A to Z Design of hybrid Rooftop Solar System

A to Z Design of hybrid Rooftop Solar System, available at $64.99, has an average rating of 4.75, with 33 lectures, 11 quizzes, based on 30 reviews, and has 205 subscribers.

You will learn about 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 This course is ideal for individuals who are Solar Installers or Electrical Students or Mechanical Students or Civil Students or Solar enthusiast or Solar Investors or Solar Business Person It is particularly useful for Solar Installers or Electrical Students or Mechanical Students or Civil Students or Solar enthusiast or Solar Investors or Solar Business Person.

Enroll now: A to Z Design of hybrid Rooftop Solar System

Summary

Title: A to Z Design of hybrid Rooftop Solar System

Price: $64.99

Average Rating: 4.75

Number of Lectures: 33

Number of Quizzes: 11

Number of Published Lectures: 33

Number of Published Quizzes: 11

Number of Curriculum Items: 44

Number of Published Curriculum Objects: 44

Original Price: $39.99

Quality Status: approved

Status: Live

What You Will 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

Who Should Attend

Solar Installers
Electrical Students
Mechanical Students
Civil Students
Solar enthusiast
Solar Investors
Solar Business Person

Target Audiences

Solar Installers
Electrical Students
Mechanical Students
Civil Students
Solar enthusiast
Solar Investors
Solar Business Person

In this course students will understand how to design a hybrid rooftop solar system. Students will going to learn estmation of power demand in kWh. Drawing of 3D model and Shadow analysis in google sketch up software. student will learn estimation of power demand manually and in PVWatt Software. Students will get idea of selection of components for hybrid solar system and prepare list of buying of materials. From this course students will able to do the financial modelling for hybrid solar system. Student will learn much more regarding hybrid solar system.

Best of Luck!!

Course Curriculum

Chapter 1: Introduction to Solar System

Lecture 1: Introduction

Lecture 2: Benefits From the Hybrid Rooftop SPV

Lecture 3: Hybrid Roof Top Solar System

Chapter 2: Introduction to Case Study

Lecture 1: Problem Statement and Load Information

Lecture 2: Geographical Information of Location

Lecture 3: Estimation of Power Demand

Chapter 3: Solar Panel, Solar Strings and Solar Array Sizing

Lecture 1: Selection Of Solar Panels And Array Sizing

Lecture 2: Design And Placement Of Solar Array

Chapter 4: 3D Modelling and Shadow analysis in Google Sketch up Software

Lecture 1: Introduction to Google sketch up Software

Lecture 2: Preparation of 3D Model in Google Sketch Up

Lecture 3: Mounting of Solar Panels and Shadow Analysis on Google sketch up Software

Chapter 5: Selection of Solar Battery

Lecture 1: Sizing of Solar Battery

Lecture 2: Wiring Diagram and Datasheet

Chapter 6: Energy Yield Estimation and Performance of Solar System

Lecture 1: Energy Yield Estimation

Lecture 2: Calculation of Energy yield estimation

Lecture 3: Specific Energy Yield Estimation and Performance Ratio

Lecture 4: Monthly Energy Generation by Solar Power Plant

Chapter 7: Energy Yield Estimation in PVWatt Calculator

Lecture 1: Monthly Energy Generation of Solar Power Plant in PVWatt

Chapter 8: Selection of Components of 5kW of Solar System and its Datasheets

Lecture 1: Selection of Inverter and Number of MPPTs

Lecture 2: Selection of ACDB and DCDB (String Combiner Box)

Lecture 3: Selection of Solar Net Meter

Lecture 4: Design Of DC Cable

Lecture 5: Design Of AC Cable (Armoured Cable)

Lecture 6: Design of Mounting Structure

Chapter 9: Wiring Diagram of 5kW Hybrid Solar System

Lecture 1: Detail Wiring Diagram of 5kW Hybrid Rooftop Solar System

Chapter 10: Buying of Material for 5kW Hybrid Solar Power Plant

Lecture 1: List of Material required for 5kW Solar Plant Construction

Lecture 2: Estimated Cost of the Project

Chapter 11: 5kW Solar Plant Financial Model Considering 100% Equity and 0% Loan Investment

Lecture 1: Formulation of Initial Parameters

Lecture 2: Profit and Loss Account

Lecture 3: Tax Calculation

Lecture 4: Cash Flow Analysis

Lecture 5: Calculation of Equity turn around, IRR, NPV and Payback Period

Lecture 6: Summary of Model

Instructors

Kiran Ramkrishna Beldar
Professor at Mumbai University, India

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2 stars: 0 votes
3 stars: 4 votes
4 stars: 9 votes
5 stars: 17 votes

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