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LT-REE660 Hybrid Solar – Wind Trainer

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Description Technical Details

A hybrid PV-wind energy trainer with a wind emulator as a motor, PV panels, and software is a training system designed to provide students and professionals with hands-on experience in renewable energy systems. The system combines photovoltaic (PV) panels and a wind turbine to generate electrical power, which can be used to power various loads and devices, also it is used for storage. The system also includes software that allows students to analyze and optimize the performance of the system.

Learning Objectives:

·       Solar Module Alignment Optimization:

  • Objectives: Explore the ideal positioning of solar modules for maximum energy generation, considering factors like sun angle and orientation.

·       Solar Module Characterization:

  • Objectives: Record and analyze the performance characteristics of solar modules, including efficiency, output voltage, and current under varying conditions.

·       Shadow Effect Analysis:

  • Objectives: Investigate how shadows impact solar module performance, gaining insights into shading effects and their mitigation strategies.

·       Bypass Diode Functionality:

  • Objectives: Study the operation of bypass diodes in solar modules, understanding their role in minimizing power losses due to shading or module damage.

·       Wiring and Connection Configurations:

  • Learn about diverse wiring and connection setups for solar modules, examining their impact on system efficiency and reliability.

·       PV System Installation:

  • Hands-on experience in the installation of photovoltaic systems, covering safety protocols, mounting techniques, and system setup.

·       Standalone PV System in Direct Operation:

  • Design and test an autonomous photovoltaic system for immediate energy production, suitable for remote or off-grid applications.

·       Standalone PV System in Storage Mode:

  • Develop and evaluate a standalone photovoltaic system with energy storage capabilities, optimizing energy utilization.

·       AC-Compatible PV System:

  • Design, test, and operate a photovoltaic system capable of generating AC voltage compatible with standard electricity grids.

·       PV System Installation Techniques:

  • Learn advanced techniques for the professional installation of photovoltaic systems, ensuring long-term reliability.

·       Power Generation Measurement:

  • Measure and analyze the power output of a photovoltaic system under varying conditions, evaluating its efficiency.

·       Comprehend Modern Small Wind Power Station Design and Functionality:

  • Objective: Gain a deep understanding of the intricacies involved in the design and operation of contemporary small wind power stations, enabling proficiency in harnessing wind energy efficiently.

·       Delve into the Physical Foundations "From Wind to Wave":

  • Objective: Explore the fundamental principles governing the journey of wind energy, from its origin in the atmosphere to its conversion into electrical power, fostering a comprehensive grasp of the energy conversion process.

·       Familiarize with Varied Wind Power Station Concepts:

  • Objective: Acquaint yourself with diverse concepts and configurations of wind power stations, allowing you to assess and select the most suitable designs for specific applications and environments

·       Design and Initiate a Small Wind Power Generator:

  • Objective: Develop the skills and knowledge required to design and initiates a small-scale wind power generator, encompassing everything from conceptualization to practical implementation.

·       Operate in Variable Wind Conditions in Off-Grid Settings:

  •  Objective: Learn to operate wind power systems effectively under fluctuating wind force conditions, ensuring reliable off-grid power generation regardless of the changing wind patterns.

·       Master Energy Storage and System Optimization:

  • Objective:  Discover the intricacies of energy storage solutions and techniques for system optimization, enabling you to enhance the overall performance and efficiency of wind power systems.

·       Design Off-Grid Systems for AC Voltage Generation:

  • Objective: Gain expertise in designing off-grid systems capable of generating AC voltage, preparing you to provide independent and sustainable power sources in remote locations.

·       Explore Hybrid Off-Grid Solutions:

  • Objective: Investigate the integration of wind power and photovoltaic systems in hybrid off-grid setups, providing a comprehensive understanding of renewable energy synergy for autonomous power supply (wind/solar trainer).