Situation Awareness, Coordinated Operation, and Planning of New Power System
新型电力系统的态势感知、协调运行与规划
Motivated by the need to realize energy transition and build low carbon energy systems, renewable energy sources, such as wind and PV power generations, providing desirable green energy, have developed rapidly in recent years. Henceforth, expediting the substitution of conventional fossil fuel-based power generation with renewable energy sources and fostering the development of a new power system characterized by high penetration of renewable energy sources stands as a principal trajectory in the advancement of power systems in China. However, the high penetration of renewable energy sources will lead to significant changes in the transmission and distribution patterns and stabilization characteristics of the power system, which poses significant challenges for the operation and control of the new power system. Therefore, it is urgent to have real-time operational insights to ensure seamless and efficient grid operation of the new power system. And it is also necessary to explore coordinated operation and planning strategies for the new energy system to fully realize the adjustable potential of flexible resources and further improve system resilience.
Given this background, this session intends to shed light on the significance, challenges, and strategies associated with operation situation awareness, flexible coordinated interaction control, and planning of the new energy system. Meanwhile, it aims to provide a platform for experts, researchers, and industry practitioners to share recent advancements and methodologies surrounding situation awareness, coordinated operation, and planning to provide essential support for system operators to monitor the real-time operation status, predict future development trends, and formulate the operational control and coordinated planning strategies for the new energy system.
Topics of this special session include, but are not limited to:
1. Operation Situation awareness of the new energy system
Real-time operation state sensing of the new energy system
Data-driven load and renewable energy output forecast in the new energy system
Future operational trends forecast of the new energy system
2. Coordinated operation and energy management of the new energy system
Optimal operation and control of flexible resources in the new energy system
Decentralized control of distributed resources in the new energy system
Coordinated interaction control between microgrids in the new energy system
3. Coordinated planning and resilience enhancement of the new energy system
Risk and resilience evaluation of the new energy system
Coordinated planning techniques for multi-type resources in the new energy system
Resilience enhancement strategies for the new energy system
为实现能源转型、建设低碳能源系统，风能、光伏发电等可再生能源近年来发展迅速，为人们提供了理想的绿色能源。因此，加速推动可再生能源发电替代传统化石能源发电，构建可再生能源占比逐渐提高的新型电力系统成为了中国电力系统发展的主要方向。然而，可再生能源高比例接入导致电力系统的输配电形态及稳定特征发生了显著变化，这为新型电力系统的运行和控制带来了显著的难题。为此，亟需对新型电力系统的实时运行状况进行感知，以确保系统的安全、可靠、高效运行。与此同时，也有必要探索新型电力系统的协调运行策略及规划策略，以充分发掘系统中灵活性资源的可调节潜力，提高系统的弹性。
在此背景下，本专栏旨在深度探讨新型电力系统的运行态势感知、灵活协调互动控制及协同规划的意义、挑战和相关策略。同时，会议旨在为专家、研究人员和相关行业从业人员提供一个自由的交流平台，分享围绕态势感知、协调运行和协同规划的最新进展和方法，为系统管理者实时监控系统运行状态、预测系统未来发展趋势、制定新型电力系统的协调运行控制策略及协同规划策略提供技术支持。
本专栏感兴趣的主题包括但不限于：
1. 新型电力系统运行态势感知
新型电力系统的实时运行状态感知技术
数据驱动的新型电力系统负荷和新能源出力预测技术
新型电力系统的未来运行趋势预测技术
2. 新型电力系统能量管理及协调优化运行
新型电力系统中灵活资源的最优运行和控制策略
新型电力中分布式资源的去中心化协调控制策略
新型电力系统中多配电网、微电网的协调交互控制策略
3. 新型系统协同规划和弹性提升
新型电力系统的风险和弹性评估技术
新型电力系统的多类型资源协同规划技术
新型电力系统的弹性提升策略