rApps for more sustainable networks

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rApps for more sustainable networks

Over the past decade, the energy consumption of mobile networks has escalated significantly, becoming a substantial component of operating expenses. This upward trend in energy usage poses a significant challenge as we strive to manage costs and address environmental concerns. To align with our emissions targets and avoid incurring excessive energy expenses, it is imperative that the 5G technology do not mirror the unsustainable patterns observed with previous generations of mobile technology. By implementing energy efficiency rApps, we can ensure that 5G contributes to a more sustainable and cost- effective future for mobile communications.

Optimizing the network to reduce energy consumption while still maintaining high levels of network performance is a challenging task, yet it represents the path forward. Achieving this balance requires innovative strategies, but it is essential for both environmental sustainability and operational efficiency. By leveraging the capabilities of rApps, we have the opportunity to enhance our network efficiency. These advanced applications allow us to fine-tune our network configuration, enabling us to minimize energy usage without compromising on performance. This approach ensures that we can deliver an outstanding user experience, meeting the demands of our customers while also contributing to a more sustainable future.

Watch this video about how rApps contribute to a more sustainable network by reducing energy consumption while enhancing network performance.

The Energy Cockpit, much like the other rApps, operates within an Open RAN Service Management and Orchestration (SMO) platform. This platform is designed to manage rApps within a multivendor network environment, offering a highly adaptable and integrated approach to network management. It enables the seamless use of rApps not only from Ericsson but also from Communication Service Providers (CSPs) and a variety of other companies.

This inherent flexibility enhances the platform's ability to tailor solutions to specific needs, ensuring that all optimization tasks are carried out with greater efficiency. By accommodating a diverse array of applications from multiple vendors, the platform allows for a customized and effective approach to network management, ultimately leading to improved performance and adaptability across the board.

How these rApps leverage the Open RAN SMO

rApps are more flexible and scalable than other software applications used for network management. The Energy Cockpit rApp, for instance, analyses the whole network every 15 minutes, down to the cell level, and decides which power-saving features should be activated—while also taking traffic impact into account.

This kind of speed, scalability and agility is what rApps excel at, compared to standard automation tools.