NPSISDG 2027 invites the submission of original research papers in New Power Systems, Intelligent Sensing, and Digital Grid, covering theoretical, experimental, and applied perspectives, for publication in the conference proceedings. To ensure high standards and quality, each submission undergoes anonymous peer review by an average of three independent reviewers. Accepted papers will be presented as either oral presentations or posters at the conference. Topics of interest include (but are not limited to) the following areas:
1. Intelligent Sensing & Equipment Diagnosis
Fiber Optic Sensing for T&D Equipment
Optical Gas Detection in Transformer Oil
Optical PD Localization in Cables
IR/UV Imaging of Equipment
Machine Vision for Insulators
Multi-parameter Fusion Sensing
UAV/Robot Autonomous Inspection
AI-based Equipment Condition Prediction
Optoelectronic Monitoring of Energy Storage
Fiber/Visual Line Disaster Monitoring
Joint PD Diagnosis in GIS
Self-powered Wireless Sensing Networks
2. Digital Twin, Communication & Cyber-Physical Systems
Power Digital Twin Modeling & Simulation
Fiber Optic & 5G/6G Slicing Communication
Visible Light/Free Space Optical Comms
CPS Architecture & Coordination
Edge-Cloud Collaboration in Power IoT
Wide-area Measurement & Situational Awareness
Digital Substations & Smart O&M
Quantum-encrypted Power Communication
Integrated Sensing, Comms & Computing in Grids
Time-series Data-driven Optimization
Blockchain for Power Data Security
3. AI-driven Grid Operation, Dispatch & Control
Large Model-assisted Power Dispatch
Reinforcement Learning for Grid Control
Renewable Power & Load Forecasting
Generative AI for Power Scenarios
Multi-agent Virtual Power Plant Dispatch
Computer Vision for Power Systems
AI-based Stability Analysis for Renewables
Deep Learning for Fault Line Selection
Knowledge Graph for Dispatch Rules
Topology ID & Line Loss in Distribution Grids
Embodied AI for Power O&M
4. Computing-Power Coordination, Clean Energy & Storage
Coordinated Dispatch of Computing & Renewables
Green Power Direct Connection for Source-Grid-Load-Storage
AI-driven Data Center Energy Efficiency
Spatio-temporal Coordination of Computing & Power
Perovskite/Tandem Photovoltaic Devices
Concentrated Solar Power with Thermal Storage
Grid-friendly Electrochemical Storage
Hydrogen Storage & Fuel Cells for Peaking
Novel Physical Energy Storage
V2G & Ordered Charging/Discharging
Digital Planning of Integrated Energy Systems
Renewable Energy Accommodation & Aggregation