Advanced Techniques in Renewable Energy System Design
( 30 Modules )
Module #1 Introduction to Renewable Energy Systems Overview of renewable energy sources and their importance in the modern energy mix
Module #2 Energy System Design Principles Key concepts and best practices for designing efficient and effective renewable energy systems
Module #3 Load Analysis and Sizing Methods and tools for analyzing load profiles and sizing renewable energy systems
Module #4 System Configuration and Layout Design considerations for configuring and laying out renewable energy systems
Module #5 Economic and Environmental Assessment Techniques for evaluating the economic and environmental viability of renewable energy systems
Module #6 Solar Energy Fundamentals Overview of solar energy conversion and system design principles
Module #7 Solar Panel Selection and Optimization Methods for selecting and optimizing solar panels for different applications
Module #8 Inverter and Balance of System Design Design considerations for inverters and balance of system components
Module #9 Solar System Sizing and Optimization Techniques for sizing and optimizing solar energy systems
Module #10 Solar System Performance Analysis Methods for monitoring and analyzing the performance of solar energy systems
Module #11 Wind Energy Fundamentals Overview of wind energy conversion and system design principles
Module #12 Wind Turbine Selection and Optimization Methods for selecting and optimizing wind turbines for different applications
Module #13 Wind Farm Layout and Design Design considerations for wind farm layout and design
Module #14 Wind System Sizing and Optimization Techniques for sizing and optimizing wind energy systems
Module #15 Wind System Performance Analysis Methods for monitoring and analyzing the performance of wind energy systems
Module #16 Energy Storage Fundamentals Overview of energy storage technologies and their application in renewable energy systems
Module #17 Battery Selection and Optimization Methods for selecting and optimizing energy storage systems
Module #18 Grid Integration and Power Quality Design considerations for grid-connected renewable energy systems
Module #19 Microgrid and Hybrid System Design Techniques for designing microgrids and hybrid renewable energy systems
Module #20 Energy System Control and Automation Methods for controlling and automating renewable energy systems
Module #21 Building-Integrated Renewable Energy Systems Design principles and best practices for building-integrated renewable energy systems
Module #22 Electric Vehicle Charging Infrastructure Design considerations for electric vehicle charging infrastructure
Module #23 Artificial Intelligence and Machine Learning in Renewable Energy Systems Applications of AI and ML in renewable energy system design and optimization
Module #24 Cybersecurity in Renewable Energy Systems Design considerations for securing renewable energy systems from cyber threats
Module #25 Research and Development in Renewable Energy Systems Current research and development trends in renewable energy system design and optimization
Module #26 Case Study:Solar Energy System Design Real-world example of a solar energy system design project
Module #27 Case Study:Wind Energy System Design Real-world example of a wind energy system design project
Module #28 Hands-On Project:Renewable Energy System Design Guided project for designing a renewable energy system
Module #29 Hands-On Project:Energy Storage System Design Guided project for designing an energy storage system
Module #30 Course Wrap-Up & Conclusion Planning next steps in Advanced Techniques in Renewable Energy System Design career
