Solar PV Fundamentals
Understand PV modules, solar system configurations, and the essential components used in photovoltaic installations.
Khadija Academy · Renewable Energy
Complete Solar Energy Design Course From Zero to Hero
Master solar PV system design from the fundamentals to practical engineering applications, including off-grid and grid-connected systems, solar water pumping, and wind and wave energy essentials.
50+ Hours of Training
Solar PV Design
Practical Engineering
Certificate Included
- Learn solar PV components, system configurations, and sizing concepts.
- Explore practical workflows using design and simulation software.
- Build your knowledge of solar water pumping and other renewable technologies.
50+Hours of training
PracticalDesign applications
Zero to HeroStructured learning
What You Will Learn
Build Practical Solar Design Skills
Study renewable energy fundamentals, engineering calculations, system design, and software workflows through a structured course.
Batteries & Inverters
Explore battery sizing, charge controllers, inverter selection, and the role of storage in off-grid and hybrid systems.
System Design & Sizing
Learn the design process for off-grid, grid-connected, and hybrid PV systems, including relevant engineering calculations.
Design Software
Explore workflows involving PVsyst, Excel, AutoCAD, MATLAB/Simulink, and ETAP as covered in the curriculum.
Protection & Earthing
Study protection and earthing concepts used in renewable energy installations and electrical system design.
Wind & Wave Energy
Expand your understanding of renewable technologies with introductory wind turbine and wave energy converter topics.
Who Is This Course For?
From Fundamentals to Engineering Applications
Designed for learners who want to build or strengthen their renewable energy design skills.
Electrical Engineering Students
Connect electrical engineering fundamentals with solar PV system design and renewable energy applications.
Recent Graduates
Build a structured foundation in solar PV design, calculations, and engineering tools.
Practicing Engineers
Expand your knowledge of solar system design, storage, protection, and simulation workflows.
Learn in Your Preferred Language
Multilingual Subtitles
Subtitles help learners follow the technical explanations in their preferred language. Availability depends on the subtitle options enabled for the course.
✓ English
✓ Arabic · العربية
✓ Hindi · हिन्दी
✓ German · Deutsch
✓ French · Français
✓ Spanish · Español
Recognize Your Progress
Certificate of Completion
Complete the course according to the platform's requirements and use your certificate to document your learning progress.
- Study the lessons at your own pace.
- Review the included course materials according to your access plan.
- Earn a course completion certificate subject to the platform's requirements.
Choose Your Access
One Course. Two Ways to Learn.
Choose a monthly subscription or make a one-time payment for lifetime access to this course.
Monthly Subscription
$19.99 / month
A flexible option for learners who prefer monthly payments.
- Access to the Solar Energy Design Course while subscribed
- Learn at your own pace
- Course lessons and included materials
Recurring monthly subscription. Check checkout for the applicable terms.
Lifetime Access
$97
Pay once and keep access to the Solar Energy Design Course.
- Lifetime access to this course
- Revisit lessons at your own pace
- No monthly subscription renewal
One-time payment. Check checkout for the applicable access terms.
Course Curriculum
Solar Energy Panels
Available in
days
days
after you enroll
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StartIntroduction to PV System (24:56)
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StartTypes of Busbars and Solar Cells (15:27)
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StartCourse Files and PDF Slides
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StartV-I Characteristics of a PV Panel (27:13)
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StartDifferent Connections of Solar Panels (16:45)
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StartShading and Half Cut Cells (19:36)
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StartMounting and Tilt Angle of a PV Panel (27:21)
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StartCalculation of the Tilt Angle in a Location (8:09)
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StartPractical Tilt Angle during Different Seasons (11:52)
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StartOrientation and Azimuth Angle of Solar Panels (8:44)
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StartSun Chart and Distance between PV Rows (18:44)
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StartImportant Note Regarding the Sun Chart (8:29)
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StartPanel Parameters and Measurements (26:46)
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StartImportant Note
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StartJunction Box in PV Panels (17:54)
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StartSolar Wires and Cables Installation Process (28:08)
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StartPV String Maximum Voltage (17:43)
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StartImportant Definitions in the Global Solar Atlas (22:29)
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StartGlobal Solar Atlas PV Simulation (17:49)
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StartHybrid Photovoltaic Thermal Panel (PVT) (9:35)
Types and Components of PV Systems
Available in
days
days
after you enroll
Batteries in PV System
Available in
days
days
after you enroll
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StartIntroduction to Batteries (7:46)
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StartPractical Recommendation of Battery System Voltage (12:03)
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StartComponents of 24V and 48V PV Systems (14:47)
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StartBattery Capacity and C-Rate (13:57)
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StartC10, C20, and C100 Batteries (10:39)
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StartBattery Connections (13:21)
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StartCycle of a Battery and DoD (13:58)
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StartDeep Cycle Batteries and Car Batteries (11:24)
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StartSpecific Energy and Specific Density of a Battery (4:43)
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StartSelf Discharge of a Battery (5:38)
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StartShelf Life, Cycle Life, and Calendar Life of a Battery (13:42)
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StartLead Acid Batteries (23:14)
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StartMaintenance of Flooded Lead Acid Batteries (15:08)
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StartLithium Batteries (17:25)
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StartNickel Batteries (7:21)
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StartFlow Batteries (2:33)
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StartCost of Batteries (5:55)
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StartBattery Balancer (8:05)
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StartLead Acid Battery and Lithium-Ion Charging Cycle (8:30)
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StartDatasheet of a Solar Battery (27:30)
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StartSmall Correction in Datasheet (5:06)
Student Feedback
What Students Say About This Course
Feedback from learners studying solar PV design and renewable energy.
Richard
Solar course student
★★★★★
His teaching is detailed, clear and easy to grasp. I have been into solar installations and needed so many clarifications that I didn't get during my class room training. This video has so far helped me understand some unclear concepts.
Josh
Solar course student
★★★★★
This course is easy to follow and understand with my knowledge on electronics and viewing on a larger monitor really brings the course to life with all of the diagrams and drawings.
Herve
Solar course student
★★★★★
As an electronic engineer with no previous knowledge and experience in Solar/Renewable design, I can attest that Ahmed was excellent in putting the course together and teaching it. This course is a reference point for those looking to enter the Solar design industry and is recommended A++
Jamiu
Solar course student
★★★★★
The course is highly rated as it is very rich in relevant content and information as far PV solar systems is concerned. Highly recommended for anyone willing to grow from zero to hero in Photovoltaics solar systems.
Shirax
Solar course student
★★★★★
This is an excellent course. Excellent work. Sir, we really need classes of this caliber and level to improve upon our conceptual understanding. Outstanding effort. Thank you very much!! Excellent work. Excellent course. Excellent and devoted teacher.
Meng Kung
Solar course student
★★★★★
This online course was excellent and offered a range of skill sets. In addition, modules with a clear structure, well-defined learning objectives, and efficient delivery techniques.
Kumaragurubaran
Solar course student
★★★★★
As a student of your Udemy course, I've been enjoying the content so far. I understand why you called it "Zero to Hero," but I have a suggestion. I wanted to suggest a slightly different wording that might resonate better: "Beginner to Expert." What do you think? It would be great if the course title is like "Complete Solar Energy Design Course from Beginner to Expert" on the Udemy certificate. Thank you for your consideration.
SHAFIK
Solar course student
★★★★★
The course is full packed with important and relevant information. The course resources make the course complete even though the instructor is not a native English speaker, there is no problem in the explanations. The instructor did invest a lot of effort and time and it is much appreciated. Thanks to all of those who made this course possible and available for us. May The Almighty ALLAH bless, protect and grant you success in everything that you do.
Frequently Asked Questions
Questions About the Solar Course
Find out more about the course content and access options.
Do I need previous solar energy experience?
The course starts with foundational concepts and progresses toward practical solar PV design topics. Basic electrical engineering knowledge can be helpful for the technical calculations.
What topics are covered in the course?
The curriculum covers solar PV fundamentals, off-grid and grid-connected systems, batteries, charge controllers, inverters, system sizing, protection, earthing, design software, solar water pumping, and introductory wind and wave energy topics. See the curriculum above for the full lesson list.
Will I learn practical design software?
The curriculum includes design and simulation topics involving PVsyst, Excel, AutoCAD, MATLAB/Simulink, and ETAP. Refer to the individual curriculum sections for the specific software lessons.
How long is the course?
The course contains more than 50 hours of training. You can study at your own pace, subject to the access terms of your selected plan.
Is a certificate included?
A course completion certificate is available subject to the course platform's completion requirements.
What is the difference between monthly and lifetime access?
The monthly subscription is $19.99 per month. Lifetime access is a one-time payment of $97. Check the checkout page for the applicable payment and access terms.
What is the refund policy?
You can request a full refund within the first 7 days of your purchase.
Start Learning Today
Take Your Solar Design Skills to the Next Level
Build your understanding of solar PV system design, engineering calculations, practical design workflows, and renewable energy applications.
Choose Your AccessMonthly subscription or one-time lifetime access.