Advanced Solar Panel Technologies

OSS Academy Guide to your sustainable learnings

What you'll learn

Introduction to Solar Photovoltaics Cell

Introduction to Semiconductors

Classification of Semiconductor

N Type Semiconductor

P Type Semiconductor

Doping of Semiconductors

Semiconductor Materials and Band Gap Energy

P-N Junction Diode

Working of P-N Junction diode

Photoelectric Effect

Working of Solar Cell

Materials use in Solar Cell

Solar Radiation and the Solar Spectrum

Historical Evolution of Solar cells

Advancements leading to the development of efficient photovoltaic cells

PV Cell Types

Solar Panel Manufacturing Technologies

Mono-Si Solar Panels

Poly-Si Solar Panels

Thin Film Solar Panels

Comparison of Si on the basis of crystallinity

Manufacturing of Solar Cell

Solar Cell Bus bar

Internal connection in Solar Cell

Characteristics of a Solar Cell

Effect of temperature on solar PV cell

Effect of Light Intensity on Solar PV Cell

Optical Losses

Antireflective Coatings

Recombination Losses

Technique to Reduce Recombination

Manufacturing of Solar Panel

Construction of Solar module

Selection Criteria for Solar Panel

Components of A Solar Panel

Components of A Solar Panel: Solar Cell

Components of A Solar Panel: Glass, Frame and Back Sheet

Levelized cost of electricity (LCOE) for different PV technologies

Introduction to Solar Panel Manufacturing

Manufacturing of Solar Module

Automation and Robotics in Solar Panel Production

Quality Control and Standards

Types of Solar Cells and its Recent development

Monocrystalline Solar Cell

Recent Development in Monocrystalline Solar Cell

Polycrystalline Solar Cell

Recent Development in Polycrystalline Solar Cell

Amorphous Silicon Thin film Solar Cell

Recent Development in Amorphous Silicon Thin film Solar Cell

CdTeThin film Solar Cell

Recent Development in CdTeThin film Solar Cell

Nano crystal based Solar Cell

Recent Development in Nano crystal based Solar Cell

Polymer based Solar Cell

Recent Development in Polymer based Solar Cell

Pervoskite based Solar Cell

Recent Development in Pervoskite based Solar Cell

Dye Sensitized Solar Cell

Recent Development in Dye Sensitized Solar Cell

CIGS (Copper Indium Gallium Selenide) Solar Cell

Recent Development in CIGS (Copper Indium Gallium Selenide) Solar Cell

Organic Solar Cell

Recent Development in Organic Solar Cell

Concentrated Solar Cell

Recent Development in Concentrated Solar Cell

Tandem Solar Cell

Recent Development in Tandem Solar Cell

Half Cut Solar Cell

Recent Development in Half Cut Solar Cell

Bifacial Solar Cell

Recent Development in Bifacial Solar Cell

Efficiency and Cost Considerations comparison for Crystalline Si Solar Cell

Efficiency and Cost Consideration comparison for Thin film Perovskite Solar cell

Efficiency & Cost Consideration for Organic, Bifacial & Concentrated Solar Cell

Nanotechnology in Solar Panel Manufacturing

Strategies for Maximizing Sunlight Absorption in solar cell

Tandem Solar Cells: Combining Multiple Technologies

Two-Junction Tandem Solar Cells

Triple-Junction Tandem Solar Cells

Four-Junction Tandem Solar Cells

Perovskite-Silicon Tandem Solar Cells

Organic-Inorganic Tandem Solar Cells

Quantum Dot Tandem Solar Cells

CIGS-CZTS/CGS Tandem Solar Cells

Advantages of Tandem Solar Cells in Boosting Efficiency

Impact on Overall Energy Yield in Different Conditions

Technological Innovations to Maximize Tandem Cell Performance

Recent Advancement in Solar Panel Manufacturing and Plant Development

IoT Integration in Solar Panel Systems

Smart Grids and Energy Management

Machine Learning and Artificial Intelligence in Solar Energy

Environmental and Weather Adaptations

Challenges in Smart Solar Technologies

Opportunities for Innovation and Overcoming Barriers

Advancements in Smart Solar Technologies

Regulatory and Policy Considerations

Life Cycle Assessment in Solar Panel Manufacturing

Environmental Impact of Solar Panel Manufacturing

Key Stages in the Life Cycle

Identifying Key Stages with the Highest Environmental Impact

Mitigation Strategies

Technological Innovations for Sustainability

Recycling and Reuse of Materials in Solar Panel Production

Innovations in Water and Energy Efficiency

Design Principles for Recyclability

Advanced Manufacturing Techniques of Solar Panels

Inkjet Printing of Solar Cells

Screen Printing of Solar Cells

Gravure Printing of Solar Cells

Chemical Vapor Deposition (CVD)

Physical Vapor Deposition (PVD)

Atomic Layer Deposition (ALD)

3D Printing Applications in Solar Panel Production

Industry 4.0 in Solar Manufacturing

Global Manufacturing Hubs in Solar Industry

Requirements

No Prior Experience is needed. You will learn everything in this course.

Description

In this course you will learn the following topics in detail: Introduction to Solar Photovoltaics CellIntroduction to SemiconductorsClassification of SemiconductorN Type SemiconductorP Type SemiconductorDoping of SemiconductorsSemiconductor Materials and Band Gap EnergyP-N Junction DiodeWorking of P-N Junction diodePhotoelectric EffectWorking of Solar CellMaterials use in Solar CellSolar Radiation and the Solar SpectrumHistorical Evolution of Solar cellsAdvancements leading to the development of efficient photovoltaic cellsPV Cell TypesSolar Panel Manufacturing TechnologiesMono-Si Solar PanelsPoly-Si Solar PanelsThin Film Solar PanelsComparison of Si on the basis of crystallinityManufacturing of Solar CellSolar Cell Bus barInternal connection in Solar CellCharacteristics of a Solar CellEffect of temperature on solar PV cellEffect of Light Intensity on Solar PV CellOptical LossesAntireflective CoatingsRecombination LossesTechnique to Reduce RecombinationManufacturing of Solar PanelConstruction of Solar moduleSelection Criteria for Solar PanelComponents of A Solar PanelComponents of A Solar Panel: Solar CellComponents of A Solar Panel: Glass, Frame and Back SheetLevelized cost of electricity (LCOE) for different PV technologiesIntroduction to Solar Panel ManufacturingManufacturing of Solar ModuleAutomation and Robotics in Solar Panel ProductionQuality Control and StandardsTypes of Solar Cells and its Recent developmentMonocrystalline Solar CellRecent Development in Monocrystalline Solar CellPolycrystalline Solar CellRecent Development in Polycrystalline Solar CellAmorphous Silicon Thin film Solar CellRecent Development in Amorphous Silicon Thin film Solar CellCdTeThin film Solar CellRecent Development in CdTeThin film Solar CellNano crystal based Solar CellRecent Development in Nano crystal based Solar CellPolymer based Solar CellRecent Development in Polymer based Solar CellPervoskite based Solar CellRecent Development in Pervoskite based Solar CellDye Sensitized Solar CellRecent Development in Dye Sensitized Solar CellCIGS (Copper Indium Gallium Selenide) Solar CellRecent Development in CIGS (Copper Indium Gallium Selenide) Solar CellOrganic Solar CellRecent Development in Organic Solar CellConcentrated Solar CellRecent Development in Concentrated Solar CellTandem Solar CellRecent Development in Tandem Solar CellHalf Cut Solar CellRecent Development in Half Cut Solar CellBifacial Solar CellRecent Development in Bifacial Solar CellEfficiency and Cost Considerations comparison for Crystalline Si Solar CellEfficiency and Cost Consideration comparison for Thin film Perovskite Solar cellEfficiency & Cost Consideration for Organic, Bifacial & Concentrated Solar CellNanotechnology in Solar Panel ManufacturingStrategies for Maximizing Sunlight Absorption in solar cellTandem Solar Cells: Combining Multiple TechnologiesTwo-Junction Tandem Solar CellsTriple-Junction Tandem Solar CellsFour-Junction Tandem Solar CellsPerovskite-Silicon Tandem Solar CellsOrganic-Inorganic Tandem Solar CellsQuantum Dot Tandem Solar CellsCIGS-CZTS/CGS Tandem Solar CellsAdvantages of Tandem Solar Cells in Boosting EfficiencyImpact on Overall Energy Yield in Different ConditionsTechnological Innovations to Maximize Tandem Cell PerformanceRecent Advancement in Solar Panel Manufacturing and Plant DevelopmentIoT Integration in Solar Panel SystemsSmart Grids and Energy ManagementMachine Learning and Artificial Intelligence in Solar EnergyEnvironmental and Weather AdaptationsChallenges in Smart Solar TechnologiesOpportunities for Innovation and Overcoming BarriersAdvancements in Smart Solar TechnologiesRegulatory and Policy ConsiderationsLife Cycle Assessment in Solar Panel ManufacturingEnvironmental Impact of Solar Panel ManufacturingKey Stages in the Life CycleIdentifying Key Stages with the Highest Environmental ImpactMitigation StrategiesTechnological Innovations for SustainabilityRecycling and Reuse of Materials in Solar Panel ProductionInnovations in Water and Energy EfficiencyDesign Principles for RecyclabilityAdvanced Manufacturing Techniques of Solar PanelsInkjet Printing of Solar CellsScreen Printing of Solar CellsGravure Printing of Solar CellsChemical Vapor Deposition (CVD)Physical Vapor Deposition (PVD)Atomic Layer Deposition (ALD)3D Printing Applications in Solar Panel ProductionIndustry 4.0 in Solar ManufacturingGlobal Manufacturing Hubs in Solar Industry

Overview

Section 1: Introduction to Solar Photovoltaics Cell

Lecture 1 Introduction to Semiconductors

Lecture 2 Classification of Semiconductor

Lecture 3 N Type Semiconductor

Lecture 4 P Type Semiconductor

Lecture 5 Doping of Semiconductors

Lecture 6 Semiconductor Materials and Band Gap Energy

Lecture 7 P-N Junction Diode

Lecture 8 Working of P-N Junction diode

Lecture 9 Photoelectric Effect

Lecture 10 Working of Solar Cell

Lecture 11 Materials use in Solar Cell

Lecture 12 Solar Radiation and the Solar Spectrum

Lecture 13 Historical Evolution of Solar cells

Lecture 14 Advancements leading to the development of efficient photovoltaic cells

Lecture 15 Introduction to Silicon Solar Cell

Lecture 16 PV Cell Types

Section 2: Solar Panel Manufacturing Technologies

Lecture 17 Solar Panel Manufacturing Technologies

Lecture 18 Mono-Si Solar Panels

Lecture 19 Poly-Si Solar Panels

Lecture 20 Thin Film Solar Panels

Lecture 21 Comparison of Si on the basis of crystallinity

Section 3: Manufacturing of Solar Cell

Lecture 22 Manufacturing of Solar Cell Part 1

Lecture 23 Manufacturing of Solar Cell Part 2

Lecture 24 Manufacturing of Solar Cell Part 3

Lecture 25 Manufacturing of Solar Cell Part 4

Lecture 26 Manufacturing of Solar Cell Part 5

Lecture 27 Solar Cell Bus bar

Lecture 28 Internal connection in Solar Cell

Lecture 29 Characteristics of a Solar Cell

Lecture 30 Effect of temperature on solar PV cell

Lecture 31 Effect of Light Intensity on Solar PV Cell

Lecture 32 Optical Losses

Lecture 33 Antireflective Coatings

Lecture 34 Recombination Losses

Lecture 35 Technique to Reduce Recombination

Section 4: Manufacturing of Solar Panel

Lecture 36 Construction of Solar module Part 1

Lecture 37 Construction of Solar module Part 2

Lecture 38 Construction of Solar module Part 3

Lecture 39 Selection Criteria for Solar Panel

Lecture 40 Components of A Solar Panel

Lecture 41 Components of A Solar Panel: Solar Cell

Lecture 42 Components of A Solar Panel: Glass, Frame and Back Sheet

Lecture 43 Levelized cost of electricity (LCOE) for different PV technologies

Lecture 44 Introduction to Solar Panel Manufacturing

Lecture 45 Manufacturing of Solar Module

Lecture 46 Automation and Robotics in Solar Panel Production

Lecture 47 Quality Control and Standards

Section 5: Types of Solar Cells and its Recent development

Lecture 48 Monocrystalline Solar Cell

Lecture 49 Recent Development in Monocrystalline Solar Cell

Lecture 50 Polycrystalline Solar Cell

Lecture 51 Recent Development in Polycrystalline Solar Cell

Lecture 52 Amorphous Silicon Thin film Solar Cell

Lecture 53 Recent Development in Amorphous Silicon Thin film Solar Cell

Lecture 54 CdTeThin film Solar Cell

Lecture 55 Recent Development in CdTeThin film Solar Cell

Lecture 56 Nano crystal based Solar Cell

Lecture 57 Recent Development in Nano crystal based Solar Cell

Lecture 58 Polymer based Solar Cell

Lecture 59 Recent Development in Polymer based Solar Cell

Lecture 60 Pervoskite based Solar Cell

Lecture 61 Recent Development in Pervoskite based Solar Cell

Lecture 62 Dye Sensitized Solar Cell

Lecture 63 Recent Development in Dye Sensitized Solar Cell

Lecture 64 CIGS (Copper Indium Gallium Selenide) Solar Cell

Lecture 65 Recent Development in CIGS (Copper Indium Gallium Selenide) Solar Cell

Lecture 66 Organic Solar Cell

Lecture 67 Recent Development in Organic Solar Cell

Lecture 68 Concentrated Solar Cell

Lecture 69 Recent Development in Concentrated Solar Cell

Lecture 70 Tandem Solar Cell

Lecture 71 Recent Development in Tandem Solar Cell

Lecture 72 Half Cut Solar Cell

Lecture 73 Recent Development in Half Cut Solar Cell

Lecture 74 Bifacial Solar Cell

Lecture 75 Recent Development in Bifacial Solar Cell

Lecture 76 Efficiency and Cost Considerations comparison for Crystalline Si Solar Cell

Lecture 77 Efficiency and Cost Consideration comparison for Thin film Perovskite Solar cell

Lecture 78 Efficiency & Cost Consideration for Organic, Bifacial & Concentrated Solar Cell

Section 6: Nanotechnology in Solar Panel Manufacturing

Lecture 79 Nanotechnology in Solar Panel Manufacturing

Lecture 80 Strategies for Maximizing Sunlight Absorption in solar cell

Section 7: Tandem Solar Cells: Combining Multiple Technologies

Lecture 81 Two-Junction Tandem Solar Cells

Lecture 82 Triple-Junction Tandem Solar Cells

Lecture 83 Four-Junction Tandem Solar Cells

Lecture 84 Perovskite-Silicon Tandem Solar Cells

Lecture 85 Organic-Inorganic Tandem Solar Cells

Lecture 86 Quantum Dot Tandem Solar Cells

Lecture 87 CIGS-CZTS/CGS Tandem Solar Cells

Lecture 88 Advantages of Tandem Solar Cells in Boosting Efficiency

Lecture 89 Impact on Overall Energy Yield in Different Conditions

Lecture 90 Technological Innovations to Maximize Tandem Cell Performance

Section 8: Recent Advancement in Solar Panel Manufacturing and Plant Development

Lecture 91 IoT Integration in Solar Panel Systems Part 1

Lecture 92 IoT Integration in Solar Panel Systems Part 2

Lecture 93 IoT Integration in Solar Panel Systems Part 3

Lecture 94 IoT Integration in Solar Panel Systems Part 4

Lecture 95 IoT Integration in Solar Panel Systems Part 5

Lecture 96 IoT Integration in Solar Panel Systems Part 6

Lecture 97 IoT Integration in Solar Panel Systems Part 7

Lecture 98 Smart Grids and Energy Management Part 1

Lecture 99 Smart Grids and Energy Management Part 2

Lecture 100 Machine Learning and Artificial Intelligence in Solar Energy

Lecture 101 Environmental and Weather Adaptations Part 1

Lecture 102 Environmental and Weather Adaptations Part 2

Lecture 103 Environmental and Weather Adaptations Part 3

Lecture 104 Environmental and Weather Adaptations Part 4

Lecture 105 Challenges in Smart Solar Technologies

Lecture 106 Opportunities for Innovation and Overcoming Barriers

Lecture 107 Advancements in Smart Solar Technologies

Lecture 108 Regulatory and Policy Considerations

Section 9: Life Cycle Assessment in Solar Panel Manufacturing

Lecture 109 Environmental Impact of Solar Panel Manufacturing

Lecture 110 Key Stages in the Life Cycle

Lecture 111 Identifying Key Stages with the Highest Environmental Impact

Lecture 112 Mitigation Strategies

Lecture 113 Technological Innovations for Sustainability

Lecture 114 Recycling and Reuse of Materials in Solar Panel Production

Lecture 115 Innovations in Water and Energy Efficiency

Lecture 116 Design Principles for Recyclability

Section 10: Advanced Manufacturing Techniques of Solar Panels

Lecture 117 Inkjet Printing of Solar Cells

Lecture 118 Screen Printing of Solar Cells

Lecture 119 Gravure Printing of Solar Cells

Lecture 120 Chemical Vapor Deposition (CVD)

Lecture 121 Physical Vapor Deposition (PVD)

Lecture 122 Atomic Layer Deposition (ALD)

Lecture 123 3D Printing Applications in Solar Panel Production

Lecture 124 Industry 4.0 in Solar Manufacturing Part 1

Lecture 125 Industry 4.0 in Solar Manufacturing Part 2

Lecture 126 Industry 4.0 in Solar Manufacturing Part 3

Lecture 127 Global Manufacturing Hubs in Solar Industry

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