Hands-On Learning, Powering America Forward

Functions of PV Components

 

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CONTENT TYPE

VR, 3D ILV, Interactive Modules

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DURATION

3 Hours

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TARGET AUDIENCE

Technician

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COURSE DELIVERY

VR and Web-based

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Credits : -

Learn, assess, evaluate, and implement training process

 

About the Course:

Understanding how each component in a photovoltaic (PV) system works is essential for designing, installing, and maintaining high-performance solar energy systems as part of a comprehensive PV Training Program. This microcredential course provides a comprehensive overview of the roles and interrelationships of all key PV components—from modules and inverters to structural mounts and safety devices. Learners will explore full-system functionality through immersive Virtual Reality (VR) scenarios for deeper, hands-on understanding.

Learning Objectives:

  • Identify the main components of PV systems, including modules, inverters, batteries, and charge controllers.
  • Understand the function and application of module-level electronics such as microinverters, optimizers, and rapid shutdown devices.
  • Explain the role of protective devices like overcurrent protection, disconnects, and grounding/bonding elements.
  • Describe mechanical and structural systems including racking, mounting hardware, and their impact on system safety and performance.
  • Recognize electrical materials and interconnection methods, such as conduits, conductors, and supply/load side configurations.
  • Use VR simulations to visualize how components interact and function together in operational PV systems.

Course delivered via LMS and requires an Oculus VR headset for hands-on VR simulations.

 

Functions of PV components in photovoltaic system training

 

Workforce Development

Solar PV technician learning component functions for system installation and maintenance

At ImmerseLearn, we empower learners with practical, immersive training experiences that align with industry demands. This microcredential prepares professionals to confidently handle the design, installation, and troubleshooting of PV systems by mastering how each component works within a full solar setup as part of a comprehensive Photovoltaic Training Program.

How this program enhances workforce skills: 

Component-Level Technical Mastery −
Develop a working knowledge of all major PV components—including inverters, racking systems, batteries, and protection devices—to install, maintain, and troubleshoot systems with confidence.
System Design Awareness +
Understand how individual components interact in a complete system, preparing you to contribute effectively to layout, sizing, and performance optimization efforts.
Electrical Integration Skills +
Gain familiarity with electrical materials like conductors, conduits, disconnects, and grounding/bonding elements to support safe and code-compliant installations.
Mechanical Assembly Readiness +
Learn the functions of racking and mounting equipment, improving your ability to support installation crews and ensure structural integrity on the job site.
Immersive VR Component Training +
Experience component functionality firsthand through Virtual Reality scenarios that simulate live PV system environments and reinforce real-world understanding.


By completing this microcredential, learners will gain confidence in understanding and working with photovoltaic (PV) components that form the foundation of solar power systems, making them more efficient, accurate, and prepared for real-world installation and maintenance tasks, aligning with a full Solar PV Certification Training Program.