Research on the Zero-Carbon Parks Interaction and Impact to the External Networks with Multiple Types of Energy Storage

With the evolution of global climate change and energy transition, zero-carbon parks can be an emerging model of sustainable development that is receiving increasing attention. This study presents an optimized scheduling approach for a zero-carbon park incorporating multiple energy storage systems. The paper begins by outlining the concept of a zero-carbon park and examining its energy framework. Next, it simulates the energy system operations within the park, aiming to reduce both operational costs and the penalties associated with wind and solar curtailment. Lastly, it explores the interaction between the park and the external power grid, assessing the effects of this interaction on grid performance. The proposed methodology can facilitate the cooperation between various energy devices and multiple energy storage systems, thus making the zero-carbon park more economical and environmentally friendly.