Students will learn:

• System Design: Knowledge of system sizing, component selection, and layout.
• Installation: Understanding proper installation methods, safety procedures, and best practices.
• Operation and Maintenance: Knowledge of system monitoring, troubleshooting, and maintenance procedures.
• Sales and Economics: Understanding the economics of renewable energy systems and sales strategies.
• Safety and Best Practices: Understanding safety regulations, codes, and industry standards.
• Fundamentals of Electricity: Understanding basic electrical concepts and principles.

Course Outline:

Module 1: History of Solar, Markets and Applications for Solar PV, and Safety Basics

You’ll learn about the beginnings of solar PV technology, current markets and applications for the technology, and the basic safety considerations and requirements for solar PV installers. Topics include: different types of PV systems, OSHA, National Electrical Code (NEC), arc flashes, overcurrent protection devices, fall protection, and lockout-tagout (LOTO).

Module 2: Electricity Basics + Solar Energy Fundamentals

This module covers concepts, definitions, terminology, and formulas related to electricity. It also lays out the science, data, and principles you must understand to grasp how solar energy is collected. Topics include: Ohm’s Law, power, energy, voltage, current, batteries, multimeters, measurement, types of DC connections, transmission, insolation data, solar time, sun paths, shading, and solar radiation.

Module 3: PV Module Fundamentals and System Components

This module covers how solar photovoltaic (PV) technology works, the materials used to make PV modules, module efficiency, important formulas, temperature and voltage considerations, and how to test a PV system. It also provides definitions for the primary components that comprise a solar PV system.

Module 4: PV System Sizing and Electrical Design

This module covers the factors to consider when sizing a grid-tied or off-grid system, system losses, tilt, factors that increase or decrease PV system output, single-line diagrams, ampacity, Ohm’s Law, voltage drop, charge controllers, AC- and DC-coupled battery systems, battery charging stages, overcurrent protection devices, and determining voltage ranges.

Module 5: PV System Mechanical Design, Performance Analysis, Maintenance and Troubleshooting

In this module, you will study PV System Mechanical Design, which goes along with Chapter 9 in Solar Photovoltaic Basics.

Also included in this module is Performance Analysis, Maintenance and Troubleshooting which goes along with Chapter 10 in Solar Photovoltaic Basics, which means you are getting close to the end!

Module 6: Practice Exams

In this module, you’ll take practice exams to see how well you’ve mastered the material presented during the course. These exams can be repeated here as many times as you want and are highly recommended to be used to prepare for the NABCEP PVA exam!

All necessay course materials are included.

Certification(s):

Students are prepared to take the NABCEP PV Associate national certification exam.