Udemy – Solar Plant Design Engineering: Complete Guide

What you’ll learn

• Photovoltaic (PV) Technology (Overview): Solar Energy, PV Technologies, PV Materials, PV Types, PV Module Rating, PV System Components.
• Photovoltaic (PV) Performance: Factors affecting PV Performance, Environmental Factor, Electrical Characteristics, PV Module Output, PV Module Efficiency
• Applicable codes and standards, PV Array Sizing
• PV System Configurations: System Configurations, Grid Connected PV Systems, Standalone PV Systems, Grid Tied with Battery Backup Systems, Technical Comparison
• Inverters: Types of Inverters, Standalone Inverters, Central Inverter, String Inverters, Installation Requirements, Sizing Calculation
• Charge Controllers: Charge Controller Requirements, Charge Regulations, Types of Charge Controllers, Selection and Sizing of Charge Controllers.
• Batteries: Types of Batteries & Classification, Lead Acid Batteries, Alkaline Batteries, Battery Parameters for PV Systems, Battery Sizing Calculation
• Balance of Systems: Auxiliary Systems, AC & DC Distribution Boards, Sizing of {AC breakers ,DC breakers and AC Disconnect Panel
• Metering and Instrumentation, Combiner Box, Earthing Requirements, Lightning Protection Requirements, Cabling and Wiring Requirements
• Design and Sizing of PV System: Design and Sizing principles for PV System System, Sizing for Grid Interconnected systems, Sizing for Grid tie Solar System
• Building Integrated PhotoVoltaic System (BIPV): Benefit of BIPV, Architectural Criteria for BIPV, Applications for BIPV, Challenge to BIPV Technology
• Software Overview