Design Case Study of 200KW On-Grid Solar Power Plant -Part 1

Learn Design of 200kW of Solar Power Plant with Prof. Kiran Beldar

Welcome to your course “Design Case Study of 200KW On-Grid Rooftop Solar Power Plant – Part 1” this course is designed for the students who wants to endeavour their knowledge in rooftop solar power plant designing for their projects, for the solar technician who wants to know optimum power generation from the solar power plant, for the job seekers who wants to get jobs in solar industry, for the entrepreneur who wants to make career in solar energy.

What you’ll learn

  • Feasibility Analysis.
  • Site Details.
  • Geographical Information.
  • GHI Assessment with PVGIS.
  • Area Assessment in Google Earth.
  • Metering Room Details.
  • Electricity Bill Assessment in Excel Sheet.
  • Power Demand Calculation in Excel Sheets.
  • Solar Project Size Estimation.
  • Feasibility Report Generation.
  • Reading the Datasheet of Solar Panel.
  • Reading Datasheet of Solar Inverter.
  • Solar String Calculation.
  • Solar Array Calculation.
  • Total No. of Solar Panel Calculation.
  • Solar Panel Connections.
  • Shadow Analysis in Google Sketch up and Placing of Solar Array.
  • Basics of Google Sketch up Commands.
  • Design of 3D Object in Google Sketch up.
  • Making of Solar Panel in Sketch up.
  • Setting Tilt and Orientation of Solar Panel in Sketch up.
  • Making of Solar Array in Sketch up.
  • Shadow Length Calculation in Excel Sheet.
  • Setting the Tilt and Orientation of Solar Array.
  • Preparation of Solar Panel Placement Layout.
  • Shadow Analysis in Sketch up.
  • Calculation of Energy Yield Estimation (Considering Minimum and Average Radiation).
  • Monthly Energy Generation by Solar Power Plant.
  • Formulas to Calculate P75 and P90 Estimate.
  • Calculation of P75 and P90 Estimate.

Course Content

  • Design of Feasibility Study Report for 200kW On-Grid Solar Power Plant –> 9 lectures • 1hr 25min.
  • Solar Panels, Solar Strings and Solar Array Sizing –> 4 lectures • 38min.
  • Shadow Analysis in Google Sketch up and Placing of Solar Array –> 7 lectures • 1hr 15min.
  • Calculation of Energy Yield Estimation –> 3 lectures • 40min.

Design Case Study of 200KW On-Grid Solar Power Plant -Part 1

Requirements

  • Download Google Sketchup.
  • Download Google earth.
  • Notebook.

Welcome to your course “Design Case Study of 200KW On-Grid Rooftop Solar Power Plant – Part 1” this course is designed for the students who wants to endeavour their knowledge in rooftop solar power plant designing for their projects, for the solar technician who wants to know optimum power generation from the solar power plant, for the job seekers who wants to get jobs in solar industry, for the entrepreneur who wants to make career in solar energy.

This course is the explains the very basic concept belongs to rooftop solar installation design. The one who is completing the course will able to do all manual design calculation which are required for designing any solar rooftop power plant. The learner of course will get scientific idea of each an every components needed for rooftop solar power plant.

Outline:

1] Preparation of Feasibility Study Report

•Site Details

•Geographical Information

•GHI Assessment with PVGIS

•Area Assessment in Google Earth

•Metering Room Details

•Electricity Bill Assessment in Excel Sheet

•Power Demand Calculation in Excel Sheets

•Solar Project Size Estimation

•Feasibility Report Generation

2] Solar Array Sizing

•Reading the Datasheet of Solar Panel

•Reading Datasheet of Solar Inverter

•Solar String Calculation

•Solar Array Calculation

•Total No. of Solar Panel Calculation

•Solar Panel Connections

3] Shadow Analysis in Google Sketch Up

•Basics of Google Sketch up Commands

•Design of 3D Object in Google Sketch up

•Making of Solar Panel in Sketch up

•Setting Tilt and Orientation of Solar Panel in Sketch up

•Making of Solar Array in Sketch up

•Shadow Length Calculation in Excel Sheet

•Setting the Tilt and Orientation of Solar Array

•Preparation of Solar Panel Placement Layout

•Shadow Analysis in Sketch up

4] Energy Yield Estimation

•Monthly Energy Yield Estimation

•Energy Yield of 25 Years

•Probability Exceedance (P50, P75 and P90 Estimate)