Wind Energy Systems Engineering Training Workshop

Wind Energy Systems Engineering Training Workshop by Tonex

This intensive workshop equips participants with in-depth knowledge of wind energy systems engineering, focusing on the design, development, and integration of wind power technologies in modern energy grids. The course explores mechanical and electrical subsystems, system optimization, and performance assessment, enabling professionals to address real-world challenges in wind energy deployment. A special emphasis is placed on cybersecurity in wind energy systems—understanding vulnerabilities in SCADA networks, implementing secure communication protocols, and maintaining grid integrity from cyber threats. Participants will gain both technical insights and strategic foresight to advance sustainable energy goals while protecting infrastructure from cyber attacks.

Audience:

• Systems Engineers
• Renewable Energy Engineers
• Grid Infrastructure Planners
• Cybersecurity Professionals
• Utility Operations Managers
• Regulatory and Compliance Officers

Learning Objectives:

• Understand the architecture of wind energy systems
• Evaluate turbine technology and energy capture dynamics
• Analyze system-level integration with the power grid
• Apply reliability and performance optimization methods
• Address cybersecurity challenges in wind infrastructure
• Interpret standards and regulatory frameworks for wind systems

Course Modules:

Module 1: Wind Energy Overview

• Fundamentals of wind power generation
• History and evolution of wind energy
• Types of wind turbines
• Onshore vs offshore deployment
• Global wind power trends
• Key engineering metrics and KPIs

Module 2: Wind Turbine Design

• Aerodynamic principles and blade design
• Rotor, nacelle, and tower configuration
• Materials and structural integrity
• Turbine control systems
• Power curve optimization
• Environmental and noise considerations

Module 3: Power Electronics & Grid Integration

• Wind turbine generator types
• Inverters and converters
• Grid interconnection standards
• Reactive power and voltage control
• Impact on grid stability
• Cyber risks in grid-tied systems

Module 4: System Modeling & Simulation

• Load flow and dynamic simulation basics
• Wind resource assessment modeling
• SCADA integration into models
• Tools for system simulation
• Fault tolerance simulation
• Predictive maintenance insights

Module 5: Operation & Maintenance

• Condition monitoring technologies
• Scheduled vs. predictive maintenance
• Performance data analytics
• Fault diagnostics in components
• Remote monitoring frameworks
• Cybersecurity protocols in O&M

Module 6: Cybersecurity in Wind Systems

• Threat landscape for wind assets
• Security of SCADA and IoT devices
• Secure data transmission practices
• Incident response strategies
• Cybersecurity standards (e.g., IEC 62443)
• Risk mitigation planning for wind operators

Join Tonex’s Wind Energy Systems Engineering Training Workshop to master the critical intersections of energy innovation, system design, and cybersecurity. Future-proof your skills in a rapidly evolving sector and play a pivotal role in securing sustainable energy infrastructure. Register now to lead the change in wind energy transformation.