A brief introduction and reminder of of the energy market here in the most isolated group of inhabited islands in the entire world - Hawaii - where we have to import ALL of our fossil fuel.

1. Cultural Conditioning
People used to think the Earth was flat and everything
revolved around the Earth (?)
~1540’ s CE (or AD): Copernicus, proposed that the Earth orbited the Sun, not the other way
around.
This was known as “The Copernican Revolution” or “helio-centrism.”
~1600’s CE Galileo Galilei was investigated by the Roman Inquisition in 1615 CE for his
support of Copernicus’s helio-centrism.
~2250 years before the above scientists, an early Greek thinker, Archimedes, while getting
into his bathtub, realized the principle of buoyancy. Sailors had known about buoyancy
since man began sailing the seas. Archimedes was able to quantify it and use his
realization to solve problems. Buoyancy: “A body immersed in a fluid experiences a
buoyant, or ‘upward’ force equal to the weight of the fluid the body displaces.”
We will get back to buoyancy later, as we look at the situation in which we currently find ourselves.

2. The people of the world seem to be pretty much just
“meat robots.”
They seem to live their lives based upon their education,
training, upbringing, belief systems, ideas, cultural memes,
TV, radio, newspapers, now ‘blogs,’ etc.
Very few humans ever come up with New Ways of
looking at the same Old Reality.
The inventor of this device has, indeed, been inspired to
think about the same Old reality in a New and useful way.

3. Part #1

4. “Hawaii is unique among the 50 states for its
lopsided dependence on petroleum. In 2008,
petroleum provided nearly 85 percent of total
energy consumed in Hawaii, much higher than the
national average of 37.5 percent.
This makes Hawaii the most vulnerable state in the nation
to disruptions in the world oil markets. Whenever the
oil price has fluctuated, Hawaii’s economy has been
significantly affected.”
Renewable Energy in Hawaii, June, 2011

5. “Energy costs are about 10 percent of Hawaii’s gross state product.
Most of the energy costs are spending on petroleum and roughly 90
percent of the spending on petroleum not only leaves the state,
but goes to countries outside the U.S.
A region’s economic vitality is reduced by a multiplied effect
for every dollar that leaves the region as a result of taking cash
out of circulation in the economy through import payments.”
Renewable Energy in Hawaii, June, 2011

6. “Clearly, it is in the state’s best economic interests
to reduce Hawaii’s dependence on imported oil.
High oil price volatility makes it crucial to any
rational economic planning. Limited oil reserves
around the world make it increasingly critical.”
Renewable Energy in Hawaii, June, 2011

7. “Clean, locally developed, renewable energy will, in the long run,
boost Hawaii’s economy. The land, the sea, the wind, and the sun are
all capable of providing virtually limitless amounts of indigenous
energy.
Hawaii’s abundant renewable energy resources and energy efficiency
technologies will make it possible within a relatively short period of
time.
In order to provide a framework to help realize this vision, the Hawaii
Clean Energy Initiative (HCEI) was launched in 2008. It was an
unprecedented collaboration by the State of Hawaii and the U.S.
Department of Energy to transform the energy foundation of Hawaii to
clean energy, using Hawaii’s own renewable and indigenous energy
resources, within a single generation.”
Renewable Energy in Hawaii, June, 2011

8. “The goal declared in the HCEI is to transform
Hawaii to a 70 percent clean energy economy by
2030, and reaping all the attendant economic and
environmental benefits of such transformation
including, increasing Hawaii’s energy and
economic security, fostering and demonstrating
Hawaii’s innovation, building the work force for
the future, and servings a clean energy model
for the U.S. and the world.”
Renewable Energy in Hawaii, June, 2011

9. “The plan recognized that the transformation to
a clean energy economy includes many complex
challenges and issues.
The HCEI strategy is based on a deployment
process that supports each energy sector
separately, as well as an integrated framework that
coordinates the processes in a holistic fashion.”
Renewable Energy in Hawaii, June, 2011 …..
For more information on READ, go to: http://hawaii.gov/dbedt/info/economic

11. Hawaii Electric Consumption 1970 - 2010

17. For the County of Maui, we are looking at,
according to a MECO spokeswoman:
Expense to produce electricity for All of Maui County = $ 395.5 M/yr.
Expense for FIXED costs; maintenance; salaries; etc = $ 138.0 M/yr;
Expenses for Non-renew, Fossil-fuels to produce “Firm” electric = $ 257.5 M/yr.
That’s $257.5 M/Yr,
for just Maui County,
That money is spent on imported fossil fuel.
Some of which $$ we could be diverting to
our device, which does/will not use
Fossil Fuel or any Non-renewable Fuels.

18. Now, for the entire State of Hawaii, we are looking at
Closer to $ 3B+ per year being spent for
Imported Fossil Fuels.
~ $ 3 Billion+ / year in Hawaii!

19. Do you think we have a little ‘wiggle room’?

20. In order to get part/all of that $3 B/yr,
we won’t be selling energy, necessarily.
We can manufacture, sell, lease, rent,
and maintain the units we sell, lease, rent.
Or, we can license the entire process
to another party and let them do it all.
For licensing, we get an agreed upon %.

21. Competition? What Competition?

22. Wind?

23. Why the £250 wind power industry could be the greatest scam of our age
– and here are the three ‘lies’ that prove it:
Christopher Booker — February 2011

25. Breaking Wind!

26. “There is no way we can hope to make up more than a fraction of the resulting energy gap solely with wind turbines, for
the simple and obvious reason that wind is such an intermittent and unreliable energy source.
Meanwhile, this country will soon be facing a colossal energy gap, while relying on politically unreliable countries such as
Russia and Algeria for gas supplies.
What we are seeing, in short, is the price we are beginning to pay for the past two decades, during which our energy policy
has become hopelessly skewed by the siren calls of the environmentalists, first in persuading our politicians to switch from
coal and not to build any more nuclear power stations, and then to fall for the quixotic dream that we could gamble our
country’s future on the 'free' and 'clean' power of wind and sun.
All over the EU, other politicians are waking up to the dead-end to which this madness has been leading us.
The Danes, who have built more wind turbines per head than anyone, have
realised the idiocy of a policy that has given them the
highest electricity prices in Europe,
while they have to import much of their power from abroad.
In Spain, their rush for wind and solar power has proved a national disaster. In Germany, having built more turbines than
any other country in the world, they are now building new coal-fired stations like crazy.
In Holland, meanwhile, they have now given two fingers to the EU by slashing all their renewables subsidies.
Only in Britain is our political class still so imprisoned in its infatuation with wind that it is prepared to court this
dangerously misguided pipedream.”
Read more: http://www.dailymail.co.uk/news/article-1361316/250bn-wind-power-industry-greatest-scam-age.html#ixzz26nDwPhY5

27. Breaking more Wind!

28. Rare Earth Processing Plant in China.
Where they process the neodymium found in wind generators.
See url: < http://wind-watch.org/pix/656 >

29. Toxic tailings pond at rare earth processing plant in China: URL: < http://wind-watch.org/pix/655 >

30. Broken Wind?
1.5.3 Total Firm Capacity on Maui
The total firm generating capacity on Maui is 262.3 MW - net,
including both MECO and HC&S generation. The Maui Division's
total system capacity would be reduced by 16 MW if HC&S does
not continue its operations beyond the December 31, 2014
termination date of the existing power purchase contract.

31. The 30 MW Kaheawa Wind Power, LLC, independent power producer
("IPP") wind farm resource was added to the Maui system on June 9, 2006.
The installation of this wind resource will not affect the system
capability because the wind resource is an as-available resource,
which is not dispatchable and cannot provide given amounts of
power at scheduled times.
On September 22,2006, Makila Hydro, LCC, an IPP, completed construction
of a 500 kW hydro-electric facility and commenced providing energy to the
Maui system. The installation of this hydro resource does not affect the
system capability because the hydro resource is an as-available
resource, which is not dispatchable and cannot provide given amounts of
power at scheduled times.

32. PV?

33. “(PV)...output during the first half of 2012.
The PV facility does not affect the Lanai system
capability because
it is an as-available resource.”
“The installation of this PV resource does not affect the
system capability because the PV resource is an as
available resource, which is not dispatchable and
cannot provide given amounts of power at scheduled
times.”

34. Lenny, the owner, general manager of an office building on Maui, says,
“Solar is a perfect fit for us, because we only use this
building during the daytime, when the sun is shining.
The installation of more PV panels should completely
stop our electric meters - ?”

35. But as far as people who need electricity
when the sun isn’t shining:
“The installation of this PV resource
does not affect the system capability
because the PV resource is an
“as available” resource,
which is not dispatchable and cannot provide
given amounts of power at scheduled times.”

36. Hydro-Electric?

37. (VI) “On September 22,2006, Makila Hydro, LCC, an IPP,
completed construction of a 500 kW hydro-electric facility
and commenced providing energy to the Maui system.
The installation of this hydro resource:
does not affect the system capability because the
hydro-resource is an as-available resource, which
is not dispatchable and cannot provide given
amounts of power at scheduled times.
(V) The actual 2011 recorded system peak was 194,100
kW (gross) which is equivalent to189,900 kW (net).”
From MECOAOS, 3.Mar.2012

38. Geo-Thermal?

39. In Hawaii County, the geothermal resource
has been playing an important role in
electricity generation.
In 2009, 15% of the Big Island’s
electricity was generated by geothermal.

40. 15% !

41. Part #2

42. Remember our Greek friend, Archimedes?
Buoyancy:
“A body immersed in a
fluid experience’s a
buoyant, or ‘upward’ force
equal to the weight of the
fluid the body displaces.”

43. From Archimedes discovery of buoyancy, we get:
“Pressure Differential:”
the key to “renewable energy ,”
“Non-fossil fuel burning energy,”
A usable, non-polluting, power source,
From which we can produce ELECTRICITY!

45. What does this mean?
It means that
“A 30 foot high, one inch diameter column of water
produces
the same amount of pressure at the bottom of that
30 foot high, one inch column of water
as does the pressure at the bottom of a 10 square
mile lake, 30 feet deep.
30 feet = 30 feet,
whether one inch in diameter or
10 square miles.
Think about that!

48. Me, with the
Inventor and his
wife, Sandy,
standing in front
of the “proof of
concept model.”

49. One ZED in operation to give you a chance to think about how it works.
It is patented.

50. For more information and insight, go to:
HER Web Site: < http://www.hydroenergyrevolution.com/ >
or
“Travis Effect Demo 5”: < http://www.youtube.com/watch?v=QHbP3QTncBY&feature=plcp
>
or
ZED “Proof of Concept” Model operating:
< http://www.youtube.com/watch?v=QHbP3QTncBY&feature=plcp >
or
Early ZED device filmed by Mark Dansie:
< http://www.youtube.com/watch?v=tKWpR0seK0A&feature=related >

52. Well, what do you think?
Do you feel ready to talk
about what I/we need in order to
move this forward and
What your part in it might be ?

53. Before we go any further,
I need to know what you need/want and
what you can do for me and the inventor.
Remember, we are talking about
~$3B+ in just Hawaii.
Not to mention, China, Japan, all the the Pacific
Island nations, et al, et al.