| Chair: |
Co-chair: |
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| Guanguan Zhang |
Cheng Fu |
| Shandong University, China |
Qingdao University, China |
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| Keywords: |
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- Distributed Energy Resources (DERs) (分布式电源)
- High-Performance Control of Power Converters (变流器高性能控制)
- Vehicle-to-Grid (V2G) (车-网互动)
- Power Quality Control (电能质量控制)
- Multi-Port Flexible Interconnection Devices (多端口柔性互联装备)
- Secondary Control (二次控制)
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| Topics: |
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- Advanced control techniques for distributed power converters, including finite-time control, predictive control, and adaptive control
(分布式变流器高性能控制技术如有限时间控制、预测控制、自适应控制等)
- Grid-supporting technologies for distributed energy resources (photovoltaic, energy storage, and wind power systems)
(分布式电源（光伏/储能/风电）主动支撑电网技术)
- Electric vehicle charging technologies, including ultra-fast/fast charging converter topologies and vehicle-to-grid (V2G) technologies
(电动汽车充电技术，如超充/快充拓扑结构、车网互动技术等)
- Multiport flexible interconnection devices for distribution networks, such as solid-state transformers (SSTs), modular multilevel converters (MMCs) and multiport power converters
(配电网多端口柔性互联装备如电力电子变压器、MMC、多端口变流器等)
- Stability analysis and coordinated power control of hybrid system with grid-following and grid-forming converters
(跟网/构网变流器混联系统稳定性分析与功率协同控制)
- Secondary voltage and frequency control of clustered distributed converters for transmission-distribution-microgrid network coordination
(面向主-配-微电网协同的多分布式变流器集群弹性二次调压/调频控制技术)
- Comprehensive power quality enhancement technologies for distribution networks, including unbalance mitigation, harmonic suppression, and power oscillation damping
(配电网电能质量综合治理技术，如不平衡抑制、谐波抑制、功率振荡抑制等)
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| Summary: |
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- 规模化分布式新能源、储能、充电设施及柔性负荷高比例接入配电网，推动配电网由传统无源网络转变为源-网-荷-储协同的有源双向交互系统。作为配电网的核心装备，分布式变流器的控制性能及并网特性直接影响配电网安全、稳定与高效运行。本专题聚焦新型配电网中分布式变流器的高性能控制、电网支撑能力、关键设施及装备、多变流器控制及电能质量治理，旨在通过分享理论和技术创新、工程实践成果，推动构建安全、高效、低碳的新型配电网。
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- Large-scale distributed energy resources (DERs), energy storage systems, electric vehicles (EVs), and flexible loads are highly-integrated into distribution networks, which drives the transformation of distribution networks from traditional passive networks to active bidirectional interactive systems with integration of generation, grid, load, and storage. As the critical devices of distribution networks, the control performance and grid-connection functionalities of distributed converters directly affect the safe, stable, and efficient operation of distribution networks. The session focuses on high-performance control and grid-supporting schemes of distributed converters, key devices, multiport flexible interconnection devices, coordinated control of converter clusters, and power quality enhancement in distribution networks, so as to promote the construction of safe, efficient, and low-carbon modern distribution networks by sharing innovative solutions and practical engineering results.
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