宿迁电力设计院：异地微电网项目成功落地云南永德县第一人民医院

Core Insights - The project marks a significant breakthrough in cross-regional energy collaborative design, utilizing a remote design model that combines "cloud collaboration + local configuration + full-process control" [1] Group 1: Project Overview - The collaboration agreement was signed between Suqian Electric Power Design Institute and Yunnan Ailin Construction Co., Ltd. for the microgrid project at the First People's Hospital of Yongde County, Lincang City, Yunnan Province [1] - The project spans over 2000 kilometers and involves extensive discussions and on-site investigations to understand local conditions and constraints [1] Group 2: Technical Specifications - The photovoltaic system will utilize existing rooftops, carports, and undeveloped land, with a total scale of 2716 kW/3205.345 kWp, operating in a self-consumption mode with surplus electricity not being fed into the grid [2] - The energy storage system will consist of four 125 kW/261 kWh storage cabinets to store excess electricity and serve as an emergency backup power source [2] - The charging station will include ten 120 kW dual-gun DC fast charging piles, capable of simultaneously charging 20 electric vehicles [2] Group 3: Project Impact - Upon operation, the project will significantly enhance the reliability and voltage stability of the hospital's power supply, supporting local "dual carbon" goals and providing a replicable model for "cross-regional energy projects + microgrids in remote areas" [2] - The Suqian Electric Power Design Institute aims to further integrate microgrid technology with smart city and rural revitalization strategies, optimizing remote energy design services [2]