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| Establishing the first environmentally friendly telecom towers in Egypt and Africa |
Telecom Egypt, the first and largest integrated telecom operator in the Arab Republic of Egypt, has partnered with Huawei Technologies, a leading provider of communications and information technology solutions, to design and implement the first integrated solution for deploying cellular networks via One Ecological Tower. In Egypt and Africa made of fiber reinforced polymer (FRP), wireless access and green energy solutions.
The cooperation between the two companies resulted in the optimal design of the integrated green towers, which made Telecom Egypt the first company in Egypt and Africa to use towers of this type instead of steel, which emits a lot of carbon dioxide since it is produced in carbon dioxide. During the manufacturing phase the polymer armor was replaced with low-emission fibers.
The 18-meter-high tower features a specially designed camouflage fence made of eco-friendly and aesthetically pleasing materials, supported by an integrated wireless access solution and a sustainable solar system.
Engineer Adel Hamed, Managing Director and CEO of Telecom Egypt, expressed his happiness that Telecom Egypt was the first telecom company in Egypt to enter into a partnership with the leading company Huawei Technologies to implement such a mobile website, and also praised the efforts made by Telecom Egypt. For all managers, the project staff will implement the entire site on time with the best international quality standards for this solution of efficiency and green concept confirms the importance of this joint project that aims to achieve new green technological achievements as well as provide job opportunities to be implemented in all governorates of Egypt.
He also explained that Telecom Egypt's green field sites also rely on the latest wireless user device technologies, such as B. Antenna technology is built into the signal boosters, which helps reduce energy consumption on the site by about 40% compared to traditional sites. These advanced technologies also improve signal quality by about 20% compared to traditional antennas, which will help reduce the number of sites to be installed in the future, and promote environmental protection and sustainable development.
The official added that Telecom Egypt relies on the latest version of its drivers to support the latest features related to energy saving, such as the ability to turn off signal boosters for some frequencies during off-peak hours, which reduces energy consumption by one. at a rate of 24 percent each time.
Jim Liu, CEO of Huawei Egypt, emphasized that the company attaches great importance to developing the information and communication technology infrastructure in Egypt, especially Telecom Egypt, which is the leading communications market in Egypt and the Middle East, and is keen to benefit from it. From all it takes innovative technologies means to build a world without energy. A sustainable, low-carbon future delivers energy. Recent studies have shown that fiber-reinforced polymer poles generate 43% less CO2 emissions than steel and reduce energy consumption (E2E) by nearly half for manufacturers and low-energy transmission. Relationship.
He also explained that the energy solution for environmentally friendly outdoor spaces is based on passive cooling, which does not require air conditioning and reduces energy consumption by 47% compared to indoor spaces, and is based on relatively integrating solar energy with the main grid. Depends on solar leaves. energy as green energy. The solar panels will save approximately 2 kilowatts of electricity and reduce carbon dioxide emissions by 20%.
It should be noted that the goal of building an environmentally friendly site is to use fiber reinforced polymer (FRP) composite structures, using other more environmentally friendly materials (EQP) to replace the traditional materials used in mobile terminals, resulting in approximately 95 mm.% cross section. Precision steel, reliable corrosion resistance, low zinc utilization, and thus minimal environmental impact, and the use of integrated wireless access network (RAN) hardware with dynamic bandwidth locking and deep code locking in the time domain that meet low traffic will be reduced. During this period, energy consumption has been reduced by about 24%.