent to powering 35 additional BTS's with a demand of 3.64224MWh or 69 homes for a daily power supply of 10 hours with a demand of 1.8452MWh and 440 homes with a total demand of 289.8KWh.

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Why is it important?

CONCLUSIONS In this study, we looked at how much energy wireless access networks use, focusing on base transceiver stations (BTS), which are one of the network's main energy consumers. The energy consumption of 120 BTSs has been decreased, and a reserve of energy has been created for later usage. Analysis of the results from the deployment of 60 BTSs revealed that the energy that was saved might have powered an additional 35 BTSs or numerous residential buildings.

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