Wind Farm Optimization Services
Advanced consulting to optimize onshore and offshore wind farms under real project conditions. We combine technical analysis and proprietary layout, wake, and yaw technology to help promoters, consultants, and engineering firms make better design decisions.
Advanced consulting to optimize onshore and offshore wind farms under real project conditions. We combine technical analysis and proprietary layout, wake, and yaw technology to help promoters, consultants, and engineering firms make better design decisions.
Our Consulting Services
Velantis Wind offers specialized technical consulting services to optimize wind farms under real project conditions. Our proprietary technology serves as an analysis and optimization engine, but the value we deliver lies in the service, technical interpretation, and support for design decisions with a stronger energy and spatial basis.
Wind Farm Layout Optimization
We reconfigure and design layouts to maximize annual energy production (AEP), considering real site constraints.
Wake Loss Reduction
We minimize wake impact through advanced micro-siting and energy assessment, especially in dense or large-scale layouts.
Yaw Co-Optimization
We integrate yaw co-optimization alongside the layout in the overall process to improve energy production holistically.
Advanced Wind Farm Optimization for Real Projects
Better layout, wake, and yaw decisions under real site constraints.
Tailored Solutions for Complex Projects
We help promoters, consultants, and engineering firms when wind park design calls for going beyond a standard workflow. We apply technical consulting and proprietary technology to optimize layouts, reduce wake losses, integrate real site constraints, and deliver comparable alternatives that strengthen the final design decision.
When to Choose Velantis Wind
Our services are ideal for complex wind projects: large-scale parks, dense layouts, sites with real GIS constraints, or refinement phases before final design. We can work from scratch, dealing with resource, terrain, and real spatial constraints, or on existing layouts, reviewing configurations and comparing alternatives with similar AEP before closing the final implementation.
