Solar PV Design Courses and Training Programs Compared (2026)

Provider pages list these prices. HeatSpring’s NABCEP PV Associate prep course costs $895 (18–24 hours). SEI’s online grid-direct design course costs $995 (6 weeks). Ecotech’s 40-hour NABCEP PV Design Specialist prep costs $1,095. The table below puts them beside free options, in alphabetical order. It uses each provider’s own figures.

Most people start by picking a credential, then a course that counts toward it. NABCEP (the North American Board of Certified Energy Practitioners) is the body that issues these credentials. This guide compares solar PV design courses and training by price, length and format. It explains how NABCEP certification works. It covers PVsyst training and free options. It also shows where solar design software fits into practice.

In this guide you will learn:

• How courses compare on price, length and format, using each provider’s own figures
• NABCEP credential tiers: exam structure, fees and requirements
• Which PVsyst, online and free options exist, and what each provider lists
• Where SurgePV’s webinars, Academy page and guided demo fit
• Where degree programs fit, with a link to our solar engineering degrees guide
• A selection framework matched to your career target

Solar PV Design Courses Compared (2026)

The table lists each course as the provider’s own page describes it, in alphabetical order by provider. It is not a ranking. Prices are in US dollars unless noted.

SurgePV publishes this guide and sells design software, not courses. SurgePV does not rank or score the providers above. Where a provider’s page gives two figures, this guide prints both. GSES courses are not in the table because GSES’s website could not be read for this update.

NABCEP Certification: What the Credentials Require

The North American Board of Certified Energy Practitioners (NABCEP) issues the credentials that the NABCEP-linked courses above are built around. This section uses NABCEP’s own pages and handbooks. For Canada-specific compliance details, see Canada comparisons/solar-designing.

Three NABCEP credentials are relevant to solar designers:

NABCEP PV Associate (PVA): Entry-Level Credential

NABCEP says the Associate program recognizes knowledge of the basic principles of applying, designing, installing and operating PV systems. It also says passing the exam qualifies an individual to design, sell, install or maintain systems in a supervised capacity (NABCEP Associate Program).

Exam structure (from the NABCEP Associate Candidate Handbook v2.3.5):

• 70 multiple-choice questions, 60 scored and 10 unscored pilot questions
• 4 answer choices per question
• Up to 2 hours
• A scaled score of 65 is required to pass

NABCEP says the PVA exam content domains (the topic areas the exam covers) changed on 7 April 2026. It describes the new version as similar to the 2017 version. The handbook above predates that change. So check NABCEP’s current handbook before you rely on the question count.

Exam fee: NABCEP’s fee page lists $125 for the PVA exam and $25 for an application. It adds that candidates on the education pathway may be charged $125 to $180 by their provider. It also says an extra $75 international fee applies to exams taken outside the United States and Canada. HeatSpring and SEI each list $150 for their students, which is inside that range.

How to qualify, three pathways (NABCEP Associate Program):

1. Education pathway: complete a course with a NABCEP Associate Registered Training Provider and pass the exam. Your provider registers you for the exam. You do not apply to NABCEP.

2. Experience pathway: document at least six months of full-time-equivalent work directly involved with photovoltaics. The handbook defines this as 910 hours (26 weeks at 35 hours a week).

3. Entry-level conversion: convert a NABCEP Entry Level Achievement Award. If the award is more than three years old, NABCEP also asks for 12 hours of continuing education. These must be from the last three years.

Maintenance: NABCEP’s renewal page asks Associates for 12 contact hours (hours of instruction) of continuing education in each 3-year credential period. The fee page lists a $150 renewal fee.

Study time: providers give different figures. HeatSpring lists 18 to 24 hours for its boot camp. It also suggests 5 to 10 hours per module, or 30 to 60 hours in total, depending on your background. NABCEP publishes the PV Associate job task analysis (the list of tasks the exam is based on) and online practice exams. They are linked from its Associate Program page.

NABCEP PV Installation Professional (PVIP): Advanced Credential

NABCEP calls the PVIP the gold standard for PV professionals, covering PV design, installation, operations, commissioning and maintenance (NABCEP Board Certifications). Per the NABCEP Certification Handbook (2025):

• 10 hours of OSHA Outreach Training for the Construction Industry (or government equivalent)
• At least 58 hours of advanced PV training
• Installations totaling at least 6 project credits (same credit scale as the PVDS below), documented and checked by NABCEP
• A 70-question exam with a 4-hour limit (60 scored)
• Recertification every 3 years with 30 continuing education hours
• Fees (NABCEP fee page): $125 application plus $375 exam, $500 in total

NABCEP PV Design Specialist (PVDS): Office Designer Credential

NABCEP describes the PVDS as recognizing the advanced experience and skill of PV system designers. It also recognizes their proven ability to configure the mechanical and electrical design components of PV systems. It suits office-based designers who do not do physical installation work.

Requirements (Certification Handbook, section 5):

• 10 hours of OSHA Outreach Training for the Construction Industry (or government equivalent)
• 24 hours of advanced training
• Designs for installations totaling at least 12 project credits. Systems of 1 to 999 kW earn 2 credits each. Systems of 1 MW or more earn 3. Six systems of 1 to 999 kW (6 x 2 = 12) meet the total. So do four systems of 1 MW or more (4 x 3 = 12).
• Each submitted system must be at least 1 kW DC (STC, standard test conditions) and designed within the two calendar years before you apply
• A 70-question exam with a 4-hour limit (60 scored)
• Recertification every 3 years with 30 hours of continuing education. That is 6 hours on electric codes, 12 on the PVDS job task analysis and 12 on renewable energy (2 of those hours are building or fire codes)
• Fees (NABCEP fee page): $125 application plus $375 exam, $500 in total

Ecotech Training lists a 40-hour PVDS prep course at $1,095. Ecotech says it provides the advanced hours and knowledge for the PVDS. The handbook’s training requirement is 24 hours, so a 40-hour course covers it.

Sources: NABCEP fees, Certification Handbook and Associate Handbook.

Online Solar Design Courses in 2026: Profiles

These profiles repeat what each provider’s own page says. They do not rank the courses. The “stated audience” line is the provider’s wording. It tells you who the provider built the course for, not which course is better.

HeatSpring: Solar PV Boot Camp + NABCEP PV Associate Exam Prep

HeatSpring’s boot camp costs $895 as a one-time purchase and includes one year of access. The page lists 8 modules, about 21 hours of video lectures, 5 practice exams and 18 to 24 hours to complete. It says the course meets the training requirement for the NABCEP PV Associate exam. The exam fee is separate. HeatSpring lists $150. The course uses Sean White’s book Solar Photovoltaic Basics, and HeatSpring does not list its price. HeatSpring also describes a first-attempt pass guarantee with conditions. One condition is finishing the course over at least 8 weeks. Read the terms before you rely on it.

Stated audience: electricians, contractors and career changers, and people with no background in solar or electricity.

Solar Energy International (SEI)

SEI’s NABCEP page says its online and in-person training counts toward NABCEP training requirements. For the PV Associate exam, SEI lists PVOL101 (or in-person PV101) plus PVOL203. PVOL101 runs 6 weeks at 10 to 20 hours a week and costs $995. That is 60 to 120 hours of effort over 6 weeks. SEI’s page also states 60 contact training hours. SEI lists $150 for the exam through its administration.

PVOL202, Advanced PV System Design and the NEC, is also $995 over 6 weeks. It requires PVOL101, an equivalent course, NABCEP certification or field experience, plus a placement quiz. The NEC is the National Electrical Code. SEI’s CE524 course, PVsyst for PV System Production Modeling, is an on-demand 4-hour course at $199 with 60 days of access. SEI aims it at beginning PVsyst users.

Stated audience: PVOL101 is described as the gateway course for a solar career. CE524 is aimed at beginning PVsyst users.

Ecotech Training

Ecotech Training sorts its NABCEP courses into an entry-level (Associate) track and a professional (board level) track. Its Solar PV Associate 101 page lists the same course title, $895 price and 18 to 24 hours as HeatSpring’s boot camp. Its Solar PV Design 202 page lists a NABCEP PVDS prep course at $1,095. The course has 40 hours, 6 modules and practice exams. Ecotech’s site says some links on the page are affiliate links.

Stated audience: experienced installers and system designers for the board-level track.

ImagineSolar

ImagineSolar’s PV320e is a 60-hour advanced course at $695 with live instructor webinars, 78 lecture videos and 200 exam problems. It gives 60 hours of advanced training credit for NABCEP exam applications. Access lasts 12 months from first login. Extensions cost $99 for four weeks or $195 for six months. ImagineSolar recommends its PV201e course first and says almost everyone taking PV320e has solar industry experience.

Stated audience: people who want expertise in designing PV systems and who are working toward NABCEP certification.

OSSIA

The Oregon Solar + Storage Industries Association (OSSIA) links to HeatSpring’s 30-Hour Advanced Solar PV Installer Training, taught by Sean White. OSSIA says it qualifies for the 30 hours of advanced training. You need those hours every 3 years to recertify NABCEP PV certifications. That matches the 30 continuing education hours the NABCEP handbook asks for. OSSIA’s page does not list a price.

Stated audience: certified professionals who need recertification hours.

Coursera

Coursera lists Solar Energy Basics (University at Buffalo, instructor Neal Abrams) as a beginner course. It has 5 modules, 2 weeks at 10 hours a week, which is about 20 hours. Its stated outcomes are to calculate energy use at a location. They also include designing a basic PV system for a given need, and describing financial models. Solar Power Generation (L&T EduTech) is also beginner level. It has 7 modules over 2 weeks at 10 hours a week. Neither page mentions NABCEP credit. Neither page shows a price in the text we could read. So check access options on Coursera.

Stated audience: beginners.

Reo

Reo’s PVSyst Training includes 9 hours of video streamed for 12 months. It also includes 12 months of instructor support, an examination with feedback and a certificate of completion. The page says it teaches how to simulate plants up to 1 to 2 MWp. It lists several regional prices, so check the one for your country.

Stated audience: the page does not name one.

Udemy and other marketplaces

Udemy hosts PVsyst and SketchUp courses from independent instructors. Udemy’s pages could not be read for this update. So this guide quotes no ratings, enrolment counts or prices for them. Check the current course page, its last-updated date and the refund terms before you buy.

PVsyst Training Options

PVsyst is an energy-simulation program from PVsyst SA. It models PV system yield and losses. The training listed here comes from the providers’ own pages, as summarized in the table and profiles above:

• SEI CE524, PVsyst for PV System Production Modeling: 4 hours, on demand, aimed at beginning users, listed by SEI at $199. It covers meteorological (weather) data import, system variants, orientation, the shading scene and system losses.
• Reo PVSyst Training: 9 hours of video, 12 months of access and instructor support, with examination and feedback.
• Coursera Solar Power Generation (L&T EduTech): a broader beginner course. Its lecture list includes design and simulation of grid-connected and standalone systems in PVsyst. It also has a shading-effects lecture.
• Udemy: independent instructors teach PVsyst there. Udemy’s pages could not be read for this update, so no ratings, student counts or prices are quoted.

Is PVsyst on Coursera?

Coursera’s Solar Power Generation course by L&T EduTech includes PVsyst lectures inside a broader curriculum. Its module 4 description mentions demonstrations of the System Advisor Model (SAM) and PVsyst. This guide did not confirm whether Coursera lists a separate course only on PVsyst. So check Coursera’s catalogue for the current list.

Topics to Look for in a PVsyst Course

Whichever provider you choose, check that the syllabus covers these steps:

1. Software navigation: project types, database structure, import and export
2. Meteorological data: inputting location and importing weather data
3. System definition: PV module and inverter selection, string configuration
4. Near shading: creating 3D shading scenes and mutual shading losses
5. Far shading: horizon input for mountain or obstruction environments
6. Loss analysis: soiling, wiring, mismatch and transformer losses
7. Simulation run: reading the report, performance ratio (PR, actual output compared with ideal output) and specific energy yield
8. Validation: cross-checking results against a simpler estimate such as PVWatts

If you also want a view on simulation tools versus design-to-proposal tools, read PVsyst vs SurgePV. SurgePV publishes this guide and sells one of the tools discussed in that comparison.

SurgePV Training: Webinars, Academy and a Guided Demo

A course teaches the engineering. A design tool is where you apply it. PV design software such as SurgePV covers these: roof modeling, array layout, shading analysis, energy-yield and financial modeling, electrical workflow support, bill-of-materials output and proposals. SurgePV publishes this guide and sells that software. So this section describes SurgePV only and makes no comparison with other tools.

How the Tool Maps to Course Topics

Layout and roof modeling SurgePV’s 3D roof model lets you practice array layout on a realistic roof. Do this after you study the rules in a course.

Shading analysis SurgePV’s shadow analysis software lets you test how obstructions affect output. That reinforces the near-shading topics in PVsyst-style courses.

Stringing and electrical design Electrical workflow support is part of the design flow. For what goes wrong when strings are sized badly, see our guide to solar string design mistakes.

Clara AI Clara AI is SurgePV’s AI assistant inside the design workflow. Ask in a demo which design tasks it covers before you plan around it.

BOM and proposals After a design is final, SurgePV outputs a bill of materials and a proposal. For how proposal generation fits in, see how solar proposal software connects design to the sale.

Where to Learn SurgePV

SurgePV is shown in a guided demo. There is no self-serve trial. SurgePV’s Solar Design Webinars & Training page lists live sessions and recordings of past ones. The SurgePV Academy page is a waitlist for training tracks that are marked as coming soon. This is training on the SurgePV product. This page does not claim it counts toward any NABCEP requirement.

University and Community College Programs

For degree-level study, read our guide to solar engineering degrees. To compare certification routes, see NABCEP vs MCS vs SEI. For short courses that count toward NABCEP requirements, search NABCEP’s registered course catalog. This guide does not list individual university or community college programs. Their fees and curricula could not be checked against each school’s own site for this update.

Solar Design Courses for Beginners vs. Advanced Learners

The right entry point depends on where you are starting. The totals below add up the providers’ listed prices, so they will change when the providers change them.

Beginner: No Solar Background

If you are coming from outside the energy industry, learn the concepts before you touch simulation software. Without them you can produce results you cannot interpret or troubleshoot.

A beginner path built from the listed courses:

1. Coursera, Solar Energy Basics (University at Buffalo): 5 modules, 2 weeks at 10 hours a week
2. If you are headed for simulation work, a PVsyst introduction such as SEI’s 4-hour CE524, which SEI lists at $199
3. HeatSpring’s NABCEP PV Associate boot camp, or SEI’s PVOL101 plus PVOL203, for NABCEP training credit

Listed cost of step 3 with HeatSpring: $895 course + $150 testing fee = $1,045. This leaves out two things. One is the Coursera course, whose price is on its page. The other is the study book HeatSpring’s course uses, whose price HeatSpring does not list.

Intermediate: Electrical or Construction Background

Learners from electrical, mechanical or construction backgrounds already know circuits, voltage, current and safety. The gap is solar-specific knowledge.

A path for electricians and engineers:

1. Skip the foundation course. Start with SEI’s PVOL101 or HeatSpring’s boot camp. Or start with ImagineSolar’s PV320e if you meet its experience expectations
2. Add a focused PVsyst course for simulation depth, such as SEI’s CE524 or Reo’s PVSyst Training
3. Take the NABCEP PVA exam. On the education pathway your provider registers you. SEI, for example, gives one year from completing PVOL203 to take it. On the experience pathway NABCEP gives six months from application approval to schedule.
4. See how design tools such as SurgePV (guided demo) and Aurora fit your target market

Advanced: Working Solar Professionals

For designers who already produce layouts and proposals and want to advance their credentials:

• NABCEP PVDS: the design-specific credential. NABCEP fees are $125 + $375 = $500. Adding Ecotech’s listed $1,095 prep course gives $1,595, before the 10-hour OSHA course the PVDS also requires.
• NABCEP PVIP: for senior installer, project manager or technical lead roles. NABCEP fees are also $125 + $375 = $500, plus 58 hours of advanced training.
• SEI PVOL202 or ImagineSolar PV320e: advanced PV system design with the NEC, at $995 and $695 respectively
• A second PVsyst course if your current projects need more simulation depth

For working professionals, the next NABCEP credential tier plus a course that closes a specific knowledge gap is usually enough. Check the handbook’s experience requirements first, because the PVDS and PVIP both require documented project work.

Free Solar Design Training

These are the no-cost options found on providers’ own pages. None gives NABCEP credit unless its page says so.

1. SEI Free Learning Courses

SEI’s Free Learning page lists these online courses. RE100, Introduction to Renewable Energy, is 6 contact training hours. RE101, Fundamental Math for Solar Applications, is 4 contact training hours. RE102 is Basics of Electrical Theory for Solar Applications. SEI says a passing grade of 70% or better earns a printable SEI Record of Completion. It also offers a free NEC overview guide and a webinar library.

2. PVWatts (NLR)

PVWatts is a browser-based calculator that estimates energy production from system size, module type, array type, losses, tilt and azimuth (the compass direction the panels face). The National Laboratory of the Rockies (NLR) says it provides no support, consulting or training for the model. So use it as a practice tool and a quick cross-check against detailed simulation, not as a course.

3. OpenSolar

OpenSolar describes OS 3.0 as free of charge for solar installers, covering design, proposals and project management (OpenSolar announcement). It is a no-cost place to practice layouts and produce first portfolio samples. It does not replace a PVsyst-style simulation course. SurgePV sells a competing design product. So check OpenSolar’s current terms on its own site.

4. SurgePV Webinars

SurgePV’s Solar Design Webinars & Training page lists live sessions and recordings of past sessions on solar design and engineering topics. They teach the SurgePV product and design practice, not NABCEP content. The SurgePV Academy page is a waitlist for training tracks that are coming soon.

5. YouTube and Provider Channels

YouTube works best for specific questions, such as how to model a tracker, rather than structured learning from scratch. Combine it with one structured course.

Four Kinds of Solar Design Training

Training falls into four groups. The right mix depends on where you start and what role you want.

1. Professional certification prep: NABCEP-linked courses from providers such as HeatSpring, SEI, Ecotech and ImagineSolar. They are the route to the credentials in the NABCEP section above.

2. Software-specific training: PVsyst courses from SEI and Reo, and vendor training for design platforms. For software options, see Aurora Solar alternatives.

3. Academic programs: university and community college programs and renewable energy degrees. See solar engineering degrees.

4. Free and self-directed resources: SEI’s free courses, PVWatts, OpenSolar and webinars. These suit foundational learning and tool sampling.

How to Choose the Right Solar Design Course: Decision Framework

Use this framework to match your situation to a course.

Step 1: Define Your Career Target

Your target role should drive your course choice more than anything else.

Step 2: Assess Your Starting Point

• No background: start with a foundation course such as Coursera’s Solar Energy Basics before any paid course
• Electrical or construction background: skip fundamentals and go to NABCEP prep
• Engineering degree: focus on PVsyst depth; aim for the PVDS once you have the design experience it requires
• Already designing: the NABCEP experience pathway (six months of full-time-equivalent PV work) lets you take the PVA exam without a course

Step 3: Set a Budget

The right column adds up the providers’ listed prices, with the arithmetic shown.

Step 4: Confirm NABCEP Eligibility

If certification is part of your goal, confirm your chosen course appears in the NABCEP registered course catalog before enrolling.

See our software comparison guide for solar design software platforms relevant to US installers. It includes NEC compliance features and proposal integration. For France-specific information, see Agricultural Solar Case Study.

Career Outcomes After Solar Design Training

Training is an investment, so check what the credentials lead to before you pay.

Pay Data

This guide quotes no salary figures. The sources for them could not be checked for this update. Our solar careers salaries guide covers pay by role. Read the date and method behind any pay figure before you plan around it.

Job Titles Along the Solar Design Career Path

Common titles in a design team, from entry level to lead:

1. Solar Design Drafter or Junior Designer: produces layouts, permit drawings and basic BOMs (parts lists) under supervision.
2. Solar Designer or PV System Designer: works independently on residential and light commercial projects.
3. Senior Solar Design Engineer: handles complex commercial and utility-scale projects and reviews designs for code compliance.
4. Energy Yield Analyst: produces simulation reports, uncertainty analyses and P50/P90 generation estimates (P90 is a yield expected to be met or exceeded in 90% of years; P50: 50%).
5. Solar Design Manager or Technical Lead: manages the design team, sets workflows and owns quality control.

NABCEP says its Board Certifications can increase marketability and validate knowledge (NABCEP). That is NABCEP’s statement, not an independent measure of pay.

Conclusion

Choose the credential first, then the course that counts toward it. Among the prices providers list in the table, the highest is $1,095 for a single course. The NABCEP fees are separate.

Three actions to take this week:

1. Decide whether you need NABCEP credit. If you do, search NABCEP’s course catalog and compare two providers’ pages from the table above.
2. If you are starting from zero, take a foundation course such as Coursera’s Solar Energy Basics while you choose a paid course.
3. Check the exam window before you pay. On the education pathway your provider registers you for the exam. SEI, for example, gives one year from completing PVOL203. On the experience pathway NABCEP gives six months from application approval to schedule.

If you are ready to practice real design work, solar design software like SurgePV connects layout, shading analysis, stringing and proposal generation in one place. To see it, book a free demo. For a wider comparison, read our best solar design software guide.

Frequently Asked Questions

Which solar PV design course suits a beginner?

Providers describe different starting points. HeatSpring says its Solar PV Boot Camp is its most introductory course. It is designed for people with no background in solar or electricity ($895, 18–24 hours listed). Coursera lists Solar Energy Basics (University at Buffalo) and Solar Power Generation (L&T EduTech) as beginner courses. Each is 2 weeks at 10 hours a week. SEI’s PVOL101 is its fundamentals course ($995, 6 weeks). HeatSpring and SEI state that their courses meet the NABCEP PV Associate training requirement. The Coursera pages do not mention NABCEP credit.

What is the NABCEP PV Associate certification and how do I get it?

The NABCEP PV Associate (PVA) is NABCEP’s entry-level credential. The NABCEP Associate Candidate Handbook v2.3.5 says the exam has 70 multiple-choice questions (60 scored, 10 unscored). It has a 2-hour limit and a scaled passing score of 65. NABCEP updated the exam content domains on 7 April 2026, so check its current handbook. There are three ways to qualify. One is the education pathway (a course from a NABCEP Associate Registered Training Provider). Another is the experience pathway (at least six months of full-time-equivalent PV work). The third is converting a NABCEP Entry Level Achievement Award. NABCEP lists the exam at $125. Providers on the education pathway may charge $125 to $180. Associates need 12 contact hours of continuing education per 3-year period to renew.

Which free solar design training is available?

SEI’s Free Learning page lists RE100 Introduction to Renewable Energy (6 contact hours). It also lists RE101 Fundamental Math for Solar Applications (4 contact hours) and RE102 Basics of Electrical Theory for Solar Applications. NLR’s PVWatts calculator estimates production, but NLR says it provides no training. OpenSolar describes OS 3.0 as free of charge for solar installers. None of these is listed as giving NABCEP credit.

Is PVsyst available on Coursera?

Coursera’s Solar Power Generation course by L&T EduTech includes PVsyst lectures and mentions demonstrations of SAM and PVsyst in module 4. It is a broader beginner course, not a PVsyst-only course. This guide did not confirm whether Coursera lists a separate PVsyst-only course. So check its catalogue. Other PVsyst options from provider pages include SEI’s 4-hour CE524 and Reo’s PVSyst Training (9 hours of video). SEI lists CE524 at $199.

What solar design software should I learn first?

Learn the tool your target employers use. PVsyst is a simulation program for energy yield and losses. Layout and proposal tools such as Aurora, OpenSolar and SurgePV cover design-to-proposal workflows. Read job listings in your market and match the tools they name. SurgePV publishes this guide and sells one of these tools.

Can I get a solar design job without a degree?

NABCEP’s Associate program offers an experience pathway and an education pathway, and neither is a degree. NABCEP says passing the Associate exam qualifies an individual to design, sell, install or maintain systems in a supervised capacity. Whether an employer requires a degree depends on the employer. So check the job listing.

How long does it take to qualify for the NABCEP PV Associate exam?

On the education pathway it depends on the course. HeatSpring lists 18 to 24 hours and also suggests 30 to 60 hours depending on your background. SEI’s PVOL101 runs 6 weeks. SEI also requires PVOL203. On the experience pathway NABCEP requires at least six months of full-time-equivalent PV work. Its handbook defines that as 910 hours.

What does the NABCEP PV Design Specialist require?

The NABCEP Certification Handbook (2025) requires three things. The first is 10 hours of OSHA Outreach Training. The second is 24 hours of advanced training. The third is designs worth at least 12 project credits (2 credits per system of 1 to 999 kW, 3 per system of 1 MW or more). The exam has 70 questions (60 scored) and a 4-hour limit. NABCEP’s fee page lists a $125 application and a $375 exam. Recertification is every 3 years with 30 hours of continuing education.