Thermoambient Energy - Valvim
Thermoambient Energy Project - Conversion of ambient heat to electrical energy
Last updated 07/25/2019
Thermoambient Energy Project aims to generate electricity by recycling the existing thermal energy in the environment (atmosphere and seas). The ambient heat conversion into electricity will reduce global warming and minimize climate disasters. The equipment capable of this conversion is the "Thermoambient Generator", built with VHETM - Very High Efficiency Thermoelectric Module.

The Thermoambient Generator will be used to:

  1. Equip air conditioners in such a way that they do not need to consume electricity. This will be possible because, instead of pumping heat out of homes, as current air conditioners do, the new air conditioners will transform ambient (internal) heat into electricity thereby cooling the interior of homes, industries, malls etc.
  2. thermoambient electric carEquip electric cars eliminating the need to recharge the batteries.
    As the car moves, the generator converts the heat from the frontal air into electricity, keeping the battery charged and the motor powered.
  3. Equip power plants by feeding them exclusively with the heat of the environment. With "thermoambient" technology, today's atomic power plants could abandon radioactive materials to become environmentally friendly power plants.
  4. Equip boats, ships and submarines that have electric propulsion. thermoambient electric ship With this new technology, marine vehicles will collect energy from the sea itself becoming 100% autonomous in terms of energy.
  5. Thermoambient technology will also allow the creation of computer chips that generate their own electricity. Thus, in addition to generating their own power, these chips will have their cores under continuous cooling significantly increasing their processing speed. This new technology will significantly benefit future generations of supercomputers.

After several years of research and development, the thermoambient generator design is in its final stages. However, the active part of the generator, which is the VHETM modules, have nanometric dimensions and can only be built with special machines and equipment. That's why I am looking for a partner who wants to invest in the project. It could be an electroelectronic company, environmental NGOs, an angel investor or a higher education institution that has a nano laboratory for sputtering, epitaxial growth and sintering. If you, or your institution, are interested in becoming a partner of this project click here and talk to me.

What is "Thermoambient Energy".

How the Thermoambient Generator works.

Author: Valvim M Dutra

This text has been translated from Portuguese. If you find some grammatical error or linguistic incoherence, I shall be grateful if you let me know the location of the mistake so that I can correct it.

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