RDBM Power Wall Project Log Testing

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Rapid Deployment Battery Module (RDBM)      Today's update is The Testing of the Dimensions at Cellular Level Before proceeding into the bigger Design Which is 5P and The Much Bigger One the 25P and Then to The Bigger Bigger One Which is The 100P. I Tried to Make the Project Easier at my Side by Scouting the Internet of Things for Designs that are Readily Available that Would Fit my Project, so as to Lessen the Work and Expenses on Materials and Energy. Because This Project is Going to Consume so much Filaments and Electric Power if Started From Scratch. Taking Into Consideration my Source of Income and Free Time to Work on This Project is the First Barrier to Make This Thing Work. But, so far I wasn't Able to Find A Design out There that Could be use for my Intended Purpose, not to Mention Most Available 3D Files in the Internet are STLs that are difficult to edit and most cannot be undone.      I Ended up Designing my Own Holder ...

Helium Shortage

I recently read from Growth Stock Wire that we will soon be facing a helium shortage. Is this true, and what will be the effect on us?

The Information gave a historic summary regarding the U.S. as the world's largest producer of the helium. And it was also stated that they have a federal helium reserve in a depleted natural gas field outside Amarillo, Texas. It was created in 1960 and holds more than 20 billion cubic feet, or three years of global supply. But the U.S. government plans on selling off the reserves by 2015.

In the meantime, industrial demand for helium will be at it's peack,because Helium is used to produce computer chips, optical fibers, flat-panel displays, laser welding, and cooling magnets in MRI machines.

The Magnetic Resonance Imaging (or MRI) uses 20% of the helium produced. Liquid helium is the coldest substance on earth, at -452 Fahrenheit. These machines need liquid helium to cool the magnets that are used to create the images.

While MRI's are the largest consumer, they aren't the most visible. The helium balloon industry uses 8% of all the helium produced. But now the industry can't get enough helium, so balloons are actually being limited to some party stores.

Helium comes from the radioactive decay of uranium and thorium and are trapped in the same formations as the natural gas. All commercial helium comes as a byproduct of natural gas production. There are new plants in Algeria and Qatar but haven't come on stream.

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