Learning Objectives:
Understand the fundamentals of reactive power management and power factor control.
Recognize the importance of reactive power in power systems and various correction methodologies.
Analyze the techno-commercial impact of reactive power on power system reliability, tariffs, and demand control.
Learn methods for reactive power control through static and dynamic techniques.
Understand the design, installation, commissioning, operation, maintenance, and protection of capacitor banks in both HT and LT systems.
Explore advanced technologies like Flexible AC Transmission (FACT) and Static VAR Compensation.
Gain insights into regulatory norms and tariff mechanisms governing reactive power.
Develop troubleshooting skills through case studies.
Knowledge Covered:
Fundamentals of reactive power and power factor.
Techno-commercial aspects related to reactive power management.
Various methods for reactive power control.
Design, installation, and operation of capacitor banks.
Advanced technologies for reactive power compensation.
Regulatory norms and tariff mechanisms.
Skills Covered:
Analytical skills in evaluating power system reliability and demand control.
Technical skills in designing and implementing reactive power correction solutions.
Troubleshooting skills for addressing reactive power-related issues.
Understanding of regulatory frameworks and tariff mechanisms.
Key Takeaways and Benefits:
This training course offers a comprehensive understanding of reactive power management and power factor control, crucial elements in maintaining the efficiency and reliability of power systems. Participants will gain insight into the importance of reactive power, its impact on techno-commercial aspects such as tariffs and demand control, and the various methodologies for its correction. Through a blend of theoretical learning and practical case studies, attendees will develop skills in designing, installing, and troubleshooting reactive power correction solutions, including capacitor banks and advanced technologies like Flexible AC Transmission (FACT). By the end of the course, participants will be equipped with the knowledge and skills necessary to optimize reactive power management, improve system reliability, and minimize operational costs, thus enhancing their professional expertise and contributing to the efficiency of power systems.