In this section, we look at one of the most important applications of New Energy science, which is the production of clean, cheap, virtually limitless electricity from Zero Point Energy. Far superior to fossil fuels, nuclear fission, solar, wind, and biomass, electricity from ZPE is going to revolutionize our world.

1. New Energy for an Ultra-modern Vietnam
Part 3: The Science
Section D: Applications
June 2014 Saigon New Energy Group

2. To discuss this presentation and pose
any questions you may have, please
visit our website,
www.nangluongmoisaigon.org

3. With those things in mind, let’s survey now
some the applications we can build to
harness and use Zero Point Energy

4. We can tentatively divide these
applications into several key categories
• Electricity generation
• Transportation
• Cooking
• Water heating
• Healthcare
• Agriculture &
gardening
• Wastewater
treatment
• Nuclear waste
treatment
• Construction
• Disaster Prevention
• Defense / Military

5. Each of these applications could easily
be a master’s thesis or a doctoral
dissertation
If you are a graduate student looking
for a topic, look no further!

6. Let’s look first at electricity production
• We can consider this at various scales
– Permanent batteries for small devices
– Internal power generators for home appliances &
factory equipment
– Home power systems
– Factory power systems
– Large power stations (50MW to gigawatt range)

7. Our world today is increasingly
dominated by small mobile devices

8. Currently, these things use batteries which
we have to recharge often

9. However, New Energy scientists have shown
that it’s possible to create permanent
batteries which never need recharging

10. Examples are the Graphene Battery
from Hong Kong Polytechnic University
and Marcus Reid’s Crystal Battery

11. These batteries are based on LENR
(“cold fusion”) principles of creating a
continuous electron flow and
transmutation of elements

12. Currently, these permanent batteries
produce just 2 or 3 volts.
However, by bringing New Energy
scientists together and applying the
best insights in the field, the power
output can be increased significantly

13. Just think, your children will never
have to know what an “adapter” is

14. To them, recharging batteries will
seem as ancient a practice as saddling
a horse seems to us

15. For slightly bigger items, such as
refrigerators, TVs, and air conditioners,
New Energy scientists are preparing to
create small ZPE generators which will fit
inside each of these devices

16. Therefore you won’t need to “plug in”
anything

17. These internal power sources could be
designed in different ways
• Permanent batteries
• Electrostatic generators
• Magnet motors

18. This is a prototype 1KW generator
weighing only 800g which could go
inside your refrigerator one day

19. This is a 900-watt generator which
harvests electrostatic energy

20. It will still be 3 to 10
years before you can
buy one of these at Big
C – though the exact
time to market
depends largely on the
will and the
enthusiasm of
students and
universities to
embrace the New
Energy revolution

21. It also depends on government
support for New Energy since these
new devices will have to be safety
inspected and tested rigorously before
they can be sold to consumers

22. For the next several years, we will still
have adapters and we will still need to
plug appliances into wall sockets

23. Wouldn’t it be nice, though, to have
your own home electricity generator
driven by ZPE which requires no fuel,
no sunlight, and no wind?

24. This would allow you to disconnect
from the power grid early

25. New Energy scientists are currently working on
several systems which could meet typical
home needs for electricity
• Typically, these are systems in the 10KW-
20KW range

26. One is the Quantum Energy Generator

27. The QEG is a modernized version of a
device that Tesla patented in 1894
• There are
currently more
than 200 groups
worldwide
working to perfect
the QEG
• Morocco, South
Africa, Turkey, and
many other
countries are
building QEGs

28. Would you like to be the first to build a
QEG in Vietnam?
• Any university lab could do this.
• The parts necessary to build one cost under
$10,000

29. Another is the Magnacoaster set of
generators (5 to 14 KW)

30. A 14KW unit (enough to power your
home) currently retails for 18,000 USD
• Of course, that is not a price that competes
with electricity from the grid today
• But just like computers, CD players, and VCRs,
prices will drop dramatically over the next
decade

31. Look what happened to hard drive costs after
1980:
http://ns1758.ca/winch/cost-hard-drives-komorowski.jpg

33. www.singularity.com

34. www.singularity.com

35. We can see from these examples that
when we introduce a new technology,
the first versions of it are expensive
and low in capacity

36. People paid $2000 to $5000 for computers with
a 1kHz processor, 16KB of memory and NO hard
drive in the late 1970s

37. However, it’s very important to
introduce these first versions to “get
the ball rolling”

38. Price per unit decreases while speed &
capacity increase

39. So don’t let the $18,000 price tag of a
Magnacoaster (or similar) generator
discourage you

40. We are just a few years away from
seeing those prices drop by half, and
then three-quarters, and then…

41. Competition is already starting to force
prices down
• In Brazil, a New Energy company has just
introduced the “Earth Electron Captor
Generator” which they produce in various
sizes, ranging from 12 KW to 169 KW

42. The manufacturer claims this system is
COP>100.0
The basic principle of this technology is based
on Tesla’s research into electrostatic energy

43. Maybe you are a factory owner, or
managing an industrial zone

44. In this case, you will need something a
little bigger
• 350KW to 1MW systems based on a self-
looping motor design called “QMoGen” are
available from Indian company AG Energies

45. This system requires 1 day of “down
time” each week for maintenance
• You only need to add hydraulic oil, but no fuel
• This device is targeted at areas without a
stable supply of electricity

46. YMNEE Corp. of Ukraine is producing similar
ZPE generators from 300KW to 10MW

47. Andrea Rossi is
producing 1-MW
LENR (cold fusion)
generators called
E-Cats

48. Rossi claims this is a COP>400.0 system
• It uses LENR principles to transmute nickel

49. Black Light Power is using plasma physics and
contained ball lightning to produce 10MW from
a generator that only takes up 1 square foot of
floor space

51. This is Black Light
Power’s 50KW
water fuel cell,
which produces
electricity for
about 80% less
money than our
current electricity
from the grid

52. While creating electricity at the point
you need it is the trend of the future,
for the next decade or so, we are still
going to have a power grid

53. The power grid depends on a network
of very large power stations, many of
which are currently burning fossil fuels

54. Wouldn’t it be nice to make these large
power stations eco-friendly while also
reducing electricity costs for consumers?

55. It turns out that we can do exactly this

56. Most big power stations today just need
something to turn their huge turbines

57. They are often quite flexible regarding
what turns them

58. It could be LPG, diesel, coal…

59. But those same turbines could also be turned
using cold fusion reactions, magnet motors,
or some combination of ZPE technologies

60. Solar Hydrogen Trends (California) is
one of the world’s top New Energy
companies.
Their ‘Symphony 7’ generators
produces 400KW using a combination
of New Energy techniques

61. The Symphony 7 claims COP=577

62. The Symphony 7 combines:
– Electrolysis
– Oxidation
– Catalysis
– Ionization
– Infrasound
– Sound
– Ultrasound
– HyperSound
– Hydrodynamic
Cavitation
– Electromagnetic Field
– Shock Wave
– LENR

63. If you can come
up with a New
Energy
technology that
beats fossil fuels
on price, EVN
wants to talk
with you!

64. As we’ll see in Part 4, one of the major
strategic aspects of the New Energy
revolution is introducing ZPE
applications in specific stages which
maximize economic efficiency and
minimize economic disruptions

65. That’s why we shouldn’t be looking to
immediately shut down our big power
stations which currently supply
electricity to the grid.
Their days, however, are numbered.