Energy Efficient on Hybrid Self-Powered Mobile Towers Based on IoT
CENTRAL ASIAN JOURNAL OF THEORETICAL AND APPLIED SCIENCE, 4 (8):
109-129 (August 2023)Abstract
Green radio is a form of mobile communication that is less harmful to the planet. Next-generation wireless network design is shifting its attention to environmentally friendly, energy-efficient systems in response to rising energy prices, concerns over carbon emissions, and the need to preserve natural resources. These days, the proliferation of cell phone towers is phenomenal. Power needs to determine where a facility gets its energy. The need for electricity is always higher in third-world countries. The daily diesel consumption of a diesel generator is approximately 1 MG, and the daily power consumption of a crucial mobile network is approximately 40-50 MW. Internal applications at the base station, including air conditioning, lighting, and control zone instruments, have also been upgraded to use more power. Towers with no customers may consume electricity unnecessarily, especially at night. The goal of our efforts is to generate power using more conventional means. In addition, contact is being made between the two towers, allowing the inactive tower to know whether to stay dormant or resume service as needed. By constantly monitoring the external environment, a base station can reduce its power usage for inside applications. By having the entire system monitored by computers, we can create a mobile infrastructure that is both cost-effective and environmentally friendly, one that helps lessen the effects of climate change by cutting greenhouse gas emissions. Assistance with establishing and maintaining contact.