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Wind Software Software In New York
6 software items found
by:AWS Truepower, LLC based inAlbany, NEW YORK (USA)
Most advanced software for creating and optimizing turbine layouts, designing and costing balance-of-plant, performing energy estimates, and conducting ancillary analyses to produce a plan banks will approve. ...
by:AWS Truepower, LLC based inAlbany, NEW YORK (USA)
AWS Truepower’s data and maps are derived from simulations of historical atmospheric conditions performed by a numerical weather prediction (NWP) model. Most of these products are available through the Windnavigator platform. The model output is further downscaled with a microscale model accounting for local terrain and surface influences, and adjusted using available high-quality wind ...
by:AWS Truepower, LLC based inAlbany, NEW YORK (USA)
Windnavigator is an online platform for prospecting green-field sites, identifying locations for a wind monitoring campaign, or assessing competing projects. You will be confident you are accurately prospecting green-field sites, identifying locations for a wind monitoring campaign or assessing competing projects with the world’s most validated resource modeling system. Save time with rapid ...
by:AWS Truepower, LLC based inAlbany, NEW YORK (USA)
Windographer quickly imports virtually every data format, allows rapid quality control and statistical analyses including MCP, and exports to all wind flow models common to the wind power ...
by:Bentley Systems, Incorporated based inExton, PENNSYLVANIA (USA)
Explore design alternatives for safe, cost effective offshore wind farm structures with SACS Wind Turbine. Save time with comprehensive, automated tools to determine environmental and mechanical loading response. Reduce risks with integrated analysis for predicting fatigue and extreme loads for substructures and non-linear foundations. Reduce runtime for the large number of time history ...
by:Bentley Systems, Incorporated based inExton, PENNSYLVANIA (USA)
Produce optimized designs for your next monopile foundation project and reduce the amount of steel required to decrease wind farm costs. Efficient design translates to large cost savings when you consider how a significant reduction in the amount of steel impacts not only steel costs, but minimizes fabrication, transportation, and installation costs. Easily transfer the results of the PISA Joint ...