During the Fyuz 2024 event, Atoosa Hatefi from Orange shared the company’s vision for enhancing energy efficiency in open Radio Access Network (RAN) deployments through innovative methods. This effort aligns with global trends as telecommunications organizations strive to achieve more sustainable and energy-efficient networks. By embracing new technologies and strategies, Orange aims to tackle the significant energy challenges communities and industries face worldwide.
One of the key themes of Orange’s strategy is the adoption of multi-vendor configurations, which allows for greater flexibility and efficiency in network operations. By leveraging network-sharing agreements, Orange seeks to reduce redundancies and optimize energy usage across multiple infrastructures. The integration of artificial intelligence and automation is another critical component of this approach, enabling dynamic adjustments in real-time to maximize energy savings. Furthermore, the company emphasized the importance of cloud-native and massive MIMO (Multiple Input Multiple Output) technology, which are pivotal in driving the scalability and efficiency of both rural and urban network deployments.
A noteworthy trend observed in the industry is the collaborative effort among various telecommunications giants such as Deutsche Telekom, Telefónica, and Vodafone. These collaborations aim to address energy challenges by pooling resources and leveraging advanced technologies from prominent vendors, including Amazon Web Services, Dell, Juniper Networks, and Samsung. This collective initiative focuses on developing RAN Intelligent Controllers (RIC) and creating rApps specifically designed to reduce energy consumption.
In summary, Orange’s proactive approach at Fyuz 2024 highlights the broader industry trend towards collaboration and technological innovation to solve energy efficiency challenges in open RAN. With a clear emphasis on both urban and rural deployment scenarios, the company aims to lead the way in creating more sustainable and efficient network infrastructures. The shared solutions and continuous advancements underscore the need for further innovation to address the growing demand for efficient energy management in telecommunications.
