@misc{a92d471858dc4649bd3d2a446cc35dc8,
title = "Considerations for Offshore-Wind-to-Hydrogen Systems in the United States",
abstract = "This presentation investigates the complexities involved in designing and siting offshore wind-to-hydrogen plants across the United States. It examines the integration of offshore wind farms with electrolysis facilities to produce green hydrogen, highlighting the technical, region-specific characteristics, and economic factors that influence project feasibility and success. The study presents four representative regions around the United States, two fixed-bottom locations and two floating locations: the New York Bight, Gulf of Mexico, Gulf of Maine and off the northern coast of California. Additionally, it assesses two energy transmission configurations - centralized onshore and offshore electrolysis - for the years 2025, 2030, and 2035.",
keywords = "green hydrogen, hybrid energy systems, offshore wind energy, wind-to-hydrogen",
author = "Kaitlin Brunik",
year = "2024",
language = "American English",
series = "Presented at the American Clean Power (ACP) Resource and Technology Conference, 30 September - 2 October 2024, Phoenix, Arizona",
type = "Other",
}