Become a Solar PV Design Pro: Zero to Hero Complete Course
50+ Hours of Solar PV System Design + Water Pumping + Wind & Wave Energy Essentials
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What You’ll Learn in the Solar Energy Course🌞
This isn’t just another solar course—it’s a complete, step-by-step guide that takes you from beginner to confident PV system designer. You’ll learn the exact methods professionals use to design efficient, safe, and reliable solar energy systems for real-world applications.
✅Solar Energy Fundamentals – Grasp the essential principles behind solar power, building a strong foundation.
✅System Components and Design – Master the design of both on-grid and off-grid systems, understanding each component’s role and selection.
✅Solar Module Selection – Explore different types of solar panels, so you can choose the most suitable modules for your projects.
✅Charge Controllers and Inverters – Learn how to select and configure controllers and inverters for maximum system efficiency.
✅Optimal Tilt Angle and Shading – Gain insights into angle adjustment and shading impacts, optimizing energy capture in any location.
✅Battery Selection and Maintenance – Learn about battery types, sizing, and proper selection techniques for robust energy storage.
✅Solar Water Pumping Systems – Understand the unique considerations for designing efficient solar-powered water pumps.
✅Grounding and Protection Design – Master the essentials of protection, grounding, and creating a single-line diagram for system safety and reliability.
✅Software Simulations – Use AutoCAD and PVSyst to design accurate and professional PV systems with ease.
🌐 Multilingual Subtitles Available
English, Arabic (العربية), Hindi (हिन्दी), German (Deutsch), French (Français), and Spanish (Español)
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Course Curriculum
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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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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)
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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)
You will also be rewarded with a certificate of completion after completing the course