Session 17: Carbon Awareness and Low-Carbon Dispatch for New Power Systems

Carbon Awareness and Low-Carbon Dispatch for New Power Systems
“新型电力系统碳势感知与低碳调度”

Against the backdrop of the global carbon neutrality goal, the low-carbon transition of the power system, characterized by high penetration of renewables and multi-energy integration, has become a central mission in the energy sector. However, this transition faces several critical challenges: insufficient accuracy in carbon emission data undermines the effectiveness of low-carbon decision-making; a lack of coordination in dispatch across transmission, distribution, and microgrid levels restricts overall system efficiency; furthermore, the absence of synergistic mechanisms among technological innovation, resource utilization, and policy support hinders the decarbonization pace. This special session is thus organized to gather cutting-edge research addressing these issues. It will focus on key areas including foundational carbon data management, system-wide collaborative optimization, utilization of flexible resources, integration of advanced technologies, and the design of supportive policies and markets. The objective is to foster advancements in carbon awareness and low-carbon dispatch technologies for the new power system, thereby contributing to the achievement of global carbon neutrality.

Topics (Including but not limited to)  

• 1. Electric carbon emission measurement, monitoring, and prediction; (电力碳排放量测、监测与预测)
• 2. Electricity carbon emission tracing and accounting under the coupling of electricity, carbon, and renewable energy certificate markets; (电-碳-证耦合下的电力系统碳排放溯源与核算)
• 3. Multi-level coordinated low-carbon optimal dispatch for transmission, distribution, and microgrid (主-配-微网多层级协同的低碳优化调度)
• 4. Carbon emission reduction potential assessment, aggregated modeling, and low-carbon interaction of massive distributed flexible resources, e.g., EVs, energy storage; (电动汽车、储能等海量多元灵活性资源碳减排潜力评估、聚合建模及低碳互动)
• 5. Low-carbon optimal dispatch of new power systems with source-network-load-storage-charging multi-energy prosumers; (源-网-荷-储-充多元产消者交互下的新型电力系统低碳优化调度)
• 6. Application of advanced power generation and carbon capture, utilization, and storage (CCUS) technologies in energy conservation and emission reduction of new power systems; (先进发电与碳捕集利用封存技术在新型电力系统节能减排中的应用)
• 7. Low-carbon operation and optimization of integrated energy systems; (综合能源系统低碳运行与优化)
• 8. Policies and market mechanisms supporting the low-carbon transition and operation of new power systems. (支撑新型电力系统低碳转型/运行的政策与市场机制)