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Udemy – Introduction to Solar PV and Diesel Generator Hybrid System 2023-6

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Section 1: Introduction to Solar Photovoltaics and Diesel Generator Hybrid System5 videos

Why PV DG Hybrid System is Used

23m

Introduction about the Course

35m

Introduction to Photovoltaics Diesel Generator Hybrid System

Benefits of PV DG hybrid system

11m

Components of PV DG Hybrid System

32m

Section 2: Working of PV DG Hybrid System2 videos

Basics of Working of PV DG Hybrid System

21m

Working of PV DG Hybrid System - DG Hunting

23m

Section 3: PV DG Synchronization Controller and its functionalities10 videos

Alternative names for PV Genset Controller

Why PV DG Synchronization Controller Required

20m

Minimum Loading

5mNow Playing

Common Symptoms due to minimum loading include

Reverse Power Protection

Reactive Power management

Spinning Reverse

Solar inverter zero export or zero feed in device.

Grid Export

PV DG controller's advantages according to Grid, Diesel Generator & in General

Section 4: Fuel Saving due to Minimum Loading of DG Genset due to PV DG Hybrid System2 videos

Fuel consumption chart provided by DG Manufacturers is not a practical reference

Calculation of Fuel Saving in PV DG Hybrid System

18m

Section 5: When to use or avoid PV DG Hybrid System4 videos

When and where is a PV diesel hybrid system make sense

Why is a PV Genset controller not suggested for personal or residential use

Impacts of DG Genset Under loading or Wet Stacking

10m

In which scenarios PV Genset Controller will not be productive.

Section 6: Calculation of Diesel Generator size and Identification of Factors responsible6 videos

Grid-connected solar inverters with generators under Reactive Power control

What generator size is recommended

Impacts may occur when the power factor drops on the generator

When PV-DG Hybrid System is recommended

10m

Calculation of Maximum Solar Injection

When PV-DG Hybrid System is recommended Per Phase basis

14m

Section 7: Design Calculations of of PV DG Hybrid System - Case Study14 videos

Defining the Problem Statement

Calculation of Maximum Solar Injection

Selection and Sizing the Solar Inverter

21m

Selection and Sizing the Solar Panel

Calculation of No. of Panels and String Sizing

26m

Selection of DC Combiner Box

22m

Selection of DC Cable DC Combiner Box to Solar Inverter

17m

Selection of DC Cable Solar Strings to DC Combiner Box

29m

ACDB Selection

16m

PV DG Synchronization Controller

Selection of AC Cable

21m

Diesel Generator Selection

29m

Economics of PV DG Hybrid Project

18m

Economics of PV DG Hybrid Project - Fuel Saving & Total Savings

24m

About this Lecture

Section: PV DG Synchronization Controller and its functionalities • Size: 11.45 MB • Duration: 5m

Course Summary

Introduction to Solar PV and Diesel Generator Hybrid System is a training course on solar cells (Solar PV) and hybrid generator that has been published by Udemy Online Academy. Solar photovoltaic (PV) technology uses sunlight to generate electricity through the photovoltaic effect, which converts sunlight directly into electrical energy. Solar photovoltaic systems are commonly used for residential and commercial applications to generate clean, renewable energy. A hybrid diesel generator system is a power generation system that combines a diesel generator with another energy source or storage system, often renewable, to create a more efficient and sustainable way of providing energy. In this training course, you will get to know these two methods of sustainable energy supply and you will understand its impact on the way of life.Solar cells (Solar PV) play an important role in the global transition towards renewable energy and are a key component of sustainable and clean electricity generation, and solar PV systems are expected to be even more efficient, affordable and in various aspects of daily life. We are integrated. By combining hybrid diesel generator systems with the environmental benefits of renewable energy sources and energy storage, they offer a balanced and sustainable approach to electricity generation. The integration of the two minimizes the environmental impact of electricity production. Due to the importance of energy supply, these two methods of green energy supply have become more important and this training course will help you to get acquainted with these valuable methods of energy production. This training course is recommended for solar PV designers and people interested in hybrid generator systems.

Course Content

0 / 43 completed

Section 1: Introduction to Solar Photovoltaics and Diesel Generator Hybrid System5 videos

Why PV DG Hybrid System is Used

23m

Introduction about the Course

35m

Introduction to Photovoltaics Diesel Generator Hybrid System

Benefits of PV DG hybrid system

11m

Components of PV DG Hybrid System

32m

Section 2: Working of PV DG Hybrid System2 videos

Basics of Working of PV DG Hybrid System

21m

Working of PV DG Hybrid System - DG Hunting

23m

Section 3: PV DG Synchronization Controller and its functionalities10 videos

Alternative names for PV Genset Controller

Why PV DG Synchronization Controller Required

20m

Minimum Loading

5mNow Playing

Common Symptoms due to minimum loading include

Reverse Power Protection

Reactive Power management

Spinning Reverse

Solar inverter zero export or zero feed in device.

Grid Export

PV DG controller's advantages according to Grid, Diesel Generator & in General

Section 4: Fuel Saving due to Minimum Loading of DG Genset due to PV DG Hybrid System2 videos

Fuel consumption chart provided by DG Manufacturers is not a practical reference

Calculation of Fuel Saving in PV DG Hybrid System

18m

Section 5: When to use or avoid PV DG Hybrid System4 videos

When and where is a PV diesel hybrid system make sense

Why is a PV Genset controller not suggested for personal or residential use

Impacts of DG Genset Under loading or Wet Stacking

10m

In which scenarios PV Genset Controller will not be productive.

Section 6: Calculation of Diesel Generator size and Identification of Factors responsible6 videos

Grid-connected solar inverters with generators under Reactive Power control

What generator size is recommended

Impacts may occur when the power factor drops on the generator

When PV-DG Hybrid System is recommended

10m

Calculation of Maximum Solar Injection

When PV-DG Hybrid System is recommended Per Phase basis

14m

Section 7: Design Calculations of of PV DG Hybrid System - Case Study14 videos

Defining the Problem Statement

Calculation of Maximum Solar Injection

Selection and Sizing the Solar Inverter

21m

Selection and Sizing the Solar Panel

Calculation of No. of Panels and String Sizing

26m

Selection of DC Combiner Box

22m

Selection of DC Cable DC Combiner Box to Solar Inverter

17m

Selection of DC Cable Solar Strings to DC Combiner Box

29m

ACDB Selection

16m

PV DG Synchronization Controller

Selection of AC Cable

21m

Diesel Generator Selection

29m

Economics of PV DG Hybrid Project

18m

Economics of PV DG Hybrid Project - Fuel Saving & Total Savings

24m