Course

What you'll learn in this course

  1.  The electrical foundations in a very simplified way (for engineers and non-engineers)
  2.  Explain the system independent of the electrical network and how to make the most of the battery charger and raise the performance of the system capacity.
  3.  Explanation of how to design solar panel electrical and thermal at the same time and raise the efficiency of the panel to 88%
  4.  Includes solar-powered air conditioners and their best.
  5.  Includes an explanation of how to provide energy in the central air conditioning of administrative buildings and houses by at least 75%.
  6.  Includes an explanation of solar thermal photovoltaic system to obtain electrical energy from a static system.
  7.  Includes tourist resorts powered by diesel generators cooking food system in the kitchens based on the thermal losses of these generators and how to use in heating swimming pools.
  8.  Includes solar heaters and types and how to manufacture using a heat pump instead of electric heater.
  9.  Includes an explanation of a gas oven running with water instead of natural gas (innovation from German).
  10.  Includes a unit for obtaining clean and healthy water from the air.
  11.  The project includes a solar-powered villa without the use of batteries and without the use of government services of electricity, water or gas.
  12.  Includes the most important personal system for your needs of personal air conditioning or lighting and operate your phone throughout the day through a solar panel foldable capacity of 100 watts.
  13.  Includes an explanation of the design of solar irrigation pumps and reduce energy to 20% compared to conventional systems.


The course is divided into 4 video parts and 1 practical videos.

Each part is also divided into smaller videos around 21 videos of 15 to max 30 minutes per part.



Here are some preview pieces of the course




You will need to subscribe and pay for the course to be able to view the course (not available for download. you have to be online to see the videos). 


Goto to the contact us form to get in touch with us to subscribe to the course.



Part 1  Solar energy in Egypt    

Part 2 Electrical Fundamentels 

Part 3 Solar PV systems 

part 4 Off grid systems

Practical installation video Parctical videos



Each part is divided into small videos and here they are

Part 1


    Solar thermal energy with the innovation of a static system for generating electrical energy  part1_1.mp4     


    Identify dynamic and static photovoltaic solar concentrators and store electrical energy for homes part1_2.mp4


    Identify dynamic and static photovoltaic solar concentrators and store electrical energy for homes part1_3.mp4.

Part 2


Electrical fundamentals in a simplified manner for all specializations part2_1.mp4


Completing the electrical foundations with how to choose the air conditioning capacity for residential apartments  part2_2.mp4


A system to reduce energy in the field of air conditioning and water heating by 95% for residential apartments. part2_3.mp4


Learn how to choose the best solar air conditioners and heaters for homes and tourist resorts part2_4.mp4  


Learn how to determine light intensity and the best types of LED bulbs part2_5.mp4 

Part 3


Learn about the off-grid solar energy system and its areas of applications  part3_1.mp4


Learn about the solar energy system connected to the electrical grid    part3_2.mp4


Identify the types of photovoltaic cells and the effect of light intensity, heat and cell area on the efficiency of the panel part3_3.mp4


Identifying the current intensity and maximum voltage difference in the grid connection system and the independent system with the best types of battery chargers  part3_4.mp4


How to design an off-grid solar energy system part3_5.mp4


How to determine the capacity and number of photovoltaic panels, as well as the number of batteries, the type of voltage converter, and the type and capacity of the battery charger for an off-grid system   part3_6.mp4

Part 4


An illustrative example of designing an off-grid solar energy system for a villa without electricity from the grid part4_1.mp4


Explanation of the choice of number of batteries and the type of voltage charger in the previous example part4_2.mp4


Choosing the number of panels to match the maximum power of the battery charger with the inverter capacity specified in the previous example part4_3.mp4


Designing a  On Grid tie solar energy system and choosing the voltage inverter between the two best values for Vmppt voltage part4_4.mp4


Characteristics of a voltage converter and a photovoltaic power panel in a system connected to the grid part4_5.mp4 


How to choose the number of photovoltaic panels to match the minimum and maximum voltage levels of the voltage inverter, while specifying the wire diameter according to the American specification  part4_6.mp4



There are two forms for each video in the course,

  • Version with extension (mp4) that can be streamed through our servers and works for all platforms (Windows – Mac – Linux, Android, and IOS mobiles).  It is not downloadable and requires internet connection and valid Google account of  the subscriber.


  • Version with extension (Vef), this version is encrypted and can be downloaded and saved to your Android mobile and played offline with our special android mobile application. It needs authentication with the subscriber to decrypt and play the video. The mobile application can be downloaded from this link.  The vef files can be downloaded from here 

 

 

German Technology for Solar Systems