 
      
      
    
    ______________

Sign up for
 
      our Email Newsletter Mailing list
        - 
    click here -
    
	  
    
    Gravitational Machines
	 - From Leonardo da Vinci to the Latest Discoveries    
    
The book that can change the world
	  
    
    Basic Principles of Over Unity                               Electromagnetic Machines    
    
Learn basic ideas of making new ultra efficient electric motors and generators and how to improve existing patents which use permanent magnets
      
      
      
    
Areas where electric discharge from the clouds is frequent can be suitable for using the huge energy of a thunder. The principle is based on water heating caused by the resistance of electricity flow, similar to "express-tea pot".
Thunder energy could be used for heating salt or polluted 
      water for distillation (Picture 1.). Electrical discharge caused 
      by thunder lasts for 0.1 seconds with the energy of 1017 
      ergs, and the thunder is caused by the sudden expansion of the air heated 
      on the temperature of 30,000° C.
    
 
 
    Picture 1. Using thunder energy to get clear 
      water: (1) - earthen electrode, (2) - isolated pool with water for distillation, 
      (3) - an electrode with a lightning rod, (4) - water vapour is condensing 
      on the walls of the object and streaming down the channel (5) with distilled 
      water and the safety valve (6) is limiting the pressure in the facility.
      
    
During the day, the Sun is heating up the hall (4) and is producing vapour. During the night, when the temperatures are lower, the vapour is condensing, and drops gather in the collection channels (5).
In addition to distillation, similar procedure can be used 
      for utilisation of vapour heat energy for power plants. Thunder energy would 
      transfer to water elevation in impounded lakes through warmed vapour. Principle 
      of a mammoth pump is a simple solution for direct use of water vapour. The 
      use of steam turbines is also a possibility.