Service Details

Service Overview

Training , Consulting & Engineering

Sri VBS Wind Technologies with over 13+ years of experience offers specialized Advanced Engineering and Research & Development (R&D) services focused on improving wind turbine performance, structural integrity, component reliability, and system optimization. Our engineering team delivers innovation-driven solutions through advanced simulation, product analysis, prototyping, and performance testing for next-generation wind technology.

Our Service

CAD Modeling, 3D Design, Simulation, Training, and Consulting (Wind Turbine Focus)
PLC & HMI System Integration, Training, and Consulting
Mechanical Design R&D Support, Training, and Consulting (Wind Turbine Focus)
Industrial Electrical Panel Design, Training, and Consulting
Microprocessor and Microcontroller Development, Training, and Consulting
Embedded Systems R&D Support
Power Electronics Hardware Repair and Reverse Engineering (Including Thyristor & IGBT Boards)
Custom Electronic Hardware and PCB Design, Repair, Training, and Consulting
SCADA Systems Integration and Monitoring for Wind Turbines

Key Benefits

Innovative Wind Technology Research & Development
Advanced Structural & Aerodynamic Simulation
Improved Reliability, Efficiency & Performance
Reduced Downtime Through Predictive Engineering
Custom Engineering Solutions for Client Requirements
Comprehensive technical capability in EPC project management, advanced engineering design, and quality assurance, ensuring precise and reliable project execution.
Highly skilled teams capable of handling challenging, complex, and critical field operations with exceptional safety, precision, and engineering expertise.

Need Assistance?

Call Us

8300701391

Email Us

info@srivbswindtechnologies.com

How Our Advanced Engineering & Design R&D Service Works

Our expert engineering and R&D division focuses on enhancing every technical aspect of wind turbine systems. We work on structural improvements, material analysis, aerodynamic optimization, vibration studies, prototyping, and performance modeling to deliver superior and reliable technology.

Through data-driven engineering, simulation-based evaluation, and continuous innovation, we help clients improve operational efficiency, extend turbine lifespan, and achieve advanced system performance.

Core Features

Advanced Simulation Engineering

Aerodynamic analysis, load assessment, vibration studies, and high-precision structural modeling.

Design Development & Prototyping

Concept design, digital prototyping, component redesign, and rapid engineering development.

Performance Testing & Validation

Component testing, efficiency evaluation, prototype validation, and reliability enhancement.

Material Research & Product Optimization

Material behavior study, fatigue analysis, and component durability improvement.

High Safety Standards

Our Advanced Engineering & Design R&D services follow rigorous safety protocols, ensuring Electrical, Structural, Mechanical, Personnel, and Fire Safety. Every process—from inspection to testing—is executed with precision and full risk mitigation.

SCADA

SCADA enables real-time turbine monitoring, failure prediction and control, using centralized analytics to optimize performance, track conditions, assess power output,handle free maintenance and improve asset efficiency through intelligent reporting.

Implementation Process

Research & Requirement Study

Understanding client needs, system evaluation, engineering scope definition, and data analysis.

Design & Simulation Phase

3D modeling, structural simulation, aerodynamic design, and digital prototyping.

Prototype Development

Model creation, component refinement, testing preparation, and performance tuning.

Testing, Validation & Final Review

Real-world testing, data verification, engineering validation, and R&D report submission.