OIIO is a comprehensive energy efficiency platform offering digital services designed to improve the management and electricity consumption of households, the self-employed, SMEs and large-scale consumers.

The ecosystem of energy efficiency services includes, amongst others:

• Digital energy advisor. This tool analyses customers’ consumption profiles, selects the most suitable electricity tariff and automatically manages the contract switching process, simplifying the customer experience, guaranteeing sustained savings and offering regular personalised recommendations, whilst also incorporating smart electricity purchasing strategies with coverage for businesses with high energy demand. It is available to private individuals, the self-employed, SMEs, as well as large consumers with multiple supply points and more complex consumption structures requiring advanced and personalised energy management.

• Energy Saving Certificates (CAE) Management. Facilitates the identification, processing and valuation of energy efficiency measures, contributing to regulatory compliance and the recovery of investments made through the monetisation of the savings generated.

• Smart meters. Installation and operation of smart metering equipment, enabling real-time monitoring of energy consumption. This infrastructure provides detailed insight into consumption patterns, which is essential for energy optimisation, reducing electricity costs, detecting inefficiencies and anomalies, and making informed decisions, giving customers a significant competitive advantage over existing systems.

• Operation of energy microgrids. Monitoring, control and optimisation of the electricity supply in complex and demanding environments, such as port infrastructure or industrial estates, based on criteria of efficiency, reliability and sustainability.

The platform collects, measures and analyses data in real time, enabling informed decision-making, cost reduction and a contribution to environmental sustainability. It combines advanced machine learning techniques and physical-mathematical models, developed jointly by an in-house team of engineers, physicists and mathematicians specialising in energy efficiency, in collaboration with the Galician Centre for Mathematical Research and Technology (CITMAga).

OIIO is completely independent and transparent: it does not sell electricity, ensuring that all recommendations are aimed solely at maximising the benefits for its customers.

Its scalable design allows new services to be incorporated as technology and regulations evolve, ensuring continuous adaptation to the needs of different customer profiles.

All services are available via a user-friendly web application designed to simplify energy management. They can be contracted individually or as a bundle, and as they are activated, OIIO cross-references and combines the information to generate increasing benefits: the more services used, the greater the return obtained.

The catalogue of digital solutions also includes advanced software tools that enable highly complex problems to be solved efficiently and quickly:

GANESO is a simulation and optimisation tool for gas networks, the result of a research project developed between Reganosa and the Galician Centre for Mathematical Research and Technology (CITMAga).

This collaboration was awarded for being considered the best case of successful technology transfer in Galicia 2016 by the Royal Galician Academy of Sciences and the Galician Innovation Agency.

Considering any demand scenario and operating condition, GANESO analyses and replicates complex networks with all their elements, as well as suggesting improvements in their operation.

DTSO is a digital solution for the management and planning of efficient energy systems, developed through ongoing collaboration between CITMAga and Reganosa. By integrating machine learning techniques and mathematical process simulation models, DTSO facilitates intelligent decision-making and provides solutions that promote the appropriate sizing and efficient use of infrastructure, thereby maximising economic returns.

This digital tool continues to evolve through participation in the Zeppelin project. The aim of this project is to investigate a flexible set of hydrogen production and storage technologies based on the utilisation of waste and by-products, seeking to significantly improve the costs and efficiency of producing this energy vector.