Smart Inverters and Grid Support Functions Course

Training Outlines

Introduction

The "Smart Inverters and Grid Support Functions" course is designed to provide professionals with a comprehensive understanding of the role smart inverters play in modern power systems. With the integration of renewable energy sources, smart inverters have become essential for ensuring grid stability and reliability. This five-day course will cover the theoretical and practical aspects of smart inverters and their grid support functions, equipping participants with the knowledge and skills necessary for implementation and optimal operation.

Objectives

• Understand the architecture and functionality of smart inverters.
• Explore the integration of smart inverters within renewable energy systems.
• Analyze various grid support functions provided by smart inverters.
• Examine the impact of smart inverters on grid stability and reliability.
• Gain practical skills in configuring and managing smart inverters for optimal performance.

Course Outlines

Day 1: Introduction to Smart Inverters

• Overview of smart inverters and their evolution.
• Basic architecture and components of smart inverters.
• Comparison between traditional and smart inverters.
• Key benefits of using smart inverters in power systems.
• Introduction to IEEE standards related to smart inverters.

Day 2: Integration with Renewable Energy Sources

• Role of smart inverters in solar PV and wind energy systems.
• Inverter topologies and technologies for renewable energy.
• Grid connection and code compliance for renewable systems.
• Case studies on successful integrations.
• Challenges and solutions in integration processes.

Day 3: Grid Support Functions of Smart Inverters

• Voltage regulation and reactive power support.
• Frequency regulation and grid stability enhancement.
• Active power control and fault ride-through capabilities.
• Communication protocols and real-time monitoring.
• Future trends and innovations in grid support functions.

Day 4: Impact on Grid Operations and Reliability

• Assessing grid stability with high penetration of renewables.
• Smart inverter contributions to system reliability and resilience.
• Analyzing power quality improvements with smart inverters.
• Economic assessments and cost-benefit analysis.
• Policy and regulatory framework influencing deployment.

Day 5: Practical Sessions and Case Studies

• Hands-on configuration of smart inverter software tools.
• Simulations of grid support scenarios and responses.
• Problem-solving sessions with real-world challenges.
• Review of case studies and lessons learned.
• Final assessment and course feedback.

Training Schedule

Below is the table of cities along with the respective dates for the upcoming training sessions of Smart Inverters and Grid Support Functions Course. Please review the schedule to find the most convenient option for you. You can also use the below search bar to type the city name and filter the results.