Micro-cells coverage for mobile telephony: an alternative way to reduce EMF exposures

Area of Science:

• Telecommunications Engineering
• Environmental Science
• Urban Planning

Background:

• Conventional cellular networks rely on macro Base Transceiver Stations (BTS), which have significant environmental footprints.
• Urban areas face challenges in deploying and maintaining large-scale cellular infrastructure.

Purpose of the Study:

• To describe a novel network design utilizing micro-cell BTS to replace conventional macro networks.
• To evaluate the environmental and health impacts of micro-cell networks compared to macro networks.
• To present a case study of a micro-cell network implementation in Don Sturzo Park, Venice.

Main Methods:

• Network design and simulation of a micro-cell BTS system.
• Comparative analysis of environmental and health impact metrics between micro-cell and macro-cell networks.
• Site-specific deployment planning for Don Sturzo Park.

Main Results:

• The proposed micro-cell network offers a viable alternative to conventional BTS deployments.
• Micro-cell networks exhibit a lower environmental and health impact compared to macro networks.
• The Don Sturzo Park case study validates the feasibility of micro-cell network implementation in urban settings.

Conclusions:

• Micro-cell BTS networks represent a more sustainable and healthier approach to mobile network infrastructure.
• The transition to micro-cell technology can mitigate the ecological and health concerns associated with traditional cellular networks.
• Further research and deployment of micro-cell networks are recommended for urban telecommunications.