With the advancement of the information age, communication base stations play a crucial role in people's daily lives. Energy storage systems in batteries act as a safety backup to guarantee energy in times of power outages or supply fluctuations.

In this sense, most batteries for telecommunications systems act in a stationary way, monitoring the existing network and protecting transmission towers. Due to its high energy density, long service life and compatibility with telecom systems, the LIFEpo4 48V 100Ah battery has gained a lot of ground over obsolete options such as lead acid.

LiFePO4 storage systems have several advantages and flexibility of application, for example:

• Remote telecom transmission towers;

• Telecom transmission towers in areas with limited space;

• Telecom transmission towers powered by photovoltaic generation;

• Communication systems that require 24-hour monitoring.

Although there is no specific regulation requiring the use of energy storage systems in telecom transmission towers, NT 001/2017 establishes technical requirements for telecom stations, including the need to ensure safe and continuous operating conditions. The energy infrastructure, including backup systems, is an essential part of ensuring the operation of these facilities.