The growing demand for power to support new cloud services raises the question of how to power future data center infrastructures. A power microgrid and cloud simulator that can act as a unified digital twin of these new infrastructures is crucial for studying emerging scenarios. In this article, we propose Artemis, a co-simulation environment for power microgrids and cloud data centers. Artemis extends the combination of the CloudSim Plus simulator and the Amethyst virtual machine allocation and migration policy with a generalized power microgrid model. Ultimately, Artemis enables the study of modular power microgrids with custom electrical policies and returns performance metrics and visualizations of the data center’s status under observation.
ARTEMIS: Co-Simulation of Power Microgrids and Energy-Aware Cloud Data Centers / Tibaldi, M., Vinco, S., Pilato, C.. - (2026). (Design, Automation and Test in Europe Conference Verona (ITA) 20-22 April 2026) [10.23919/DATE69613.2026.11539369].
ARTEMIS: Co-Simulation of Power Microgrids and Energy-Aware Cloud Data Centers
Sara Vinco;
2026
Abstract
The growing demand for power to support new cloud services raises the question of how to power future data center infrastructures. A power microgrid and cloud simulator that can act as a unified digital twin of these new infrastructures is crucial for studying emerging scenarios. In this article, we propose Artemis, a co-simulation environment for power microgrids and cloud data centers. Artemis extends the combination of the CloudSim Plus simulator and the Amethyst virtual machine allocation and migration policy with a generalized power microgrid model. Ultimately, Artemis enables the study of modular power microgrids with custom electrical policies and returns performance metrics and visualizations of the data center’s status under observation.| File | Dimensione | Formato | |
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Artemis_Co-Simulation_of_Power_Microgrids_and_Energy-Aware_Cloud_Data_Centers.pdf
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https://hdl.handle.net/11583/3011155
