About the Course

This 5-day interactive Understanding Renewable Energy Systems training course is a transformative programme designed to equip delegates with a comprehensive understanding of various renewable energy sources and their applications. Delegates will go on board a journey from the fundamental principles of renewable energy to hands-on practical sessions covering solar, wind, hydropower, geothermal, and biomass technologies.

It offers a holistic approach to renewable energy learning with practical sessions, simulations, and real-world case studies to give delegates a tangible and applicable skill set. From installing and operating solar photovoltaic systems to wind turbine technology and beyond, this programme will empower delegates to contribute meaningfully to the sustainable energy landscape. They will possess the knowledge and expertise to navigate the complexities of renewable energy systems, make informed decisions, and contribute to the global transition towards a more sustainable and environmentally friendly energy future.

This training programme will also focus on new developments, trends, and directions for the renewable energy industry. Delegates will have a broad range of skills, enabling them to contribute significantly to the worldwide transition to sustainable energy. Engineers, environmental specialists, legislators, and corporate executives are the target audience, guaranteeing a varied and enthusiastic group of professionals dedicated to promoting renewable energy solutions.

Core Objectives

The program's objectives include establishing a solid foundation in renewable energy concepts, exploring the intricacies of key technologies, and understanding the economic and environmental considerations associated with these systems. Delegates will delve into integrating renewable energy into existing power grids, addressing challenges and solutions related to grid stability and smart grid technologies.

 The delegates will achieve the following objectives:

• Define the fundamental principles and concepts of various renewable energy sources, such as solar, wind, hydropower, geothermal, and biomass
• Interpret the technologies and components involved in renewable energy systems, demonstrating an understanding of their design, operation, and maintenance
• Apply knowledge in hands-on practical sessions, demonstrating the ability to install, operate, and troubleshoot renewable energy systems
• Analyse economic aspects of renewable energy projects, including cost considerations, financial benefits, and return on investment, to inform decision-making in project planning
• Integrate renewable energy systems into existing power grids, addressing challenges related to grid stability, storage, and smart grid technologies
• Evaluate the environmental impact of different renewable energy sources, considering sustainability factors in the context of global energy transitions
• Apply lessons learned from real-world case studies, identifying best practices and gaining insights into successful renewable energy projects globally
• Understand current trends and future developments in renewable energy technologies, demonstrating an awareness of the evolving landscape of sustainable energy

Training Approach

This training course is delivered in a classroom or virtual environment and uses a blended learning approach that combines theoretical knowledge, practical information, and interactive participation. Specific examples and case studies of renewable energy applications are integrated to illustrate professional experiences and contextualise key concepts. Interactive discussions, group activities, and question-and-answer sessions promote delegates' engagement, while periodic assessments assess levels of understanding. This methodical approach delivers a dynamic and informative learning experience, helping them to deal with renewable energy portfolios in their future engagements.

The Attendees

This training course benefits many professionals and stakeholders involved in energy and power systems planners and executives.  

Likewise, it will be valuable to the professionals but not limited to the following:

• Engineers and Technicians
• Environmental Professionals
• Policy-Makers and Government Officials
• Business Professionals
• Energy Consultants

Daily Discussion

DAY ONE: INTRODUCTION TO RENEWABLE ENERGY 

• Overview of Global Energy Landscape: Fossil Fuels vs Renewable Energy
• Historical Evolution of Renewable Energy Technologies
• Importance of Renewable Energy in Mitigating Climate Change
• Key Terms and Concepts: kWh, Carbon Footprint, Renewable Portfolio Standards
• Regulatory Frameworks and Policies Supporting Renewable Energy

DAY TWO: SOLAR ENERGY SYSTEMS

• Solar Photovoltaic Technology: Principles and Applications
• Solar Thermal Systems: Types and Efficiency
• Solar Resource Assessment and Site Selection
• Design Principles for Solar PV Systems
• Solar System Installation and Troubleshooting 

DAY THREE: WIND ENERGY SYSTEMS

• Wind Energy Potential Assessment
• Wind Turbine Technology: Horizontal vs Vertical Axis
• Grid Integration Challenges and Solutions
• Wind Farm Design and Optimisation
• Wind Turbine Operation and Maintenance

DAY FOUR: OTHER RENEWABLE ENERGY SOURCES

• Hydropower Technology: Types and Environmental Impact
• Geothermal Energy: Resource Assessment and Power Generation
• Biomass and Bioenergy Technologies
• Hybrid Renewable Energy Systems
• Successful Implementation of Various Renewable Energy Sources

DAY FIVE: INTEGRATION, ECONOMICS, AND FUTURE TRENDS

• Integration Challenges: Grid Stability, Storage, and Smart Grid Technologies
• Economic Analysis of Renewable Energy Projects: Cost-Benefit Analysis
• Environmental Sustainability Metrics and Assessment
• Economic and Environmental Success Stories
• Future Trends in Renewable Energy Technologies and Innovations