"分布式发电对配电网潮流影响的仿真分析及优势探讨"

The document "分布式发电及其对配电网潮流影响的仿真分析.pdf" provides a comprehensive analysis of the impact of distributed power generation on the flow of power in distribution grids. The analysis takes into account the uncertainty of power output in two-phase flow calculation methods, and specifically focuses on the double-fed wind turbine power model and the photovoltaic cell model. One of the key aspects of the analysis is the use of advanced software such as PSASP and HOMER to simulate distribution network power flow and environmental conditions. This approach offers several advantages, including simplicity, good performance, and fast calculation, making it a valuable tool for understanding the effects of distributed power generation on distribution grids. The simulation analysis conducted in the document highlights the potential challenges and opportunities associated with the integration of distributed power generation into existing distribution grids. It provides valuable insights into the impact of this integration on power flow, stability, and reliability, which are crucial factors for ensuring the efficient and sustainable operation of distribution networks. Overall, "分布式发电及其对配电网潮流影响的仿真分析.pdf" offers a detailed and thorough examination of the complex interplay between distributed power generation and distribution grid power flow. It provides important findings and recommendations for optimizing the integration of distributed generation technologies into distribution networks, and underscores the need for further research and development in this area. This document serves as a valuable resource for power system engineers, researchers, and policymakers seeking to understand and address the challenges and opportunities associated with the changing landscape of power generation and distribution.