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Great Lakes / Geography of Canada / Niagara River / Niagara Falls / Welland Canal / Lake Ontario / Lake Erie / Welland / Hydroelectricity / Canada–United States border / Saint Lawrence Seaway / Ontario


Financial risk from changing lake levels for hydropower producers on the Great Lakes Eliot S. Meyer Hydro Research Foundation Fellow PhD Student
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Document Date: 2015-02-05 11:36:30


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File Size: 1,18 MB

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Company

Net Basin Supplies / Renewable Energy / National Energy Technology Laboratory / Hydropower Technical Work Group / /

Event

Environmental Issue / /

Facility

Welland Canal / Hydropower Modeling The Robert Moses Niagara Power Plant / Beck plant / Robert Moses Niagara Power Plant / Chapel Hill / Engineering University of North Carolina / Moses Plant / /

IndustryTerm

insurance arrangement / freshwater systems / electricity prices / power utilities / water utilities / financial insurance / standardized index-based financial product / natural gas / electricity demand / energy sector / Index insurance contracts / natural gas prices / financial tools / /

NaturalFeature

Upper Great Lakes / Niagara River / lake Erie Outflows / Niagara Falls / Lake Erie / Great Lakes / Chapel Hill / Lawrence River / Lake Ontario / /

Organization

Hydro Research Foundation / office of Energy Efficiency / U.S. Department of Energy / New York Power Authority / United States Army / Great Lakes Eliot S. Meyer Hydro Research Foundation Fellow PhD Student Department of Environmental Sciences / University of North Carolina / Lake Carriers Association / United States Government / /

Person

Greg Characklis / Peter Ludewig / Paul Moody / Casey Brown / Lawrence Seaway / /

Product

Plant / /

ProvinceOrState

North Carolina / /

Technology

simulation / /

SocialTag