(The following topics include but are not limited to)
Track 1: Green Computing Power
Green Data Centers: Liquid cooling/water cooling for efficient heat dissipation, natural cooling and waste heat recovery
Optimization of data center energy efficiency (PUE), water utilization efficiency (WUE) management
Low-power chips (ARM, RISC-V), dynamic voltage and frequency scaling (DVFS) and power gating
Energy efficiency optimization of heterogeneous computing (GPU, FPGA, DPU)
Computing task scheduling, load integration and server sleep/wake-up strategies
Low-power design for edge computing nodes and new energy power supply
Programming models, compilation optimization and runtime management for green computing
Evaluation standards for green computing power, carbon efficiency indicators and carbon emission management platform
Track 2: Energy-saving Technologies
Energy efficiency improvement
Building energy conservation
Industrial energy conservation, equipment energy conservation
Waste heat utilization
Energy management
Demand-side management
Low-carbon technologies
Track 3: Smart Grid
Smart grid technology
Power and energy systems
Smart grid and distributed energy
Smart power equipment, smart grid deployment
Stability control of large power grids
Grid intelligent dispatch
Smart distribution and microgrid
Electromagnetic compatibility, power traction, power drive
Electrical machinery
Power electronics and its applications
Power systems and automation
Power system communication
Power system stability
Power systems and energy
Circuits and systems etc. ……