Live Online Scheduled Course
Live Online Scheduled Course
Customized In-person Group Training
Customized
In-person Group Training
Live Online Group Training
Customized
Live Online Group Training

Solar PV System Design

The registration fee for this course is $699.

$599 (with coupon: save $100)

Register 3 delegates at full price $699, and get a 4th registration FREE!

Live Online
In-person
12 hours
Scheduled Classes

Our 12-Hour (2-day) instructor-led, live online course provides a comprehensive overview of stand-alone and grid-connected Photovoltaic (PV) systems designs. Drawing upon the National Electrical Code (NEC 2023) and CE Code (2024), this course offers a thorough understanding of both residential and commercial-scale systems. The course learning is also applicable across various Solar PV installations, including utility-scale projects.

Participants will gain knowledge of PV systems' operations, site assessment procedures, and both grid-connected & off-grid system theories. Emphasis will be placed on safe system designs in adherence to the NEC and Canadian Electrical Code. Additionally, the course will offer case studies of PV system design.

This course is beneficial for professionals such as Solar PV System Designers, Electrical Engineers, Building Designers, Architects, Construction Project Managers, Energy Consultants, Sustainability Consultants, Facilities Managers, Building Services Engineers, and Renewable Energy Engineers as it enhances their understanding of solar PV systems and their integration into building designs. This is a valuable skill in today’s sustainable and energy-efficient construction industry.

 

Learning Outcomes

  • Understanding of solar energy concepts and photovoltaic technology.
  • Knowledge of electrical principles in PV systems, including the electrical characteristics of PV systems and power electronics in PV systems.
  • Familiarity with solar module technologies and inverter technologies.
  • Understanding of PV systems for residential and commercial buildings using software tools.
  • Understanding of PV systems integration into existing building electrical systems.
  • Knowledge of building codes, standards, and regulations for PV installations.
  • Ability to conduct economic analysis and understand financing options for solar projects.

Solar PV System Design Training - Our 12-Hour (2-Day) live online, instructor-led workshop introduces students to the National Electrical Code (NEC 2023) and CE Code (2024) photovoltaic system standards as well as other international standards that pertain to the safe and efficient design of grid-direct Solar PV Systems. This course foruses primarily on both residential and commercial-scale systems. However, the NEC and CE Code requirements for Solar PV Systems, including most design parameters and best practices are applicable to all types and sizes of Solar PV installations, including large utility-scale projects.

 

The objectives of this 12-hour (2-day) Solar PV System design course are to:

  • Provide an introduction to Solar energy
  • Describe various PV systems and their components
  • Explain operation of modules and electrical characteristics
  • Go through a site assessment including shade analysis
  • Explain the theory of both grid-connected and off-grid systems
  • Size and design few grid-connected PV systems
  • Size and design few off-grid PV systems
  • Utilize the Canadian Electrical Code to design systems safely
  • Design and install a 1.5kW string inverter system
  • Design and install a 1.5kW micro inverter system

 

You will learn in details about:

  • PV Electrical Design Basics
  • PV Module Fundamentals
  • PV System Sizing Principles
  • PV System Electrical Design
  • You will learn how to design solar power systems and reduce or eliminate energy bills.

 

Live online course schedule

April 14–15, 2026
10:00am - 4:30pm ET

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Who should attend

 

  • Owners of PV Systems.
  • Technicians specializing in PV Systems.
  • Electrical Project Designers.
  • Consulting Electrical Engineers.
  • Electrical Engineers in Industrial, Commercial, and Institutional sectors.
  • Electricians in Industrial, Commercial, and Institutional sectors.
  • Project Managers overseeing PV installations.
  • Installation and Operating Engineers seeking proficiency in Solar PV Systems.

 

 

What you will get

1
1.2 Continuing Education Unit (CEU) credits
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2
Solar PV System Design Certificate
Training Certificate
3
100-page Arc Flash/Electrical Safety Handbook (Value $20)
Electrical Safety Handbook
4
Free magazine subscription (Value $25)
Free Magazine Subscription
5
$50 coupon toward any future Electricity Forum event
Coupon
6
Course presentations in PDF format
Course Presentation

Solar PV System Design Training Course Outline

 

Day 1:

 

Session 1: Solar Energy Concepts

  • The role of solar energy in sustainable building design.
  • Photovoltaic technology and its applications.
  • The benefits and challenges of using solar energy.
  • Impact of solar energy on the environment and economy.
  • Recent advancements and trends in solar power system technologies.

 

Session 2: Electrical Principles in PV Systems

  • Electrical characteristics of PV systems.
  • Power electronics in PV systems.
  • Principles of electricity as applied to solar power.
  • How PV systems convert sunlight into electricity.
  • I-V (current-voltage) curve characteristics of modules, arrays, and PV system designs
  • MPPT (Maximum Power Point Tracking) and it’s uses.

 

Session 3: Solar Modules and Inverters

  • Inverter technologies and selection criteria.
  • Solar modules and inverters work together in a PV system.
  • Temperature and irradiance fluctuations effect on PV cells, modules, arrays and the design of PV systems
  • Maintenance and troubleshooting of solar modules and inverters.
  • Efficiency and performance factors of different module and inverter technologies.

 

Session 4: PV System Design for Buildings

  • Solar resource data
  • Designing PV systems for residential buildings considering location, orientation, and shading.
  • Designing PV systems for commercial buildings with a focus on maximizing efficiency and ROI.
  • Software tools for PV system design.
  • System design optimization for different types of buildings and energy needs.
  • Common challenges and solutions in PV system design for buildings.

 

Session 5: Codes, Standards, and Regulations

  • Building codes and standards for PV installations.
  • How to ensure compliance with local, regional, and national regulations.
  • The role of standards in ensuring safety and performance of PV systems.
  • The implications of non-compliance with codes and standards.

 

Day 2:

 

Session 6: Grid-Connected Solar PV Systems

  • Integration techniques for PV systems into existing electrical infrastructure.
  • Energy and property's ability to accommodate a PV system.
  • Load analysis of existing system and its components.
  • How to determine the correct size of a grid-connected PV system using a yearly kWh consumption derived from the customer’s electricity bills.
  • Types of grid-dependent inverters

 

Session 7: Economic Analysis and Financing of Solar Projects

  • Cost-benefit analysis of solar projects.
  • Different financing options for solar projects.
  • How to calculate payback period and ROI for solar installations.
  • Incentives, subsidies, and grants available for solar projects.
  • Trends in solar project financing.

 

Session 8: Case Studies and Real-world Applications

  • Real-world applications of course concepts.
  • Best practices and common pitfalls in real-world scenarios.
  • Potential issues and solutions during the integration process.
  • How to ensure seamless operation between the PV system and existing electrical system.

 

Session 9: Final Assessment and Q&A Session

  • Assessment to gauge knowledge gained from the course.
  • Q&A session to clarify doubts and deepen understanding of topics covered.
  • Key points from the course during the wrap-up session.
  • Feedback on assessment performance and areas for improvement.

 

COURSE SCHEDULE:

Start: 10 a.m. Eastern Time
Finish: 4:30 p.m. Eastern Time

 

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Live online course registration fees & CEU credits

The registration fee for this course is $699.

Regular price
$699
Discounted price
$599 (with coupon: save $100)

What you will get

1
1.2 Continuing Education Unit (CEU) credits
EIC Logo
2
Solar PV System Design Certificate
Training Certificate
3
100-page Arc Flash/Electrical Safety Handbook (Value $20)
Electrical Safety Handbook
4
Free magazine subscription (Value $25)
Free Magazine Subscription
5
$50 coupon toward any future Electricity Forum event
Coupon
6
Course presentations in PDF format
Course Presentation

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Earn Continuing Education Unit (CEU) Credits

  • Successful completion of this course qualifies delegates to receive a certificate of course completion with indicated CEUs.
  • CEUs are granted by the Engineering Institute of Canada.
  • One CEU is equivalent to 10 professional development hours of instruction.
  • This course earns 0.6 CEUs.
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Fill out the form below with your name and email address.

2

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3

Register for the Course

Use the coupon code when you sign up for the Advanced Electrical Safety Training course to save $50 off the regular price.

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Group Offer
Register 3, Get 1 Free

Register 3 delegates at the full price of $249 each and get the 4th registration free! Perfect for companies, safety departments, and teams looking to train multiple employees at once.

1st $249
2nd $249
3rd $249
4th FREE

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