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Digitalisation in generation
We promote the digitalisation of our electricity generation plants
The goal of our digitalisation initiatives in generation is to increase the efficiency of the plants and improve their integration into the electricity system.
Aligned with the Sustainable Development Goals
Sustainable development goals
SDG 9: Industry, innovation and infrastructure
SDG 11: Sustainable cities and communities
We are making significant growth investments aimed at modernising and developing new infrastructures that respond to current trends in decarbonisation and electrification of the economy.
Our ongoing digital transformation projects in the field of electricity generation incorporate the use of new technologies with the aim of improving efficiency in power generation and reducing the impact on the environment. Also, digitalisation initiatives will allow us to continue to increase the grid's automation and digitalisation. We want to strengthen security of supply, improve service quality and respond to future customer demands.
We are increasing our efforts to digitalise the management of our electricity generation plants, in order to increase their operational efficiency and improve their integration into the electricity system.
Digitalisation of the thermal and renewable generation facilities
At generation facilities, there are two major digitalisation programmes underway, Digiworld: covering the Operation and Maintenance processes, both in thermal and renewable power stations; and another covering the engineering and construction processes: E&C Revolution 2.0.
Digiworld
An integrated operation and maintenance digitalisation programme that will facilitate process homogenisation between thermal and renewable technologies, thus generating a coherent and effective platform. This is a four-year programme, 2020-2023, and includes several important initiatives. The main ones are as follows:
Contract Revolution
Platform that allows plant supervisors to manage the contract-related process, including contract lists, documentation, workbooks and connection with other platforms to ensure the traceability and efficiency of the entire process.
Contract Revolution
Platform that allows plant supervisors to manage the contract-related process, including contract lists, documentation, workbooks and connection with other platforms to ensure the traceability and efficiency of the entire process.
Contract Revolution
Platform that allows plant supervisors to manage the contract-related process, including contract lists, documentation, workbooks and connection with other platforms to ensure the traceability and efficiency of the entire process.
Digital Worker transformation
Development of mobile tools for the field operator, in order to provide key information in the field simply and quickly, reducing the time needed to do the work and improving the safety of these operations.
Digital Worker transformation
Development of mobile tools for the field operator, in order to provide key information in the field simply and quickly, reducing the time needed to do the work and improving the safety of these operations.
Digital Worker transformation
Development of mobile tools for the field operator, in order to provide key information in the field simply and quickly, reducing the time needed to do the work and improving the safety of these operations.
Global Operational System
Development and implementation of a single global system to more efficiently manage the analysis processes of facilities through standardisation, guaranteeing data quality, automated collection of information from the plants, and integration with other O&M processes.
Global Operational System
Development and implementation of a single global system to more efficiently manage the analysis processes of facilities through standardisation, guaranteeing data quality, automated collection of information from the plants, and integration with other O&M processes.
Global Operational System
Development and implementation of a single global system to more efficiently manage the analysis processes of facilities through standardisation, guaranteeing data quality, automated collection of information from the plants, and integration with other O&M processes.
HSEQ-Digitalización de la Gestión de Residuos
To improve the safety and traceability of waste management carried out by the plant, through the implementation of digital technologies.
HSEQ-Digitalización de la Gestión de Residuos
To improve the safety and traceability of waste management carried out by the plant, through the implementation of digital technologies.
HSEQ-Digitalización de la Gestión de Residuos
To improve the safety and traceability of waste management carried out by the plant, through the implementation of digital technologies.
Ingen
Global management application to support operation processes in hydroelectric power plants. It is currently fully deployed in all plants in Spain.
Ingen
Global management application to support operation processes in hydroelectric power plants. It is currently fully deployed in all plants in Spain.
Ingen
Global management application to support operation processes in hydroelectric power plants. It is currently fully deployed in all plants in Spain.
PO&M (Plant Operation & Maintenance)
A tool that creates a bridge between Operation and Maintenance, enabling communication/integration with other existing applications. The tool has been adopted by all wind supervisors and two pilot solar plants.
PO&M (Plant Operation & Maintenance)
A tool that creates a bridge between Operation and Maintenance, enabling communication/integration with other existing applications. The tool has been adopted by all wind supervisors and two pilot solar plants.
PO&M (Plant Operation & Maintenance)
A tool that creates a bridge between Operation and Maintenance, enabling communication/integration with other existing applications. The tool has been adopted by all wind supervisors and two pilot solar plants.
E&C Revolution
Programme for the digitalisation and homogenisation of processes, which is based on three main drivers: automation of operations, digitalisation and innovation. It comprises several tools, including:
IUP
A digital platform tailored to the E&C Community and Main Suppliers/Contractors that consists of all the digital applications on one platform to make work easier and faster by improving collaboration and more optimised decision-making. The migration from CKS to IUP has been completed.
IUP
A digital platform tailored to the E&C Community and Main Suppliers/Contractors that consists of all the digital applications on one platform to make work easier and faster by improving collaboration and more optimised decision-making. The migration from CKS to IUP has been completed.
IUP
A digital platform tailored to the E&C Community and Main Suppliers/Contractors that consists of all the digital applications on one platform to make work easier and faster by improving collaboration and more optimised decision-making. The migration from CKS to IUP has been completed.
XAI (eXplain Artificial Intelligence)
Analysis of physical patterns of vibrations to detect root-causes and their effects.
XAI (eXplain Artificial Intelligence)
Analysis of physical patterns of vibrations to detect root-causes and their effects.
XAI (eXplain Artificial Intelligence)
Analysis of physical patterns of vibrations to detect root-causes and their effects.
Data Analysis and Artificial Intelligence (AI) Initiatives
DR4DA (Data Repository for Data Analysis)
Data Analysis Environment to homogenise ETL processes.
DR4DA (Data Repository for Data Analysis)
Data Analysis Environment to homogenise ETL processes.
DR4DA (Data Repository for Data Analysis)
Data Analysis Environment to homogenise ETL processes.
MLi (Machine Learning Integration)
Development of algorithms with Machine Learning for detection of failure models in wind turbines.
MLi (Machine Learning Integration)
Development of algorithms with Machine Learning for detection of failure models in wind turbines.
MLi (Machine Learning Integration)
Development of algorithms with Machine Learning for detection of failure models in wind turbines.
GMI (Gas Maintenance Iberia)
Web application for predictive models and access to the document repository.
GMI (Gas Maintenance Iberia)
Web application for predictive models and access to the document repository.
GMI (Gas Maintenance Iberia)
Web application for predictive models and access to the document repository.
SOMOS Eco
Automation of the process for classifying inefficiency events.
SOMOS Eco
Automation of the process for classifying inefficiency events.
SOMOS Eco
Automation of the process for classifying inefficiency events.
DEFEM (Detection of anomalies in measuring equipment)
Detection of anomalies in electricity hub energy balance and measuring equipment.
DEFEM (Detection of anomalies in measuring equipment)
Detection of anomalies in electricity hub energy balance and measuring equipment.
DEFEM (Detection of anomalies in measuring equipment)
Detection of anomalies in electricity hub energy balance and measuring equipment.
Inefficiency
Detection of efficiency degradation and its causes by AI in wind turbines.
Inefficiency
Detection of efficiency degradation and its causes by AI in wind turbines.
Inefficiency
Detection of efficiency degradation and its causes by AI in wind turbines.