ACM e-Energy is the premier forum for research at the intersection of computing and communication technologies with energy systems. It has established a strong track record for high-quality research in the application of computing and networked systems to make legacy systems more energy-efficient and in the design, analysis, and development of sustainable and innovative energy systems.

The 14th ACM International Conference on Future Energy Systems (ACM e-Energy 2023) and its co-located tutorials and workshops will be held in Orlando, Florida during June 16 - 23, 2023. By bringing together researchers in a single-track conference designed to offer significant opportunities for personal interaction, it is a major forum for shaping the future of this area. ACM e-Energy 2023 will be held jointly with ACM Federated Computing Research Conference (FCRC) 2023, which assembles a spectrum of affiliated research conferences and workshops. ACM e-Energy 2023 attendees are free to attend the technical sessions of all FCRC conferences and workshops.

We seek high-quality papers at the intersection of computing and communication technologies with smart and sustainable energy systems. We welcome submissions describing conceptual advances, as well as advances in system design, implementation, and experimentation, and we explicitly welcome inter- or transdisciplinary work. ACM e-Energy is committed to a fair, timely, and thorough review process with sound and detailed feedback.

Relevant topics for ACM e-Energy include, but are not limited to the following:

    AI/ML and data analytics, e.g., for tackling climate impact of energy systems
    Algorithmic approaches to energy system problems
    Applications of cyber-physical systems and Internet-of-Things (IoT) to smart energy systems
    Modelling and analysis of multimodal and cross-sectoral energy systems
    Automation and control of smart grids
    Demand-side management, including innovative pricing and incentive design
    Distributed ledger systems for energy systems
    Economics and business models for smart energy systems, including aggregators and prosumers
    Electricity market and electricity supply chain measurement, modeling, and analysis
    Electric vehicles and energy-efficient transportation systems
    Distributed energy resources, including energy storage and renewable resources
    Energy-efficient computing and communication, including data centers
    Measurement and accounting of greenhouse gas emissions arising from the energy sector
    Microgrid and distributed generation management and control
    Modeling and understanding user behavior in energy systems
    Sizing, monitoring, and control of energy systems for smart grids, smart buildings, and smart cities
    Privacy, cybersecurity, and resiliency of smart grid infrastructure
    Design, implementation, analysis, and experience with large-scale, operational systems in the field