Special Session Ⅳ

Special Session Ⅳ

Exploring Transformation Pathways for Carbon-Aware Multi-Energy System Integration

碳感知多能源系统集成的转型路径探索

Chair:	Co-chair:
Xiaoqiong Zuo	Jie Zhang
Wuhan Donghu University, China	Wuhan Donghu University, China

Keywords: 

• Carbon Awareness

  (碳感知)

• Multi-Energy System Integration

  (多能源系统集成)

• Energy Transition

  (能源转型)

• Carbon Neutrality

  (碳中和)

• Digital Dispatch

  (数字化调度)

• Carbon Capture and Storage, CCS

  (碳捕集与封存)

Topic:

• Investment Decision Models for Multi-Energy Systems under Coordinated Mechanisms of Electricity and Carbon Markets

  (电力市场与碳市场协同机制下的多能源系统投资决策模型)

Summary: 

• This special session focuses on transformation pathways for multi-energy system integration under the concept of "carbon awareness." It explores how digital technologies, carbon capture and storage (CCS), and multi-energy coordinated dispatch can facilitate the low-carbon transition of energy systems from fossil fuels to renewables. Research covers carbon footprint tracking and optimization across energy production, conversion, storage, and consumption chains, aiming to build an efficient, low-carbon, and resilient new energy system. Aligned with global carbon neutrality goals and China’s "dual carbon" strategy, the session analyzes the driving roles of policy mechanisms, technological innovation, and market models in energy transition, while sharing case studies of engineering practices.

  
  

• 本专题聚焦于“碳感知”理念下的多能源系统集成转型路径，探讨如何通过数字化技术、碳捕集与封存（CCS）、多能互补调度等手段，实现能源系统从化石能源向可再生能源的低碳转型。研究涵盖能源生产、转化、存储及消费全链条的碳足迹追踪与优化，旨在构建高效、低碳、弹性的新型能源体系。结合全球碳中和目标与中国“双碳”战略，本专题将分析政策机制、技术创新与市场模式对能源转型的驱动作用，并分享典型工程实践案例。

DDL: Nov. 5, 2025