01. CI Scale PV+BESS Plants Design And Simulation
Introduction, Advantages, and Disadvantages of Solar PV Systems
PV System Types: Grid-Connected, Off-Grid, Hybrid, and Solar Pumping Systems
Power Quality Fundamentals in Grid-Connected PV Applications
Solar Fundamentals: Irradiance, PSH, Tilt, Azimuth, Effects of Angle on Irradiance, STC, and NOCT
DC and AC Electricity in PV Systems: Voltage, Current, and Power Relationships
Reference PV Plants for Design Parameters:
Grid-Connected: 3.3 MWp
BESS: 500 kWp
Solar Pumping: 125 HP
PV Modules: Principles, Types, Cell Layer Structure, Characteristics, PV Losses, Protection, and Temperature Coefficient
Mounting Structures: Requirements, Types of Installation, and Calculation Examples
DC Cable Sizing, Earthing, LPS, and Surge Arresters
Solar Inverters: AC/DC Specifications, Sizing, Ventilation, IP Types, Grid Connection, and String vs. Central Configuration
PV Systems: Inputs and Outputs
BESS Types and Operating Scenarios
PV Project Phases: Design, Construction, and Commissioning
Design Software Workflow: PVSyst Simulation, SketchUp 3D Shading, AutoCAD Layouts, and SLDs
BESS: Purpose, AC-Coupled and DC-Coupled Systems, Losses, Degradation, Augmentation, BESS Sizing, and Practical Project Case Studies
Solar Pumping System Design:
Types of Pumps
CWR
Pump Selection
HP
PV and Inverter Sizing
Grid-Connected C&I Scale:
Contract Types
Consumption / Available Area
Design Workflow
Grid-Connected C&I Scale:
Site Survey Requirements
PR
AC/DC Ratio
Inverter Type
PV System
EDL
Grid-Connected C&I Scale:
Construction
FAT
SAT
Inverter Power-Up Steps
ROI, LCOE, and Financial Payback Analysis for C&I-Scale Projects
PV-Diesel Hybrid Systems:
Introduction
System Equipment
Design
SLD
Power Control
Wiring
Grid Settings
PV-Diesel Hybrid Systems:
Operation
Philosophy
Scenarios
BOQ
Financial Model
Introduction, Advantages, and Disadvantages of Solar PV Systems
PV System Types: Grid-Connected, Off-Grid, Hybrid, and Solar Pumping Systems
Power Quality Fundamentals in Grid-Connected PV Applications
Solar Fundamentals: Irradiance, PSH, Tilt, Azimuth, Effects of Angle on Irradiance, STC, and NOCT
DC and AC Electricity in PV Systems: Voltage, Current, and Power Relationships
Reference PV Plants for Design Parameters:
Grid-Connected: 3.3 MWp
BESS: 500 kWp
Solar Pumping: 125 HP
PV Modules: Principles, Types, Cell Layer Structure, Characteristics, PV Losses, Protection, and Temperature Coefficient
Mounting Structures: Requirements, Types of Installation, and Calculation Examples
DC Cable Sizing, Earthing, LPS, and Surge Arresters
Solar Inverters: AC/DC Specifications, Sizing, Ventilation, IP Types, Grid Connection, and String vs. Central Configuration
PV Systems: Inputs and Outputs
BESS Types and Operating Scenarios
PV Project Phases: Design, Construction, and Commissioning
Design Software Workflow: PVSyst Simulation, SketchUp 3D Shading, AutoCAD Layouts, and SLDs
BESS: Purpose, AC-Coupled and DC-Coupled Systems, Losses, Degradation, Augmentation, BESS Sizing, and Practical Project Case Studies
Solar Pumping System Design:
Types of Pumps
CWR
Pump Selection
HP
PV and Inverter Sizing
Grid-Connected C&I Scale:
Contract Types
Consumption / Available Area
Design Workflow
Grid-Connected C&I Scale:
Site Survey Requirements
PR
AC/DC Ratio
Inverter Type
PV System
EDL
Grid-Connected C&I Scale:
Construction
FAT
SAT
Inverter Power-Up Steps
ROI, LCOE, and Financial Payback Analysis for C&I-Scale Projects
PV-Diesel Hybrid Systems:
Introduction
System Equipment
Design
SLD
Power Control
Wiring
Grid Settings
PV-Diesel Hybrid Systems:
Operation
Philosophy
Scenarios
BOQ
Financial Model
