Introduction to Solar PV and Diesel Generator Hybrid System

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Introduction to Solar PV and Diesel Generator Hybrid System

What You Will Learn!

  • Introduction to PV DG Hybrid System
  • Why PV DG Hybrid System is Used
  • Components of PV DG Hybrid System
  • Working of PV DG Hybrid System
  • Why PV DG Synchronization Controller Required
  • Benefits of PV DG hybrid system
  • Alternative names for PV Genset Controller
  • Why PV DG Synchronization Controller Required
  • Minimum Loading
  • Common Symptoms due to minimum loading include
  • Reverse Power Protection
  • Reactive Power management
  • Spinning Reverse & Grid Export
  • When and where is a PV diesel hybrid system make sense
  • Fuel consumption chart provided by DG Manufacturers is not a practical reference
  • Calculation of Fuel Saving in PV DG Hybrid System
  • In which scenarios PV Genset Controller will not be productive.
  • Impacts of Genset Under loading or Wet Stacking
  • Why is a PV Genset controller not suggested for personal or residential applications?
  • Grid-connected solar inverters with generators under Reactive Power control
  • For the installation of a PV Genset Controller, what generator size is recommended
  • What is a solar inverter zero export or zero feed in device. Does the PV Genset controller have this capability
  • A PV genset controller's advantages
  • A PV genset controller's advantages according to Grid
  • A PV genset controller's advantages according to Generator
  • Calculation of Maximum Solar Injection
  • Design of PV DG Hybrid System Case Study
  • Sizing the Solar Plant
  • DC Combiner Box
  • DC/AC Cable Selection
  • ACDB Selection
  • Diesel Generator Selection
  • PV DG Synchronization Controller
  • Economics of PV DG Hybrid Project
  • Fuel Saving with PV DG Hybrid Project

Description

In this course you will learn following points in detail:

  • Introduction to PV DG Hybrid System

  • Why PV DG Hybrid System is Used

  • Components of PV DG Hybrid System

  • Working of PV DG Hybrid System

  • Why PV DG Synchronization Controller Required

  • Benefits of PV DG hybrid system

  • Alternative names for PV Genset Controller

  • Why PV DG Synchronization Controller Required

  • Minimum Loading

  • Common Symptoms due to minimum loading include

  • Reverse Power Protection

  • Reactive Power management

  • Spinning Reverse & Grid Export

  • When and where is a PV diesel hybrid system make sense

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

  • Calculation of Fuel Saving in PV DG Hybrid System

  • In which scenarios PV Genset Controller will not be productive.

  • Impacts of Genset Under loading or Wet Stacking

  • Why is a PV Genset controller not suggested for personal or residential applications?

  • Grid-connected solar inverters with generators under Reactive Power control

  • For the installation of a PV Genset Controller, what generator size is recommended

  • What is a solar inverter zero export or zero feed in device. Does the PV Genset controller have this capability

  • A PV genset controller's advantages

  • A PV genset controller's advantages according to Grid

  • A PV genset controller's advantages according to Generator

  • Calculation of Maximum Solar Injection

  • Design of PV DG Hybrid System Case Study

  • Sizing the Solar Plant

  • DC Combiner Box

  • DC/AC Cable Selection

  • ACDB Selection

  • Diesel Generator Selection

  • PV DG Synchronization Controller

  • Economics of PV DG Hybrid Project

  • Fuel Saving with PV DG Hybrid Project


Who Should Attend!

  • Beginner curious about Photovoltaics Diesel Generator Working fundamentals.
  • Solar PV Designer
  • Solar PV Consultant
  • Solar Business Person
  • Students

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Subscribers

39

Lectures

43

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