An advanced three-phase PV (Photovoltaic) on-grid training system with interactive software is a specialized educational tool designed to provide comprehensive training and understanding of grid-connected solar power systems. This system combines both hardware components and interactive software to offer a comprehensive learning experience.
· PV System Installation: Installing Photovoltaic Systems
- Objective: Learn the step-by-step process of installing photovoltaic systems, including panel mounting, wiring, and safety measures.
· Grid-Connected PV System Setup: Configuration and Testing of Grid-Tied Photovoltaic System
- Objective: Set up and test a photovoltaic system to understand its seamless integration with the power grid.
· Energy Measurement: Measurement of Photovoltaic Energy Generation
- Objective: Measure and analyze the energy output generated by photovoltaic systems under various conditions.
· Maximum Power Point Tracking (MPPT): Optimization of Photovoltaic System Performance
- Objective: Study and implement MPPT techniques to maximize energy production from PV panels.
· Inverter Power Limitation: Derating and Power Limitation in Photovoltaic Inverters
- Objective: Explore the concept of derating and learn how to limit the power output of photovoltaic inverters.
· Reactive Power Provision: Provision of Reactive Power in Photovoltaic System
- Objective: Understand how photovoltaic systems can provide reactive power and its significance in grid stability.
· Inverter Efficiency Determination: Evaluating the Efficiency of Grid-Tied Inverters
- Objective: Determine and analyze the efficiency of power grid inverters used in photovoltaic systems.
· Grid Inverter Control: Responsive Control of Grid-Tied Photovoltaic Inverters
- Objective: Study the response and control mechanisms of photovoltaic inverters in grid-connected systems.
· Sun Passage Emulator Data Recording: Data Logging with Sun Passage Emulator
- Objective: Record and analyze system output data using a sun passage emulator to mimic various solar conditions.
· Grid Outage Response: Investigating Photovoltaic System Behavior During Grid Outages
- Objective: Examine how photovoltaic systems respond when the power grid experiences outages or disruptions.
· Lightning Protection for PV Systems: Implementing Lightning Protection for Photovoltaic Systems
- Objective: Learn strategies and equipment for protecting photovoltaic systems from lightning strikes.
· Economic Analysis of PV Systems: Assessing the Economic Benefits of Photovoltaic Systems
- Objective: Evaluate the financial advantages and return on investment associated with photovoltaic installations.Top of Form
· LAN Transformer Analysis: Study of Local-Area Network (LAN) Transformers
- Objective: Investigate the functions and characteristics of transformers within a local-area network (LAN) infrastructure.
· PV Inverter Power Management: Managing Photovoltaic Inverter Power Output
- Objective: Explore techniques and considerations for controlling and limiting the power output of photovoltaic inverters, also known as derating.
· Automated Voltage Regulation: Implementing Automatic Voltage Control in a Local Power Grid
- Objective: Examine the deployment and operation of systems for automated voltage control within a local power grid.
