Free Download Designing Hybrid Rooftop Solar Pv Systems Made Simple
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz
Language: English | Size: 2.32 GB | Duration: 4h 36m
Learn energy estimation, shadow analysis, BOM preparation & financial modelling for hybrid solar rooftop projects.
What you’ll learn
Use of Solar Energy to Generate Electricity
Benefits From the Grid Connected Rooftop SPV
Working of Hybrid SOLAR ROOFTOP SYSTEM
Problem Statement and Load Information
How to collect Geographical Information of Location
Estimation of Power Demand
Selection Of Solar Panels And Array Sizing
Design And Placement Of Solar Array
Introduction to google sketch up Software
Preparation of Model in Google Sketch Up
Shadow Analysis on Google Earth Software
Sizing of Solar Batteries
Wiring Diagram of Solar Batteries
Energy Yield Estimation and Derating Factors
Calculation of Energy yield estimation
Specific Energy Yield Estimation and Performance Ratio
Monthly Energy Generation by Solar Power Plant
Monthly Energy Generation of Solar Power Plant in PVWatt
Selection of Inverter and Number of MPPTs
Selection of String Combiner
Selection of Energy Generation Meter
Design Of DC Cable
Design Of AC Cable (AC Armoured Cable)
Design Of Mounting Structure
Wiring Diagram of 5kW Hybrid Rooftop Solar System
List of Material required for 5kW Solar Plant Construction
Estimated Cost of the Project
5kW Solar Hybrid Solar System Financial Analysis considering 100% Equity and 0% Loan Model – Formulation of Initial Parameters
5kW Solar Hybrid Solar System Financial Analysis considering 100% Equity and 0% Loan Model – Profit and Loss Account
5kW Solar Hybrid Solar System Financial Analysis considering 100% Equity and 0% Loan Model – Cash Flow Analysis
5kW Solar Hybrid Solar System Financial Analysis considering 100% Loan and 0% Equity Model – Calculation of Equity turn around, IRR, NPV and Payback Period
Requirements
Basic knowledge of electricity, physics, or engineering fundamentals.
Familiarity with MS Excel/Google Sheets for calculations.
Enthusiasm to learn renewable energy applications (no prior solar knowledge required).
Microsoft Excel
Description
This comprehensive course is designed to equip learners with the knowledge and practical skills required to design, analyze, and financially evaluate hybrid rooftop solar systems. From estimating power demand to selecting system components, from 3D modeling in Google SketchUp to financial feasibility studies, this course offers a 360° learning experience in hybrid solar project design.Learners will not only master the technical aspects but also gain hands-on exposure to tools like Google SketchUp for shadow analysis and NREL’s PVWatts software for power estimation. The course emphasizes real-world applications, enabling students to prepare a complete design, bill of materials (BOM), and financial model for a hybrid rooftop solar project.Whether you are an aspiring renewable energy engineer, a solar entrepreneur, or a professional seeking to expand your expertise, this course provides a career-defining skill set in one of the fastest-growing global industries.Learning OutcomesBy the end of this course, students will be able to:Understand the fundamentals of hybrid rooftop solar systems and their applications.Estimate power demand (manually and using PVWatts software).Perform 3D modeling & shadow analysis using Google SketchUp.Select appropriate solar panels, inverters, batteries, and balance-of-system components.Prepare a Bill of Materials (BOM) for procurement.Conduct financial modeling (CAPEX, OPEX, payback period, IRR, NPV).Design optimal hybrid systems integrating grid, solar, and storage solutions.Gain insights into operation, maintenance, and project feasibility studies.Teaching & Learning MethodsConceptual Lectures with real-world examples.Software Demonstrations: Google SketchUp & PVWatts.Hands-on Assignments: Power demand estimation, BOM preparation.Case Studies: Successful hybrid rooftop solar projects.Quizzes & Mini-Projects for active learning.Capstone Project: Complete design & financial model of a hybrid solar system.Course Syllabus (Module-wise)Introduction to Hybrid Rooftop Solar SystemsBasics of solar PV & hybrid energy systemsImportance of hybridization (grid + solar + storage)Energy Demand EstimationManual calculation of daily & monthly demandLoad profiling techniquesPVWatts software for accurate estimationSystem Design & 3D Shadow AnalysisIntroduction to Google SketchUpRooftop modeling & tilt angle considerationsShadow analysis for performance optimizationComponent Selection & SizingSolar PV modules & technologiesInverter types & selection criteriaBattery storage systems (Lead Acid vs Lithium-ion)Balance of System (BoS) componentsBill of Materials & Procurement PlanningPreparing complete material listsVendor selection guidelinesFinancial Modelling & Project EconomicsCAPEX & OPEX analysisLCOE (Levelized Cost of Electricity)Payback period, IRR, and NPV calculationsInstallation, Testing & Maintenance InsightsBest practices in rooftop installationOperation & maintenance strategiesPrerequisitesBasic knowledge of electricity, physics, or engineering fundamentals.Familiarity with MS Excel/Google Sheets for calculations.Enthusiasm to learn renewable energy applications (no prior solar knowledge required).Target AudienceEngineering Students (Electrical, Mechanical, Civil, Energy).Renewable Energy Professionals upgrading their skills.Entrepreneurs & Business Owners exploring solar business opportunities.Technicians & Installers seeking advanced design knowledge.Researchers & Academics in the field of sustainable energy.Benefits of the CourseGain industry-relevant technical skills in hybrid solar design.Ability to design complete rooftop hybrid systems independently.Exposure to internationally recognized software tools (PVWatts, SketchUp).Career opportunities in solar EPC companies, energy consultancy, startups, and government projects.Build a portfolio-worthy project for jobs, internships, or entrepreneurship.Career OpportunitiesAfter completing this course, learners can pursue roles such as:Solar PV System DesignerRenewable Energy EngineerSolar Project ConsultantHybrid System Specialist (Solar + Battery + Grid)Energy Auditor / Financial Analyst for Solar ProjectsSolar Entrepreneur (EPC/Installation/Consulting services)Key HighlightsHands-on practical learning with real case studiesIndustry-standard tools (PVWatts & Google SketchUp)Complete end-to-end project design experienceFinancial Modelling expertise for decision-makingCertificate of Completion for career advancementKickstart your journey into the future of renewable energy with this all-in-one course on Hybrid Rooftop Solar System Design & Financial Modelling.
Engineering Students (Electrical, Mechanical, Civil, Energy).,Renewable Energy Professionals upgrading their skills.,Entrepreneurs & Business Owners exploring solar business opportunities.,Technicians & Installers seeking advanced design knowledge.,Researchers & Academics in the field of sustainable energy.,Solar Investors,Solar Business Person
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esign and simulate 3D solar arrays with shadow analysisDraft complete solar electrical circuit diagrams in AutoCADForecast energy yields for 25 years with bankability metricsDesign a robust earthing system for safety and compliancePresent professional-grade reports for solar clients and investorsIf you want to become a skilled solar power plant designer capable of delivering real-world projects, this course is your ultimate shortcut. Enroll today and start building the future of clean energy!In this course Participants will able to learn the following Points: 1. Design of 3D Solar Power Plant and Shadow Analysis in Google SketchUp SoftwareSetting The Units and Importing ToolbarsIntroduction to Line, Rectangle and Circle CommandIntroduction to Pull Push Command and Offset CommandMove and Scale CommandRotate and Protector CommandGuideline and Dimension CommandPaint Bucket and Image TexturingConstruction of Long and Short ColumnConstruction of Screw Pile FoundationConstruction of RafterConstruction of Inclined Support for Long and Short ColumnConstruction of PurlinConstruction of Array of Rafter, Short Column, Long ColumnConstruction of Back SupportArray of Back Support between Two ColumnConstruction of Solar Panel and Placement over Mounting StructureConstruction of One String of Solar PanelsConstruction of Solar One ArrayImporting the Location of Site on Google SketchUpOrientation of Array towards True South DirectionPlacement of Solar Array on the Site – Part 1Placement of Solar Array on the Site – Part 2Placement of String Monitoring BoxConstruction of Control Rooms2. Design of Circuit Diagram in AutoCAD SoftwareSet Limits and UnitsConstruction of Solar StringsConstruction of Solar ArrayConstruction of fuses and Bus Bar in DC Combiner BoxConnection of Fuses to StringsConnection of DC Isolator Switch, Scada and Naming of StringString Combiner box connection for all arraysConnection of Inverter to DC ArrayNaming the Inverter SpecificationsConnection of Transformer and there SpecificationConnection of Current Transformer to Relay PanelConnection of Potential Transformer to Relay PanelConnection of Vacuum Circuit BreakerConnection of Relays in CRP Panel and There Code NumbersPlotting Dotted Border for CRP PanelHT Cable Naming between Transformer to CRP PanelConnection of AC Isolator SwitchConnection of Main MeterConnection of Lightning Arrester3. Energy Yield Estimation and Forecasting of Solar Energy Yield (P75,P90 Estimates) in Excel SheetCalculation of Energy Yield CalculationMonthly Energy Yield in Excel SheetEstimation of 25 Years of Energy Generation in Excel SheetCalculation of P50, P75 and P90 Energy Yield Estimate4. Design of Earthing System for Solar Project
