Digital Intelligence Exploration of Energy Storage Virtual Power Plants

This document explores the concept and architecture of virtual power plants (VPPs) in the context of global energy transition, emphasizing the role of digital intelligence and energy storage. It highlights the need for a paradigm shift in energy due to uneven carbon emissions, with China as a major emitter. VPPs aggregate distributed energy resources like renewables, storage, controllable loads, and electric vehicles to balance grid supply and demand, reduce curtailment, and enhance flexibility. Energy storage systems are identified as the most flexible component, enabling peak shaving, valley filling, and participation in power and ancillary service markets. The document discusses challenges such as owner motivation for EVs and limited load flexibility, while noting that storage improves utilization efficiency, lowers costs, and adds profit models for commercial and industrial users. Overall, VPPs with storage are presented as a key technical path for integrating distributed energy and achieving dual carbon goals.