A full wind analysis covering meteorological data, wind distribution, height correction and turbine selection. The aim is a wind system that delivers, or a clear answer that another option is better for your site.
A full wind analysis covering meteorological data, wind distribution, height correction and turbine selection. The aim is a wind system that delivers, or a clear answer that another option is better for your site.
What you get
A wind resource assessment for your site
Turbine shortlist and recommendation, horizontal or vertical-axis
Expected annual energy production and capacity factor
Cost, incentives, savings, payback and CO₂ avoided
A design report ready for validation
Model wind resource using Weibull distribution parameters and wind-shear law for hub-height adjustment
Design and evaluate Vertical Axis Wind Turbines (VAWTs) using blade element momentum (BEM) and double-multiple streamtube models
Size horizontal-axis and vertical-axis wind systems for residential, commercial and microgrid use
Select wind turbines from the EnerghxPLUS catalogue with validated power curves
Estimate monthly and annual energy production (AEP) with cut-in, rated and cut-out speeds
Assess site suitability and compare wind with solar PV or a hybrid wind-solar configuration
Financial analysis including capital cost, levelised cost of energy (LCOE) and simple payback
TEAM
Delivered by
Delivered by: Certified EnerghxPLUS Wind Developer & reviewed by licensed Professional Engineer (P.Eng / PE).
SCHEDULE & COST
Timeline & Starting Cost
Timeline & starting cost: 3–5 business days ·Included in Standard Plan project allocation.
DATA
Specification data we need from you
Site wind speed data
Target generation
Site dimensions and obstacles.
LIFECYCLE
Where it fits
free on the Basic plan, and the baseline for every Standard project. Standard users can always return to their Basic analysis.
START YOUR CLEAN ENERGY JOURNEY
Ready to commission this service?
Upgrade to the EnerghxPLUS Standard Plan or connect with your assigned energy developer to execute this module.
