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LT-REE125 Solar PV Fundamental Training Kit

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Description Technical Details

A Solar PV (Photovoltaic) Fundamental Training Kit is a comprehensive educational tool designed to provide hands-on learning and understanding of solar photovoltaic systems. This kit is typically used in educational institutions, vocational training centers, or by individuals interested in learning about solar energy technology.

Learning Objectives:

·       Introduction to the Base Unit:

  • Objective: Familiarize yourself with the Lab-Tronic base unit, the foundational component of your experiments. Gain an understanding of its key features and functionalities, setting the stage for your hands-on learning journey.

·       Solar Cell Power Dependence on Its Area:

  • Objective: Investigate the relationship between solar cell power output and its surface area, providing valuable insights into solar energy harvesting.

·       Dependence of Solar Cell Power on Angle of Incidence of Light:

  • Objective: Study the impact of the angle of incidence of light on solar cell power qualitatively and quantitatively, to optimize solar panel positioning for efficiency.

·       Qualitative Angle of Incidence Impact:

  • Objective: Understand the qualitative effects of varying angles of light incidence on solar cell power output, enhancing your grasp of optimal solar panel placement.

·       Dependence of Solar Cell Power on Temperature:

  • Objective: Investigate how temperature influences solar cell power output, deepening your understanding of the thermal aspects of photovoltaic systems.

·       Solar Cell Diode Characteristics:

  • Objective: Examine the diode characteristics of a solar cell, including dark characteristics and internal resistance under various conditions.

·       Dark Characteristics Investigation:

  • Objective: Study the dark characteristics of a solar cell, uncovering its behavior without illumination.

·        Internal Resistance Analysis:

  •  Objective: Analyze the internal resistance of a solar cell under different conditions, gaining a deeper understanding of its electrical properties.

·       Solar Cell I-V Characteristics:

  • Objective: Investigate the current-voltage (I-V) characteristics of a solar cell, exploring power-load dependencies and the filling factor.

·       Power-Load Dependence:

  • Objective: Understand how solar cell power output varies with different load conditions.

·       Behavior of Voltage and Current in Solar Cell Connections:

  • Objective: Explore the behavior of voltage and current in series and parallel connections of solar cells, both qualitatively and quantitatively.

·       Qualitative Series and Parallel Behavior:

  • Objective: Understand the qualitative aspects of voltage and current in series and parallel connections of solar cells.

·       Quantitative Series and Parallel Behavior:

  • Objective: Quantify the behavior of voltage and current in series and parallel solar cell connections, enabling efficient design and optimization.

·       Behavior of Voltage and Current in Shaded Solar Cell Connections:

  • Objective: Investigate how shading affects voltage and current behavior in series and parallel solar cell connections, offering insights into efficiency under varied conditions.

·       Qualitative Series Shading Impact:

  • Objective: Understand the qualitative behavior of voltage and current in series solar cell connections under shading conditions.

·        Quantitative Series Shading Impact:

  • Objective: Quantify the impact of shading on voltage and current in series solar cell connections.

·       Quantitative Parallel Shading Impact:

  • Objective: Quantify the impact of shading on voltage and current in parallel solar cell connections, ensuring optimal system design.