Solutions | WindHarvest.tech

Site Selection

Optimal Wind Farm Siting

Make data-driven site selection decisions with our advanced geospatial analysis and wind resource assessment platform. We combine satellite imagery, terrain modeling, and historical weather data to identify the most productive locations for your investment.

Multi-year Wind Analysis

Historical wind patterns and resource quantification

Terrain & Obstacle Mapping

High-resolution digital elevation models and constraint analysis

Layout Optimization

AI-powered turbine placement for maximum energy capture

Environmental Impact Assessment

Wildlife corridors, noise propagation, and visual impact

15-25%

Yield Improvement vs. Traditional Methods

6-12 mo

Development Timeline Reduction

Site Analysis Dashboard

Live Data

Average Wind Speed 8.2 m/s

Capacity Factor 42.7%

Annual Energy (AEP) 385 GWh

Wake Flow Simulation

CFD Analysis

Wake Loss 12.3%

Turbulence Intensity 18.5%

Optimization Potential +8.7%

Wake Analysis

Advanced Wake Modeling

Understand and mitigate wake effects with high-fidelity computational fluid dynamics (CFD) and machine learning models. Our platform provides real-time wake predictions and optimization strategies to minimize energy losses and mechanical stress.

High-Fidelity CFD Simulations

Large Eddy Simulation (LES) for accurate wake characterization

Real-time Wake Tracking

SCADA data integration and dynamic wake detection

Wake Steering Control

Adaptive yaw control strategies for wake redirection

Farm-level Optimization

Coordinated control for maximum collective output

5-15%

Energy Gain from Wake Mitigation

20-30%

Fatigue Load Reduction

Predictive Maintenance

AI-Powered Asset Management

Prevent failures before they happen with our advanced predictive maintenance platform. By continuously monitoring turbine health and analyzing performance patterns, we help you optimize maintenance schedules, reduce costs, and maximize uptime.

Anomaly Detection

ML algorithms identify deviations from normal operation

Failure Prediction

Early warning system with 3-6 month prediction horizon

Condition Monitoring

Vibration, temperature, and performance trend analysis

Maintenance Scheduling

Optimized intervention planning and resource allocation

30-40%

Maintenance Cost Reduction

98%+

System Uptime

Health Monitoring

2 Alerts

Turbine T-042 Gearbox: Normal

98%

Turbine T-015 Bearing: Elevated vibration

87%

Turbine T-128 Generator: Temperature spike

72%