Virtual power plants (VPPs) have become an important technological means for large-scale
distributed energy resources to participate in the operation of power systems and electricity …

能源互联网的发展推动了分布式资源配置规模与利用效率的逐步提高, 规模化灵活资源虚拟电厂
的构建将成为新型电力系统灵活性提升的关键研究领域. 文中聚焦于规模化灵活资源可信聚合 …

随着新能源大规模发展, 电网调节资源日趋紧缺, 调峰压力逐步增大, 亟须挖掘新型调节资源,
提升电力系统灵活调节能力. 虚拟电厂通过聚合分布式电源, 储能, 蓄热, 工商业负荷等可调节 …

Renewable energy resources with uncertain output are being connected to the power grid,
which puts great pressure on the grid frequency regulation (FR). Virtual power plants …

The virtual power plant is one of the key technologies for the integration of various
distributed energy resources into the power grid. To enable its smooth and reliable …

This article proposes a computation offloading method to improve the revenue of a virtual
power plant (VPP). The cloud-edge collaboration framework is developed to facilitate the …

建设新型电力系统需适应大规模, 高比例新能源接入, 对系统运行灵活性提出更高要求,
亟待发掘闲散灵活性资源并进行有效调控. 虚拟电厂作为分散资源的高效聚合方式 …

Virtual power plant (VPP) serves as an effective solution for maintaining internal power
balance and participating in external peak shaving auxiliary services within grid-connected …

The control issues in the network caused by the increasing proportion of dispersed
production & sources of clean energy need coordinated handling of these assets. Virtual …

面向柔性负荷虚拟电厂(FLVPP), 提出了包含日内滚动时间窗-调度周期-分钟级的多时间颗粒度
的动态聚合灵活性的鲁棒评估方法. 分析了多时间颗粒度评估的必要性, 构造了最大化多个时段 …