These tools allow users to easily convert land-cover data to roughness length or vegetation height; or to convert bathymetric data to turbine foundation costs. Rather than selling modules, we provide a supporting relationship in which we improve the software on an ongoing basis and incorporate user requests into the software in a timely fashion. It is an advanced and complete software solution as well as a toolbox to allow users total control over how best to tackle their wind farm design challenges. Conversation with Jim Morgan. Users who have lots of remote sensing data from sodars and lidars , or who observe really unusual shear profiles at their tall towers, will appreciate being able to model the impacts on output. First, we have incorporated the latest IEC recommendations regarding turbine performance under non-ideal conditions, specifically: How does openWind fit into the research and academic world?
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What enhancements and additions have openwnid made? We will be adding functionality to allow for combining multiple wind resource grids, query-able by time of year and time of day, in order to allow for ongoing improvements in wind resource modeling. How does openWind fit into the research and academic world?
Openwind Software
Another significant change is improved GIS capabilities such as integer and floating point value conversion. We are currently providing tools to various industry and research institutions to further research in optimization using the cloud and to improve the tools we already have. What influences decision making about feature upgrades?
Significant energy benefits August 28, In general a large part of our product development is driven by user requests and a big part of this is making ourselves readily available by email, phone, and Skype.
Conversation with Joe Bruce. We work through problems with our softwsre using shared desktops or by uploading workbooks to a shared, secure FTP space, so any deficiencies in the software become obvious pretty quickly. From a practical usability standpoint, improved data conversion and GIS output will be a great benefit.
The ability to model the effects of turbulence intensity on energy production will have the biggest effect just now on reducing uncertainty.
We are currently working with industry and academia to further improve our optimization for cost of energy and hope to have an enhanced version out sometime in Q2. It makes extensive use of multi-threading and is built on an open-source code-base that can run on Linux, Unix, or Windows.
We try to respond equally to both internal and external requests for functionality, and in general we see a large overlap, as you might expect, between what our internal consultants and what our Enterprise users want to see as the next development priority for the software. Foundation problems openwijd their solutions December 11, For investors, improvements in the modeling of turbine performance mean lower uncertainty which should benefit everyone in the industry.
Conversation with Nicholas Robinson | Wind Systems Magazine
Dealing with the gearbox December 11, Although we like to provide useful and time-saving tools to our users, getting the energy numbers right takes precedence over everything else we do and so, where possible, we want to modify the software to be able to take account of significant effects on energy capture.
We have also added the capability openiwnd read time series softwafe sodar and lidar profiles and multi-level tall tower data into openWind.
It is an advanced and complete software solution as well as a toolbox to allow users total control over how best to tackle their wind farm design challenges.
These tools allow users to easily convert land-cover data to roughness length or vegetation height; or to convert bathymetric data to turbine foundation softdare. However, we find in general that people would rather watch a video than work through a tutorial.
Open Wind - P2P Foundation
We host a blog at blog. We find that more and more top-tier institutions are coming to us to get access to openWind Enterprise for research projects.
Home Conversation Conversation with Nicholas Robinson. Wind energy the competitive choice for canada.
A recent collaboration with MIT CSAIL resulted in them imparting to us the algorithm that optimizes our automated collector system design as part of the optimizer for cost of energy. Monday, September 30, Also, what training and support resources are available to first-time users? We have found this has led to improved collaboration and efficiency. Is development of the software a perpetual process? As technology advances exponentially, so does the emphasis on taking the technology to the next level.
Offshore wind must quickly respond to changing global risk. Conversation with Mico Rodriguez. Our typical users are the biggest names in the industry, so we target the Enterprise edition to address their needs. Safety considerations for the offshore wind site February 13,
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