Horizontal Axis Wind Turbine (HAWT)

PROJECT OVERVIEW

A comprehensive engineering development program focused on the aerodynamic modeling, structural optimization, and physical fabrication of a high-efficiency Horizontal Axis Wind Turbine (HAWT). The project covers the full development lifecycle — from airfoil profile selection and CFD transient flow analysis to full-scale fabrication, assembly, and field performance testing.

 

SCOPE OF WORK

  • Airfoil selection & aerodynamic profile design
  • 3D transient CFD flow modeling & blade shape optimization
  • Structural & dynamic FEA — modal analysis and force assessment
  • Precision blade manufacturing, balancing & frame assembly
  • Wind tunnel / field testing for power curve validation
  • Vibration spectrum analysis & cut-out safety verification

Why choose us?

Our Advanced Simulation & Analysis services transform your complex designs into dynamic virtual prototypes, allowing us to predict behavior, optimize performance, and validate integrity long before physical production begins. By harnessing the power of digital testing, we provide the data-driven foresight needed to accelerate innovation, reduce costly physical prototyping, and mitigate risk.

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