Sistemas eléctricos de potencia

🏠 Sistemas eléctricos de potencia: Representación de los SEP TDM (Tecnología, Datos y Modelado) con Leonaro E. Gonzalez

🎉 Course Headline: Explore the Inner Workings of Power System Models with Leonaro E. Gonzalez

🔍 Course Description:

Overview: This introductory course is designed to equip you with a solid understanding of how power system models (SEP - Sistemas Eléctricos de Potencia) are represented in electrical engineering. You'll delve into the intricacies of constructing two critical tools for power system analysis: Matrices of Admittance and Matrices of Impedance.

Key Learning Outcomes:

• Foundation Understanding: Grasp the basic concepts and importance of SEP models in electrical engineering.
• Hands-On Practice: Learn to apply the concepts through practical, real-world examples.
• Mastering Tools: Become adept at using Matrices of Admittance and Impedance for power system analysis.
• System Conversion: Understand how to convert elements within a SEP model to a per-unit system, enhancing the clarity and precision of your analysis.

Course Highlights:

• Comprehensive Representation: Learn the nuances of representing power systems in various forms, including both graphical and mathematical representations.
• Element Analysis: Break down complex systems into manageable components, making it easier to understand and analyze their behavior under different conditions.
• Real-World Applications: Apply the principles you learn directly to real-world scenarios, ensuring that the knowledge you gain is practical and immediately useful.
• Interactive Learning: Engage with interactive exercises and case studies that challenge you to think critically about power system modeling.

What You Will Learn:

• Basic Concepts: Understand the fundamental components and operations of power systems.

  • The role of SEP models in power system analysis.
  • Key terminologies and notations used in power system studies.

• Matrices Mastery: Gain proficiency in working with Admittance and Impedance Matrices.

  • How to construct these matrices from a power system network.
  • Interpret the data within these matrices for insightful analysis.

• Per-Unit System: Learn why and how to convert real-world values into per-unit values for more standardized analysis.

  • The advantages of using a per-unit system in power systems.
  • Step-by-step guide on converting elements to the per-unit basis.

• System Analysis Techniques: Apply advanced techniques to analyze and interpret the SEP data you collect.

  • Use Matrices of Admittance and Impedance to solve for power flows and voltages in a system.
  • Analyze stability, efficiency, and potential bottlenecks within the power network.

Why Take This Course? This course is an essential learning path for electrical engineers, technicians, and professionals involved in power systems design, operation, and maintenance. It will provide you with a strong foundation in power system modeling, enabling you to analyze and optimize these systems effectively.

📅 Enroll Now! Embark on your journey to mastering power system representations with Leonaro E. Gonzalez. Secure your spot in this transformative course today and elevate your expertise in electrical engineering! 🚀