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DVC TALENT CHOMPIONSHIP @13
 Clean Power From Green Power

Group members R. Bhattray, GET, TSC-IV (Team leader)
 Sunny Kumar, GET, CCD
Power infrastructure in India
 Present power demand in India -300 Gw (400 Gw

installed capacity)
 However present installed capacity is only 200 Gw (130
Gw gen. capacity)
 Coal based thermal power contributes 62 % of total
installed capacity
Do we need other sources of energy?
 Why?
 Pollution ? Power demand?
 At a present rate of consumption, coal in India is

expected to be last for 100 years only.
 We need another source of energy which is reliable

and efficient …
 ANTIMATTER POWER GENERATION
 Give the Planet a chance 
 A Patent application in the University of California
Overview….
 It’s a new technology to produce Electricity almost

from any matter (even water) based on concept of
antimatter….
 No pollution….as there is no use of coal or oil
 Generating capacity…in the range 100Gw
 Low maintenance cost…as there is no rotating part in

the Generator.
Introduction to Antimatter
 According to Einstein..
 E=mc2
 If we convert 1Kg of water….



E=1x(3x10^8)^2= 90,000,000,000,000,000 joules
 Can all this energy really be released?


 Has it ever been?

Why?
What is antimatter….?
Matter
Antimatter
Electron (e-)
Positrons (e+)
Proton (P+)
Antiproton(p-)
Neutron
Anti-neutrons(pions): 0 charge
 opposite magnetic field
 Same mass…

 Obey the same physical laws…
.
Production of antimatter…
The European Organization for Nuclear Research (CERN)
Uses of antimatter..
 Antimatter in Spacecraft….
 Power generation…
 PET(Positron Emission Tomography) in hospital….
 Antimatter weapons..


Power generation
Principle….
 Photons production by the stimulation of atoms With







electric discharges
Photons amplification by population inversion of excited
atoms
Particle-antiparticle production by the collision of photons
Electron-positron avalanches within conducting materials
Separation of electron-positron pairs by the crossing of
strong electromagnetic
Phenomena know as Electricity.
Physical Description…
 Self reflecting chamber
 Cooling chamber-air/water..
 Ferromagnetic core..
 Ferromagnetic core leg..

 Collecting chamber-copper/lead/steel
 Electric coil
Self reflecting chamber
Cylinder
2. Two end lids
3. Pair of electrodes
Cylinder is electrically insulated..not to interfere with
high voltage discharge needed for start.
 Internal surface is highly reflective…
 Lasing medium…solid/liquid/gas/plasma or any
lasing medium
1.
Cooling Chamber…
 An empty chamber…
 Air/Water cooling…

 To extract excess heat produces in self reflective

chamber
Ferromagnetic core
 High magnetic permeability …
 High inductance..
 Low inherent losses…
 Ferro magnetic leg- laminated




-no air gape or change of materials
-Strong magnetic field of 2-10T
Collecting chamber
 Good conductor of electricity….copper/led/steel









…..liquid/gas
…Dielectrically insulated
Electric coil- Placed at each end of ferromagnetic legs.
-Coils are star connected
3 phase A.C. connected to 1 set of coil which will
produce rotating magnetic field.
The ion pairs coming out of Self reflective chamber
will be separated by rotating magnetic field in
opposite directions.
 The direction of charged particles changes in every

half cycle of A.C supply.
 Frequency of out put voltage-frequency of A.C supply
 Out put voltage and power very with rate of input of
lasing medium.
Advantages and disadvantage
No pollution..
Greater efficiency..
Capacity in GW…
No separate control needed like in thermal power plant
for Boiler, turbine, generator…
 Energy from antimatter could be so economical, that it
will be cheaper to SAVE THE PLANET than to destroy
it.
 4.5 million dollars for equipment..
 270 million dollars for construction.


Thanks

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Dtc antimatter power generation

  • 1. DVC TALENT CHOMPIONSHIP @13  Clean Power From Green Power Group members R. Bhattray, GET, TSC-IV (Team leader)  Sunny Kumar, GET, CCD
  • 2. Power infrastructure in India  Present power demand in India -300 Gw (400 Gw installed capacity)  However present installed capacity is only 200 Gw (130 Gw gen. capacity)  Coal based thermal power contributes 62 % of total installed capacity
  • 3.
  • 4. Do we need other sources of energy?  Why?  Pollution ? Power demand?  At a present rate of consumption, coal in India is expected to be last for 100 years only.  We need another source of energy which is reliable and efficient …
  • 5.  ANTIMATTER POWER GENERATION  Give the Planet a chance   A Patent application in the University of California
  • 6. Overview….  It’s a new technology to produce Electricity almost from any matter (even water) based on concept of antimatter….  No pollution….as there is no use of coal or oil  Generating capacity…in the range 100Gw  Low maintenance cost…as there is no rotating part in the Generator.
  • 7. Introduction to Antimatter  According to Einstein..  E=mc2  If we convert 1Kg of water….  E=1x(3x10^8)^2= 90,000,000,000,000,000 joules  Can all this energy really be released?   Has it ever been? Why?
  • 8. What is antimatter….? Matter Antimatter Electron (e-) Positrons (e+) Proton (P+) Antiproton(p-) Neutron Anti-neutrons(pions): 0 charge  opposite magnetic field  Same mass…  Obey the same physical laws… .
  • 9.
  • 10. Production of antimatter… The European Organization for Nuclear Research (CERN)
  • 11. Uses of antimatter..  Antimatter in Spacecraft….  Power generation…  PET(Positron Emission Tomography) in hospital….  Antimatter weapons.. 
  • 13. Principle….  Photons production by the stimulation of atoms With      electric discharges Photons amplification by population inversion of excited atoms Particle-antiparticle production by the collision of photons Electron-positron avalanches within conducting materials Separation of electron-positron pairs by the crossing of strong electromagnetic Phenomena know as Electricity.
  • 14. Physical Description…  Self reflecting chamber  Cooling chamber-air/water..  Ferromagnetic core..  Ferromagnetic core leg..  Collecting chamber-copper/lead/steel  Electric coil
  • 16. Cylinder 2. Two end lids 3. Pair of electrodes Cylinder is electrically insulated..not to interfere with high voltage discharge needed for start.  Internal surface is highly reflective…  Lasing medium…solid/liquid/gas/plasma or any lasing medium 1.
  • 17. Cooling Chamber…  An empty chamber…  Air/Water cooling…  To extract excess heat produces in self reflective chamber
  • 18. Ferromagnetic core  High magnetic permeability …  High inductance..  Low inherent losses…  Ferro magnetic leg- laminated   -no air gape or change of materials -Strong magnetic field of 2-10T
  • 19. Collecting chamber  Good conductor of electricity….copper/led/steel       …..liquid/gas …Dielectrically insulated Electric coil- Placed at each end of ferromagnetic legs. -Coils are star connected 3 phase A.C. connected to 1 set of coil which will produce rotating magnetic field. The ion pairs coming out of Self reflective chamber will be separated by rotating magnetic field in opposite directions.
  • 20.  The direction of charged particles changes in every half cycle of A.C supply.  Frequency of out put voltage-frequency of A.C supply  Out put voltage and power very with rate of input of lasing medium.
  • 21.
  • 22. Advantages and disadvantage No pollution.. Greater efficiency.. Capacity in GW… No separate control needed like in thermal power plant for Boiler, turbine, generator…  Energy from antimatter could be so economical, that it will be cheaper to SAVE THE PLANET than to destroy it.  4.5 million dollars for equipment..  270 million dollars for construction.