Free energy available now!
Scientific proof of Andrea A. Rossi Cold Fusion_Generator (E-Cat) has been demonstrated in test, and the first commercial sale made.
This test demonstrated sufficient energy to power six hundred plus plus American homes produced by something that fits into a cargo container, costs nothing to run, and produces no pollution - unbelievable until now.
Whilst mainstream media will try to ignore this and delay informing the public for as long as possible, this test marks the End of Empire as far as those promoting coal/oil/nuclear gas and their pathetic wind/solar alternatives are concerned, and is a gift that helps with the transition into the post-modern era.
Look out for further devices available soon.
Best regards
David
Thanks to Prez at Govt of USA in exile.
http://peswiki.com/index.php/Directory:How_Much_is_One_%281%29_Megawatt
How Much Is One (1) Megawatt?
By Hank Mills and Sterling D. Allan
Pure Energy Systems News
October 27, 2011
On October 28, 2011, Andrea Rossi will allow a customer to test the world's first one megawatt cold fusion E-Cat plant. The test will take place in Bologna, Italy, and will be reported on by Sterling Allan of PESN, who will be present at the test. This plant is composed of fifty two individual modules (each the size of a large briefcase), each containing three individual reactor cores. The combined output of all the modules will reach one megawatt. The entire system fits inside of a standard shipping container.
This
is a lot of power. One megawatt is big. It might not be as big as a
gigawatt or a terawatt, but one megawatt is nothing to dismiss. When it
comes from a system that utilizes tiny amounts of nickel and hydrogen as
fuel, emits no pollution, and produces no nuclear waste, it becomes a
very significant number.
The
following is a list of different examples of how one megawatt (or
similar amounts of power) can be represented, and how generating one
megawatt of power from a cold fusion E-Cat, offers huge advantages over
other methods.
600 - 1000 Homes Electricity
The
average home in the US uses between 1 and 1.5 kW of electricity on
average, so not taking highs and lows into consideration, 1 MW would
power between 750 and 1000 homes.
Home Heat
In terms of heat (as defined by "power" in your college physics text) at 100,000 BTU/hr gas furnace output for a house, this is enough heat for about 30 - 35 homes in Utah on the coldest of nights (-20 F).
Solar Photovoltaic
The 1 MW photovoltaic solar installation by Gap Inc's Western Distribution Center in Fresno, CA takes up five acres, cost $7 million, and took 6 months to build.
The 1 MW photovoltaic solar installation by Gap Inc's Western Distribution Center in Fresno, CA takes up five acres, cost $7 million, and took 6 months to build.
A
one megawatt cold fusion E-Cat plant would cost a fraction of the cost
of the above solar installation, take up less space (one standard
shipping container instead of acres of land), produce power 24 hours a
day (instead of only during the daytime), and could be constructed in a
much shorter period of time.
In
fact, a one megawatt E-Cat plant could be transported via the highway
system, and placed onto the site it would be used. The setup would be
minimal, and it would be up and running in hours or days (instead of
months).
Wind Turbines
Most manufacturers of utility-scale turbines offer machines in the 700-kW to 2.5-MW range. Machines of larger size (up to 5 MW) are used in off-shore applications.
To the right is a photo of a wind turbine rated for an output of 1 MW (at optimal wind speed).
The
E-Cat technology does not require wind for it to operate. It will
operate under any weather conditions. In addition, it is small and
easily concealable. It is very difficult to hide a windmill!
An
E-Cat plant is simply quicker to build, quicker to install, takes up
less space, is cheaper, and is less of an eye sore than a wind farm. In
addition, windmills can make noise that is difficult to mask. The form
factor of an E-Cat plant makes it easy to sound insulate – despite the
fact it is quiet in operation. You can't put a sound insulating box
around a windmill!
http://pesn.com/2011/10/28/9501940_1_MW_E-Cat_Test_Successful/
1 MW E-Cat Cold Fusion Device Test Successful
1 MW E-Cat Cold Fusion Device Test Successful
On
October 28, 2011, Andrea Rossi demonstrated his 1 megawatt E-Cat system
to his first customer, who had engineers/scientists on hand to
test/validate its performance. Due to a glitch, it provided 470 kW of
continuous power for 5.5 hours during the self-sustained mode.
Well, the big day has come and gone. Andrea Rossi's one-megawatt-capable E-Cat cold fusion device has been tested in Bologna, Italy; and the unknown customer, who ran the test, is apparently happy.
There were some issues, so it couldn't be run at full power in self-looped mode, but what it did do was plenty impressive.
It ran for 5.5 hours producing 470 kW, while in self-looped mode. That means no substantial external energy was required to make it run, because it kept itself running, even while producing an excess of nearly half a megawatt. Rossi explained the reasons for this in the presentation he gave, which I videotaped and will be posting later.
That's half the rated capacity, but it is still a major accomplishment for the device that was completed earlier this week -- the first of its kind on the planet.
Early in the day with a glitch showing up, Rossi said that they had to make a decision about whether to go for 1 MW output, not in self-sustain mode, or with self-sustain mode at a lower power level. The customer opted to go for the self-sustain mode. Nothing was said about the prospects of a follow-up test, though I would imagine that the customer will be running many tests to understand this gadget they have purchased, and that information will be conveyed to Rossi.
When I asked him during the Q&A session if the customer was satisfied with the test, Rossi responded, "Yes, I think they are satisfied."
There were some issues, so it couldn't be run at full power in self-looped mode, but what it did do was plenty impressive.
It ran for 5.5 hours producing 470 kW, while in self-looped mode. That means no substantial external energy was required to make it run, because it kept itself running, even while producing an excess of nearly half a megawatt. Rossi explained the reasons for this in the presentation he gave, which I videotaped and will be posting later.
That's half the rated capacity, but it is still a major accomplishment for the device that was completed earlier this week -- the first of its kind on the planet.
Early in the day with a glitch showing up, Rossi said that they had to make a decision about whether to go for 1 MW output, not in self-sustain mode, or with self-sustain mode at a lower power level. The customer opted to go for the self-sustain mode. Nothing was said about the prospects of a follow-up test, though I would imagine that the customer will be running many tests to understand this gadget they have purchased, and that information will be conveyed to Rossi.
When I asked him during the Q&A session if the customer was satisfied with the test, Rossi responded, "Yes, I think they are satisfied."
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