City of Hoboken Energy Surety Analysis: Preliminary Design Summary
Author(s) -
Jason Edwin Stamp,
Michael Baca,
Karina Munoz-Ramos,
Benjamin Schenkman,
John Eddy,
Mark Smith,
Ross Guttromson,
Jordan Henry,
Richard Jensen
Publication year - 2014
Language(s) - English
Resource type - Reports
DOI - 10.2172/1323651
Subject(s) - blackout , microgrid , grid , renewable energy , event (particle physics) , control (management) , computer science , architectural engineering , civil engineering , power (physics) , engineering , electric power system , electrical engineering , geography , physics , geodesy , quantum mechanics , artificial intelligence
In 2012, Hurricane Sandy devastated much of the U.S. northeast coastal areas. Among those hardest hit was the small community of Hoboken, New Jersey, located on the banks of the Hudson River across from Manhattan. This report describes a city-wide electrical infrastructure design that uses microgrids and other infrastructure to ensure the city retains functionality should such an event occur in the future. The designs ensure that up to 55 critical buildings will retain power during blackout or flooded conditions and include analysis for microgrid architectures, performance parameters, system control, renewable energy integration, and financial opportunities (while grid connected). The results presented here are not binding and are subject to change based on input from the Hoboken stakeholders, the integrator selected to manage and implement the microgrid, or other subject matter experts during the detailed (final) phase of the design effort.
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