The widespread installation of this type of equipment strengthens our leadership in the development of this type of technological solution, achieving the standards required by the current regulatory framework. In addition, we have played a proactive role by participating in national and European innovation and energy efficiency projects to facilitate the uptake of remote metering technology in Europe.
Remote metering system
Over the course of 2022, the AMMS (Automatic Metering Management System) was migrated to the new TWOBEAT remote metering system. This migration is part of a global strategy to develop Distribution Systems into a more integrated and sustainable system structure (BEAT Systems).
With this development in the Remote Metering system, we have also succeeded in eliminating certain vulnerabilities associated with the maintainability of the base software for the application servers and databases and integration with the CompAC access control platform.
Smart grids: towards a more efficient energy model
Smart grids are capable of offering a simultaneous view of consumption and demand, enabling more efficient management and the adoption of preventive and predictive maintenance strategies. Together with the incorporation of information and communication technologies (ICT), we have configured our networks using the smart grid model to provide an effective response to user needs.
This digitalisation of the networks not only allows us to improve the quality of the electricity supply. It also enables the advancement of the electric vehicle deployment plan and the development of more complete and advanced energy services.
We have integrated the development of smart grid concepts into programmes relating to smart cities. In this way, we can analyse how the current energy model can evolve towards sustainability by implementing innovative technological solutions. Some good examples of this approach are the Growsmarter project, which has led to advances in the digitalisation of transformation centres, and the Network Digital Twin project, which offers a digital replica of physical assets with real-time control.
The smart city: a living laboratory for the development of smart technologies
The Smartcity Malaga project has established itself as a centre for experimentation in and development of electricity distribution technologies. This Living Lab is located in an area of the city with 12,000 domestic, 300 industrial and 900 service customers, and it is where state-of-the-art technologies for energy production and storage are being developed.
The Smartcity Málaga Living Lab is part of the Enel Group's ecosystem for the research and development of electricity distribution solutions.
This commitment to research to contribute to the development of a new model of sustainable energy management has been recognised by the European Union with the approval in 2018 of the implementation of the Coordinet project within the H2020 programme. This is an initiative in which from e-distribución we will coordinate the consortium that encompasses 23 European companies and research centres to study network flexibility.