Our Capabilities
Engineering Services Built for Renewable Energy
01 — Wind Turbine Engineering & Analysis
Root Cause Analysis (RCA)
Structural analysis, SCADA evaluation, turbulence intensity and gust analysis correlated using industry-standard failure investigation practices. Recently completed RCA for foundation bolt failure for an IPP client.
Performance Enhancement
Analysis of wind speed, turbulence intensity, wind shear, temperature, vibration sensors, and pitch angles — benchmarking underperforming turbines against top performers to close performance gaps.
Pitch Setting Error Detection
Proprietary methodology to detect initial pitch setting errors using one year of SCADA data — enabling early intervention before cumulative efficiency losses compound.
Turbine Health Monitoring Software
Purpose-built turbine health monitoring platform in final testing — delivering real-time condition insights to support proactive maintenance decision-making.
Gust Analysis
High-resolution SCADA data analysis to assess turbine loading under gust conditions, supporting operational safety and fatigue life management programmes.
02 — Wind Resource Assessment
Wind Data Collection
State-of-the-art meteorological measurement support for high-quality wind speed, direction, and parameter collection to underpin reliable resource assessment and project bankability.
Wind Data Analysis — EaseWRA
Advanced analysis using our proprietary EaseWRA platform — covering turbulence intensity, wind shear, temperature distribution, and wind rose prediction from measured site data.
Site Suitability Assessment
Expert evaluation of terrain, land use, and surface roughness to identify optimal turbine installation locations aligned with project economics and wind regime characteristics.
Annual Energy Production (AEP)
Accurate energy yield estimates incorporating site-specific conditions, turbine performance curves, loss factors, and probabilistic exceedance levels — P50, P75, and P90.
Customised Technical Reports
Comprehensive reports covering wind resource maps, seasonal variation analysis, and site-specific recommendations for optimal turbine placement and array configuration.
03 — Inspection & Non-Destructive Testing
Ultrasonic Testing (UT)
UT inspection of critical turbine components including hubs — suitable for insurance claims, condition assessment, and pre-acquisition technical due diligence.
Pitch Bearing Inspection
Visual and UT inspection of pitch bearings to assess wear, crack propagation, and remaining service life — supporting maintenance planning and insurance documentation.
Borescopy Inspection
Internal inspection of main shaft bearings, gearboxes, and generators via borescopy — delivering detailed condition reports for insurance claims and asset management decisions.
04 — Advanced Data & AI Solutions
Big Data Analysis
Large-scale SCADA and operational data analysis providing actionable insights for performance optimisation and predictive maintenance across wind portfolios.
AI-Based Engineering Solutions
Custom AI-driven solutions for wind and renewable energy — from anomaly detection and performance forecasting to automated engineering reporting.
05 — Blade Repair Design & Certification
Comprehensive blade repair design and verification to ensure structural integrity, operational safety, and long-term turbine performance. Our certification pathway is DNV-backed.
- Engineering design based on blade type, damage category, and site conditions
- Structural verification using analytical and simulation-based methods
- Quality assurance for materials, repair procedures, and workmanship
- Third-party certification facilitation with DNV (formerly DNV GL)
06 — Technical & Financial Due Diligence
Technical and Financial Due Diligence (TDD & FDD) services for wind and solar assets — supporting investors, lenders, and asset owners in making fully informed acquisition, financing, and operational decisions with confidence.
