FRESCO: Federated Reinforcement Energy System for Cooperative Optimization at ICLR 2023
Renewable energy dynamics and cooperative optimization through the FRESCO framework.
Modeling Irrational Behavior of Residential End Users Using Non-Stationary Gaussian Processes in Demand Response for Community Battery Storage
Incorporating irrational behavior in demand response models improves revenue and efficiency in community battery storage.
Machina Economicus: A New Paradigm for Prosumers in the Energy Internet of Smart Cities
AI integration in energy management is crucial for optimizing efficiency and sustainability in smart cities.
Machina Economicus: AI Impact on Energy Internet of Smart Cities
AI integration in Energy Internet reshapes prosumer behaviors and introduces Machina Economicus paradigm.
MIT’s Colossal Fusion Breakthrough: Revolutionizing Energy Production
Nuclear fusion power has the potential to revolutionize energy production and solve the climate crisis.
Quantifying EV Charging Stations Flexibility for Congestion Management Products in the Netherlands
EV charging stations in the Netherlands have the potential to offer congestion management services through smart charging flexibility.
Enhancing Public Sector Energy Efficiency with Blockchain and IoT
The author presents a Proof of Concept integrating blockchain and IoT to improve energy efficiency in public infrastructures, focusing on reducing carbon emissions. The approach aims to optimize energy consumption patterns using innovative technologies.
AC/DC Optimal Power Flow and Techno-Economic Assessment for Hybrid Microgrids: TIGON CEDER Demonstrator
The author presents an AC/DC optimal power flow method for hybrid microgrids, emphasizing the importance of techno-economic assessment to determine viability.
Enhancing Cyber-Resiliency of DER-based Smart Grid: A Comprehensive Survey
The author emphasizes the importance of enhancing cyber-resiliency in DER-based smart grids to withstand cyber intrusions, presenting a holistic framework and discussing future research directions.
Resilient Mobile Energy Storage Resources for Interdependent Power-Transportation-Information Networks Restoration
The author proposes a two-stage restoration scheme utilizing mobile resources to enhance power distribution network resilience in interdependent networks.
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