The ECO-Qube project has tackled the pressing challenges of the rapidly expanding EU data centre sector, which is projected to consume 3.2% of Europe’s total energy by 2030. With the rising adoption of AI, digitalization, and edge computing, data centres face increasing energy demands, higher operational costs, hardware inefficiencies, and environmental impacts due to inefficient thermal management. ECO-Qube provides innovative, sustainable solutions to these challenges, employing a holistic, data-driven approach to workload orchestration and cooling optimization.
By leveraging real-time IT and thermal data, ECO-Qube enhances both IT and cooling efficiencies. Its intelligent workload management assigns tasks based on thermal conditions while dynamically controlling cooling systems, achieving substantial reductions in energy consumption, cooling costs, and carbon emissions. These advancements position ECO-Qube at the forefront of the next generation of data centres, which will integrate holistic management models and foster stronger connections to surrounding energy grids to maximize efficiency. ECO-Qube’s energy-aware workload management ensures sustainable, scalable operations that address the demands of a rapidly growing market.
The project’s solutions are particularly relevant given the size and growth of the European data centre market, currently valued at over €45 billion and expected to exceed €100 billion in the coming decade. ECO-Qube’s holistic approach significantly reduces cooling energy consumption and operational costs while cutting carbon emissions, offering a competitive advantage in meeting sustainability goals. These technologies not only address environmental challenges but also deliver substantial economic benefits, making them essential in a market increasingly focused on efficiency and resilience.
The project demonstrated its impact through significant improvements across three pilot sites. Simulations comparing pre- and post-implementation performance showed consistent energy savings of 6-7% annually, with notable reductions in cooling energy usage of up to 34-35%. Power Usage Effectiveness (PUE) improved by 8.99-9.79%, reflecting optimized energy utilization, while CO2 emissions decreased by 15% with the smart energy management system and by 6-7% operational efficiency gains, aligning with environmental sustainability goals. Operational expenditures also decreased by 6-7%, reflecting the economic efficiency of the design.
Beyond technical and economic advancements, ECO-Qube has significantly contributed to academic research, offering open-access publications and publicly available datasets that enhance the understanding of sustainable data centre management. These resources have enriched the academic discourse and inspired further exploration in this critical field. ECO-Qube’s contributions extend far beyond its immediate application, shaping the future of data centre innovation, efficiency, and sustainability.
