01 February 2023

Telecom Egypt, in cooperation with Huawei Technologies, has announced the activation of the first eco-friendly wireless network tower made of Fiber Reinforced Polymer (FRP).

Through this cooperation, Telecom Egypt becomes the first operator in Africa to install this green tower. The material used for building the tower emits less CO2 than steel, the alternative. Highly resistant to wind and high temperatures, the tower is approximately 18m high, with a special camouflage fence made of environmentally friendly materials. It supports wireless network antennas and radio units featuring the latest energy-saving technologies and partially powered by solar cells.

Managing director and CEO of Telecom Egypt, Adel Hamed, said that the implementation of this type of mobile site in Egypt is unprecedented. It underscores the efforts of all those in charge of the project, and their ability to implement the entire site in a timely and systematic manner, as per the highest international green quality standards.

Hamed explained that Telecom Egypt’s green sites also feature the latest radio access network technologies, such as radio units optimized to offer top performance with 40% less energy consumption than traditional sites.

These new technologies also contribute to improving the signal quality by about 20%, compared to regular antennas, which means that fewer base stations need to be installed, resulting in a lower environmental footprint and an additional step towards environmental sustainability.

Jim Liu, CEO of Huawei Egypt, confirmed that the company is focused on developing ICT infrastructure in Egypt. Liu added that Huawei is keen to provide suites of innovative technologies to save energy to build a sustainable low-carbon future. He also highlighted recent studies that show that FRP poles produce 43% less carbon dioxide emissions, compared to steel, and reduce end-to-end energy consumption by nearly half during manufacturing and shipping.

Energy solutions for green sites depend on passive cooling, which eliminates the need for air conditioning, and thus leads to a 47% reduction in energy consumption compared to sites with equipment rooms. The site is fitted with solar panels providing about 2KW of energy, leading to an additional 20% reduction in carbon dioxide emissions.