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<p>Created page with &quot;{{TUEWAS ToolboxDB |TUW title=Making urban power distribution systems climate-resilient |TUW author=Yue, Yunfeng (ADB) |TUW year=2022 |TUW entry=Article |TUW category enabling...&quot;</p> <p><b>New page</b></p><div>{{TUEWAS ToolboxDB<br /> |TUW title=Making urban power distribution systems climate-resilient<br /> |TUW author=Yue, Yunfeng (ADB)<br /> |TUW year=2022<br /> |TUW entry=Article<br /> |TUW category enabling=Enabling Distributed Technologies<br /> |TUW enabling grids=Mini/micro-grids (when interconnected)<br /> |TUW category distribution=Distribution Planning<br /> |TUW distribution disaster=Disaster management and resilience<br /> |TUW categories=Distribution planning<br /> |TUW username=Hector<br /> |TUW file=056_Making urban power distribution systems climate-resilient.pdf<br /> |TUW url=https://www.adb.org/sites/default/files/publication/799071/sawp-093-urban-power-distribution-systems-climate-resilient.pdf<br /> |TUW abstract=This working paper investigates solutions that can contribute to building a strong, robust, and resilient power distribution network. First, it describes the major internal and external risks and challenges that urban power systems face. The paper outlines vulnerabilities against the main features of building resilient power distribution networks. Second, it puts forward a range of detailed solutions based on case studies that highlight the capacity of risk perception, system flexibility, hardware endurance, emergency response, and outage recovery. Third, it describes the role of renewable energy and microgrid in improving the resilience of future power distribution networks.<br /> }}</div>

Hector Alfaro