CONTENTS :
 Why plasma energy ?
 Introduction
 Reaction in reactor
 Reactor Types
 Exchange of Energy
 Beginning of plasma Energy and now
 Power generation rate
 Pro’s & Con’s
 Future
 Conclusion
WHY ONLY PLASMA ?
FOSSIL FUEL NUCLEAR SOLAR
PLASMA IN SOLAR
REACTION NEEDED ?
REACTOR
GENERATION REACTOR
MAGNETIC LASER
SCHEMATIC DIAGRAM FOR PLASMA ENERGY TO POWER
GENERATION
STEPS TO ACHIVE
2012
( find a faster way to fusion power)
2013
( Upgrade that features high temperature)
2014
( testing is successful)
2018
(15 million °C)2016
(Second phase testing
enormous potential)
2030
( delivering electricity into the grid)
AVERAGE GENERATION RATE
0
10
20
30
40
50
60
70
80
90
100
thermal
power
hydroelectric
power
nuclear
power
rest
2017(329.23GW)
0
10
20
30
40
50
60
70
80
90
100
thermal hydro nuclear plasma rest
2035(824.5GW)
Pro’s & Con’s
Pro’s Con’s
It’s need large area.
Available amount of tritium
is rare.
Need more initial cost.($10B
for reactor)
This is eco-friendly.
Free from radioactive waste.
No risk of explosion.
Efficiency is very high.
The by-product helium 3 is
not react with water.
Future (POWER FOR ALL) :
240 Million Indians Have No Electricity Access
CONCLUSION
 “By using PPG in the near future we can easily
enlight the world.”
it’s a great challenge to make it available in short
time throughout the world.
Though it has some con’s that will be solved with
the technology development.
Ph.no :
9618286656

Plasma Power Generation