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Welcome to the Openwind On-line Help and to our new GitHub wiki. This is intended to be a living document of the Openwind software so please let us know if you find errors or omissions or would just like more information on a topic and we will do our best.
Openwind is a software program developed to aid in the design, optimization, and assessment of wind power projects. In its user interface, data types, and architecture, the software is patterned after Geographical Information Systems (GIS). This enables the program to be applied effectively and efficiently to a wide range of wind farm design challenges of varying size and complexity. However, its core energy computations are designed to be functionally identical to those of other leading wind farm design programs.
Openwind is intended to give users with a technical mindset the freedom to work in the way you see fit. The benefit of this is that Openwind is less prescriptive than some other software packages. The cost is that it can take a little getting used to and can feel like a steep learning curve at first. We try to keep things as consistent as possible and hope that once you get used to the way Openwind works in terms of Layer Validity as well as Interpretation and Search Order, you'll be off and running.
Please see the Tutorials here in order to get the basics of what Openwind can do.
Please go to ftp://awsopenwind.hostedftp.com/~ul/trainingData with an FTP client (now that most web-browsers don't support FTP anymore) to download data (approximately 1.4GB) that you can use to reproduce what you see in the tutorial videos. Copying and pasting this link into Filezilla works well.
Openwind official website: https://www.ul.com/software/openwind-wind-farm-modeling-and-layout-design-software
Support e-mail: openwind.support@ul.com
- Home
- Requirements
- File Types
- Interface
- Preferences
- Workbook Settings
- Layers
- Vector Layers
- Point Layers
- Line Layers
- Polygon Layers
- Site Layers
- Terrain Transect
- External Optimisation
- Remove Wake Effects
- Project Design Grid (*.WRB) Format
- Met Mast Layers
- Environmental Sensor Layers
- Environmental Sensor Polygon Layers
- Grid Connection Layer
- Substation Layer
- Obstacle Layer
- Image Layers
- Raster Layers
- Download Raster Data
- XYD Raster Layers
- Multi-Dimensional-Raster
- Wind Resource Grids
- Multi-Dimensional Wind Resource Grids
- Wind Maps
- Gridded Turbine Layers
- Sensor Grid Layers
- Folder Layer
- Turbine Types
- Energy Capture
- Time Series Energy Capture
- Energy Losses
- Electrical Losses
- Basic Wake Models
- TurbOPark
- Deep Array Wake Model
- Emeis EV Wake Model
- WakeBlaster
- Induction Model
- Noise Model
- Noise Reduced Operating Modes
- Effective Turbulence Intensity
- Pseudo-Equivalent Loads
- Wind Sector Management (WSM) Strategy Creation
- Rotor Equivalent Wind Speed
- Uncertainty
- Shadow Flicker
- Visual Impact
- Optimisation
- Optimiser for the Cost of Energy (OCOE)
- GPS
- Scripting Tool
- Terrain Complexity
- Power Curve Test ‐ Site Assessment
- Adjust To Mast, Mean Wind Speeds, and Energy Capture
- HTTP Server Mode
- License Server Issues
- Glossary of Terms
- References
- Annex A: Large Wind Farm Effect on Effective TI
- Annex B: Site Compliance Report
- Annex C: Detrended TI