Storage innovations for green energy systems
The SINNOGENES project aims to support the transition towards cleaner and more flexible energy systems by improving the integration of innovative energy storage technologies with renewable energy sources and electricity networks. The project develops the Storage INNOvations (SINNO) energy toolkit, combining digital tools, technologies and methodologies to support the efficient and reliable operation of energy storage systems.
SINNOGENES focuses on improving energy flexibility, supporting the use of renewable energy and demonstrating the technical, economic and environmental benefits of advanced storage solutions. Its technologies are being tested through six pilot demonstrations in Portugal, Spain, Germany, Greece and Switzerland, exploring their potential for wider application across European energy systems.
MetaMind Innovations (MINDS) contributes to the SINNOGENES project through the development of artificial intelligence tools and secure data management solutions. As part of WP5, MINDS developed an AI-based forecasting tool that uses historical and operational data to predict renewable energy generation and energy system behaviour. These predictions support better planning, energy storage management and decision-making across renewable energy systems.
MINDS also contributes to WP2, supporting the development of the SINNOGENES middleware with a focus on data anonymisation, privacy and secure information exchange. This work helps protect sensitive data shared between the project’s digital tools, pilot infrastructures and energy management systems, while supporting interoperability and GDPR compliance. Through these activities, MINDS helps improve both the analytical capabilities and data protection features of the SINNO energy toolkit.
