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Internship
Solar Developer Track
Wind Developer Track
Biomass Developer Track
Renewable Installer Track
Services
Commodities & NZEB
Energy Audit
Solar Design & Sizing
Wind Design & Sizing
Biomass Design & Sizing
Thermal Comfort Simulation
Building HVAC Modeling
ZEV & EV Charging
Battery Storage Design
Incentives
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Contact Us
About
Internship
Solar Developer Track
Wind Developer Track
Biomass Developer Track
Renewable Installer Track
Services
Commodities & NZEB
Energy Audit
Solar Design & Sizing
Wind Design & Sizing
Biomass Design & Sizing
Thermal Comfort Simulation
Building HVAC Modeling
ZEV & EV Charging
Battery Storage Design
Incentives
Partners
Research
Contact Us
About
Internship
Solar Developer Track
Wind Developer Track
Biomass Developer Track
Renewable Installer Track
Services
Commodities & NZEB
Energy Audit
Solar Design & Sizing
Wind Design & Sizing
Biomass Design & Sizing
Thermal Comfort Simulation
Building HVAC Modeling
ZEV & EV Charging
Battery Storage Design
Incentives
Partners
Research
Contact Us
Signup
About
Internship
Solar Developer Track
Wind Developer Track
Biomass Developer Track
Renewable Installer Track
Services
Commodities & NZEB
Energy Audit
Solar Design & Sizing
Wind Design & Sizing
Biomass Design & Sizing
Thermal Comfort Simulation
Building HVAC Modeling
ZEV & EV Charging
Battery Storage Design
Incentives
Partners
Research
Contact Us
Signup
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STANDARD DEVELOPER PROGRAMME · TRACK
Wind Energy
System Developer
Learn to assess wind resources and design small-scale and vertical-axis wind energy systems, then deliver wind design and sizing projects on EnerghxPLUS.
Apply for this programme
Explore curriculum ↓
500+ GWh
Energy Audited
180,000+ tCO₂
Carbon Abated
94.2%
Exergy Recovery
ISO 50001
Verified
Internship Tracks
Solar Energy Developer
Wind Energy Developer
Biomass Energy Developer
Renewable Energy Server
What you will learn
Wind resource assessment:
mean wind speed, Weibull distribution and wind shear correction to hub height.
Turbine fundamentals:
power coefficient, swept area, cut-in, rated and cut-out speeds, blade element momentum (BEM) analysis.
Turbine selection:
comparing turbines from the EnerghxPLUS wind-turbine catalogue by energy yield and cost.
Feasibility:
recognising when a site suits wind, and when solar or a hybrid is the better choice.
Project economics:
annual energy production, capacity factor, cost, payback and CO₂ avoided
Engineering documentation:
preparing a design for validation and engineering review.
TOOLS YOU WILL USE
Software & Catalogues
EnerghxPLUS Wind System Design & Sizing · the VAWT design tool · the EnerghxPLUS wind-turbine catalogue.
CAREER OUTCOME
Standard Developer Registration
Qualified graduates can register as an EnerghxPLUS Developer and be assigned wind system design projects.
START YOUR CLEAN ENERGY JOURNEY
Ready to start your Wind Developer track?
Learn aerodynamic assessment and horizontal/vertical-axis turbine design on EnerghxPLUS.
Apply for this programme