Hands-On Learning, Powering America Forward

PV Site Assessment: Structural, Electrical, and Environmental Analysis

 

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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:

This PV Site Assessment microcredential trains aspiring photovoltaic (PV) technicians to assess and document residential and commercial project sites for solar installations. Students will learn to evaluate structural integrity, roof viability, electrical service compatibility, and environmental conditions that affect system performance and safety. Emphasis is placed on shading analysis, proper equipment placement, load-bearing considerations, and use of essential site assessment tools. Through practical exercises and case scenarios, learners will gain the skills to recommend optimal system layouts and ensure code-compliant installations. This course is a key step for anyone looking to advance in solar industry training.

Learning Objectives:

  • Identify the characteristics of suitable array locations and roof surfaces for solar PV installation.
  • Understand live and dead load factors and their impact on PV system design.
  • Recognize common roof structural designs and evaluate their compatibility with PV systems.
  • Determine appropriate locations for electrical equipment, staging, lifting, and system access.
  • Differentiate types of electrical services and interpret raceway installation requirements.
  • Identify and assess site obstructions, hazards, and access challenges.
  • Perform shading analysis using professional tools and interpret results accurately.
  • Measure azimuth and slope using appropriate tools, and adjust for magnetic declination.
  • Document building dimensions, wind exposure, and other critical site characteristics.
  • Prepare thorough site assessment reports for permitting, design, and construction teams, aligning with our complete solar training program.

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

 

PV site assessment training for solar installation planning and roof evaluation

 

Workforce Development

PV technician performing structural and electrical assessment for solar projects

At ImmerseLearn, we ensure PV technicians are prepared to conduct thorough, professional site evaluations that form the foundation of safe and efficient solar installations. This microcredential is vital for installers, designers, and sales consultants who must analyze and communicate site readiness and constraints.

Structural Suitability Analysis −
Evaluate roof types, materials, and support structures to determine if they can support the live and dead loads of PV arrays.
Roof and Equipment Placement +
Assess characteristics of viable mounting areas and identify optimal locations for inverters, disconnects, and combiner boxes.
Electrical Service Identification +
Learn to identify main panel types, amperage ratings, and potential interconnection points for solar arrays.
Raceway and Conduit Planning +
Understand requirements for conduit runs including penetrations, bends, support spacing, and NEC code compliance.
Shading and Orientation Tools +
Use tools such as the Solar Pathfinder or mobile apps to conduct professional-grade shading analysis and interpret the impact on array performance.


By completing this microcredential, learners will gain confidence in conducting comprehensive PV site assessments, including structural evaluation, electrical capacity review, and environmental analysis, making them more precise, safety-conscious, and prepared for real-world solar installations, aligning with a full Solar PV Certification Training Program.