Friday, January 29, 2016

Meet Leon Barnard, Inventor and Designer

The inventor and designer of ATRE Power Stations is Leon Barnard, who resides in Surrey, BC, Canada. Leon was a mechanical engineering technician who moved up the ranks to Commodity Manager for a Fortune 500 corporation.

His interests in development of the ATRE Power Station started after a purchase of solar panels which did not perform under short and dark winter days in BC, Canada. He wanted something that delivers power in all weather, 24 hours a day.

Leon is just launching an IndieGogo campaign to fund the production of an Earth Ambient Temperature Resistant Power Station. Learn more at

Leon also has several videos posted on YouTube to give you more of an idea of how this green technology works.

1. For laypeople, could you tell us what Earth Ambient Temperature Resistant Electricity (ATRE) means?

If one to watch the video here at, the crowdfunding campaign site, you can see how the ATRE Power Station uses earth metals shaped by design into an antenna-like array which is then brought into contact with the earth to "electrify" the small galvanic cells at the rate per surrounding temperature. If the temperature increases, the flow of electricity increases, and if temperatures drop, the opposing electron charges in the crystals increase. In each panel, we use batteries to control the resistance of voltage buildup, and from there we derived the name Earth Ambient Temperature Resistant Electricity.

2. What are the benefits of ATRE compared to the green energy sources of sun and wind power?

ATRE Power Stations use water as input source, a relatively free energy source. ATRE Panels produce an electrical current 24 hours a day, independent from sun, wind, or other energy inputs. ATRE Panels do not use oxidation as a process to charge electrons, making this a natural and emission-free source of power.

Since water is relatively "free," and the ATRE Power Station does not need "clean" water, this form of electricity is considered continuous and free.

3. How did you first come up with the idea for creating your battery design?

My experience with solar panels in BC, Canada on many short and dark rainy days during the long months of winter was disappointing, and it triggered my research to find an electrical source where sun and wind does not matter. I also had the criteria of emission-free power, and a natural and clean form of energy.

4. How big will the power station be, and do you know where it will be located?

The technology is absolutely scaleable, which means that laptop computers, cell phones, and other small equipment could potentially become self-powered with tiny ATRE Power Stations. For the purpose of the campaign fundraiser, the model proposed will be as large as a medium fridge that one would purchase at your local appliance store, but at least at half the cost of your fridge due to the simplicity of the technology used.

My plan is that the initial commercial unit will be purchased like a fridge, installed in a corner of a room, and plugged into the grid--and then you can immediately save on your energy bill. It's a plug and play type of technology.

5. Why did you decide to pursue a crowdfunding campaign for your project, and is there anything else you'd like readers to know about it?

The platform requires us to explain the use of the funds and the reasons for the crowdfunding campaign, so you can learn a lot more about it by visiting our page there. Anyone interested in this project can visit the site and watch the videos and visit links to other sites that display prototypes in action and illustrate the design progress for the commercial unit.

Thanks, Leon!

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