1. Design and size suitable hybrid power systems based on load profiles and available renewable resources. 2. Install, configure, and commission hybrid power systems in accordance with industry standards and safety guidelines. 3. Troubleshoot and maintain hybrid power system components and optimize system performance. 4. Evaluate the economic and environmental benefits of hybrid power systems compared to conventional power sources. 5. Apply knowledge of hybrid power systems to real-world applications and contribute to the growth of renewable energy sector.
Module 1: Introduction to Hybrid Systems: Understand the basics of hybrid systems, components, and system design principles. Module 2: Renewable Energy Technologies: Learn about solar PV and wind turbine technologies, their components, and installation processes. Module 3: Energy Storage and Conversion: Explore battery technology, power conversion systems, and their role in hybrid systems. Module 4: System Integration and Operation: Understand how to integrate components into a functional hybrid system, system operation, and maintenance. Module 5: Practical Applications: Gain hands-on experience through practical exercises, site visits, and case studies.
enum.programMode.physical
5 days
text.notSpecified
enum.trainingProgram.intermediate
text.trainingProgramProvidedBy KISMEC