Imagine a giant battery made of water that stores energy by pumping it uphill. This project builds a smart monitoring system that acts like a health tracker for the machinery, spotting wear and tear before things break. It helps operators know exactly when to fix equipment so they don't waste money on unnecessary repairs or suffer sudden blackouts.
Pumped storage plants face high costs and unexpected downtime due to equipment wear, especially in harsh environments like saltwater or old mines. Current maintenance is often reactive or based on rigid schedules rather than actual machine health.
A Cyber-physical platform for Advanced Decision Support (CADS) combining real-time controllers, predictive maintenance algorithms, and high-tech computational models.
If you are a plant operator dealing with unplanned outages and high maintenance costs — this project developed a Cyber-physical platform for Advanced Decision Support (CADS) that predicts component failure to postpone unnecessary maintenance.
If you are a developer converting old coal mines into energy hubs dealing with harsh operating conditions — this project developed monitoring systems for unconventional schemes that increase the lifetime of equipment in these environments.
If you are a grid manager dealing with unstable energy supply from wind and solar — this project developed real-time controllers and monitoring strategies that provide fast response regulation and peak shaving for grid resilience.
It minimizes OPEX by using sensor-based condition monitoring to detect early failure mechanisms, allowing operators to avoid unplanned outages and postpone unnecessary maintenance.
Based on available project data, the project focuses on developing a Cyber-physical platform (CADS) and computational models to optimize plant availability and storage potential across the EU energy grid.
Based on available project data, specific licensing terms are not listed, but the project involves 13 industry partners, suggesting a strong focus on commercial application.
The project specifically addresses harsh-operating conditions, including saltwater environments and the use of old coal mines for storage.
The project is active from 2024-10-01 to 2028-09-30.
The consortium is heavily weighted toward commercial application, with 13 industry partners representing 62% of the 21 total members. This strong industrial presence, spanning 8 countries, indicates that the resulting CADS platform is being designed for immediate market needs rather than purely academic research.
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