Powering the Future with Computational Engineering for Renewables

Comprehensive Analysis for Key Renewable Energy Technologies

Our specialized applications in the Renewables industry cover a wide array of critical analysis areas:

Turbine Design and Analysis - Modeling and simulating the dynamics of wind turbine blades, towers, and drivetrains under various wind loads and operating conditions, optimizing design for structural integrity, power generation, and fatigue life. Analyzing blade deformations and vibrations to avoid resonant frequencies and ensure smooth operation.

Control System Design and Optimization - Testing and validating wind turbine control algorithms in virtual environments, ensuring optimal blade pitch adjustments and generator power output based on wind conditions. Simulating yaw mechanisms and nacelle positioning for efficient wind capture and load management.

Solar Tracker Design and Analysis - Modeling and simulating the dynamics of solar tracker systems, optimizing designs for accurate sun tracking under various wind and environmental conditions. Analyzing modal stress and fatigue on tracker components like motors and gears to ensure durability and minimize maintenance needs.

Heliostat Field Optimization - Simulating the positioning and movement of heliostat mirrors in concentrated solar power (CSP) plants, optimizing layout and control strategies for maximum sunlight capture and energy efficiency.

Robot Arm Design for Panel Cleaning - Modeling and simulating the motion of robotic arms used for automated solar panel cleaning, optimizing design for reach, agility, and precise panel cleaning without damage.