أنظمة الحماية الكهربائية
دورة تدريبية مدتها يومان بمعدل 3 ساعات يوميا ،مجموع ساعاتها (9) ساعة عن طريق البث المباشر من الساعة 5:00 الى 8:00 مساءا من تاريخ 14/5 /2024الى 16/5/2024لغة الدورة : شرح الدورة باللغة العربية ،ويتضمن مصطلحات باللغة الانجليزيةاسم المدرب: م/ عمر يوسفIntroduction:Welcome to "Electrical Power System Protection," an in-depth journey into the critical world of safeguarding electrical systems. This course is meticulously designed for a diverse range of participants, from students embarking on their electrical engineering path to seasoned industry professionals seeking to hone their expertise.In this comprehensive program, we delve into the fundamental concepts of power system protection, the backbone of any robust electrical network. Participants will gain a thorough grounding in the principles of power system operation and the technologies that protect these vital infrastructures from faults and irregularities.Course Outlines: 1. Introduction to Power System Protection. a. Protection Conceptsi. Main and backup protection.ii. Security and dependabilityiii. Selectivityb. Protecting typesi. Fusesii. Overcurrent protectioniii. Differential protectioniv. Distance protection.c. Protection technologiesd. Protection philosophies2. Introduction to Power Systems.a. Network topologies.b. Smart Gridsc. Renewable energy sourcesd. System groundinge. Behavior of power systems under fault conditions (Introduction)3. Power System and Power System Calculations. 4. Protection Technologies5. Instrument Transformersa. Current transformersb. Voltage transformersc. Non-conventional instrument transformers6. Circuit Breakersa. Typesb. Specifications7. Protection of power transformers8. Protection of power cables and lines9. Protection of substances10. Protection of motors11. Protection of generators. Course Objectives: 1. Understand the Fundamentals of Electrical Power Systemso Identify the key components of electrical power systems, including generation, transmission, and distribution networks.o Describe the basic principles underlying the operation of power systems and their importance to modern infrastructure.2. Grasp the Principles of Power System Protectiono Explain the need for protection in power systems and the consequences of inadequate protection.o Understand the roles and functions of various protection schemes and devices in enhancing system reliability and safety.3. Perform Power System Calculationso Conduct basic calculations related to power flow, fault currents, and system stability.o Utilize these calculations to analyze and solve problems in power system operations and protection.4. Explore Protection Technologieso Investigate the latest technologies in power system protection and how they contribute to the detection and isolation of faults.o Evaluate the effectiveness of different protection methods in various power system scenarios.5. Learn about Instrument Transformers and Circuit Breakerso Understand the operation and applications of instrument transformers and circuit breakers in power systems.o Assess how these components contribute to effective power system protection.6. Apply Protection Strategies to Power System Componentso Design protection schemes for power transformers, cables, lines, substations, motors, and generators.o Analyze case studies to determine appropriate protection mechanisms for each component under different conditions.7. Critical Thinking and Problem Solvingo Develop the ability to critically assess power system protection issues and propose viable solutions.o Apply theoretical knowledge to practical scenarios, demonstrating problem-solving skills in real-world power system protection challenges.8. Prepare for Advanced Study or Careers in Power Systemso Lay a foundational understanding of electrical power systems and protection for further study or professional development in the field.o Equip students with the knowledge and skills necessary