Kido Dam

What good is a Hydroelectric Dam not connected to the Power Grid?

Lower side of Kido Dam, showing absence of step-up transformers or power lines to connect it to the Power Grid.Kido Dam does not have any “Transformers” or “Power transmission cables”.

The image at top is from Wikimedia. A Wikipedia entry for ‘Kido Dam’ is strangely absent: a 300 foot high hydroelectric dam with a reservoir capacity of .5 billion cubic meters, and with an attached Recreation Area, has no Wikipedia article.

though a page exists for:

even though Ketto Dam is less than half the size of Kido Dam.

Japan is an energy-starved nation, having no domestic coal or oil resources; this explains the persistent national drive for more domestic hydropower 1 and even more nuclear power. Therefore an especially valuable resource is ideal locations along rivers for siting a hydroelectric dam. The desired ‘lay of the land’ and the underlying geology and hydrology has to be optimal. A scant number of sites could ever be suitable.

It is inconceivable that the Japanese would waste a prime site for a dam which doesn’t actually do anything.

From damnet.or.jp:

Note how Kido Dam is classified as nearly everything except ‘P’, for ‘Hydropower’. Yet it does include ‘N’ for ‘Non-specified’. How could there possibly be any doubt remaining as to the purpose of so gigantic a dam, in service since 2007?

Note also (above) the arcing scenic highway bridge offering an unusually clear view of the non-existent power grid hardware interface. So, deep secrets are not only “hidden in plain sight”, but here, are even optimally showcased for the maximum number of proletarian dullards to view it, and not understand: that is, “Having the Elite’s secret rubbed in their noses”.

This Open Infrastructure Map clearly shows Kido Dam is not connected to the Power Grid.
View

View location on nationwide electric power infrastructure map

How the Dominoes Could Convulsively Fall, Beginning with Kido Dam

  1. Kido Dam houses a covert Heavy Water production plant. Heavy Water is used in the manufacture of Atom Bombs. Only nations with secret atom bomb development programs need a heavy water production plant which has to remain secret.
  2. Atom Bomb development in Japan is supposedly strictly prohibited by legislation introduced into Japan after WWII.
  3. All over Eastern Asia are nations who would be inalterably opposed to Japan re-arming at all after WWII, and most especially, re-arming with atomic weapons.
  4. Atom Bomb development in Japan never actually stopped, it literally went underground into secret subterranean weapons laboratories. One of these was located beneath the infamous Fukushima Daiichi power plant, which was destroyed on March 11, 2011.
  5. Japan developed a process for converting spent fuel rods from legal, above-ground nuclear power plants into weapons-grade warheads for atom bombs (such as Hydrogen bombs). Prior to destruction it was located beneath Fukushima Daiichi.
  6. Since disposing of spent fuel rods is so extraordinarily expensive and dangerous, this process has not one, but TWO extremely strong advantages, both at the same time.
  7. The availability of this process greatly fuels the proliferation of atom bombs, including to nations which had not previously been nuclear powers.
  8. Therefore it could be exposed that, at the same time the US was officially prohibiting atomic weapons development in Japan, it was actually its partner in funding and shepharding it.
  9. Japan apparently doesn’t have ICBMs or heavy bombers to deliver atom bombs to targets, so instead (apparently) it sells plutonium warheads to someone, somewhere.
  10. The US is Japan’s primary customer for purchasing plutonium atom bomb warheads.
  11. Ever since WWII, both nations have lied about whether Japan has had an ongoing nuclear weapons program.

What would happen if both nations were forced to admit this?

Much More Map Info (GeoHack)

Wikipedia page for Kido Dam [null, there is none!]

Notes

  1. With only 1/3 the population of the US, Japan has double the number of hydroelectric dams
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