Wiesner Osorio and his innovative energy generation machine by solar photovoltaic electrolysis

In mid-December 2014 the inventor Caleño Wiesner Osorio filled Colombia with pride by being the winner of the contest ‘An idea to change the history’ of the History Channel, in which more than 5000 inventions participated. Curious, ingenious, hardworking and passionate about what he does; Wiesner, 32, is a source of inspiration for future inventors who are looking to solve the problems of humanity.
Wiesner is looking for support to continue with the development and commercialization of its clean energy generating machine. Visit his profile on the Start Waves beta platform at go.startwaves.io
Behind all the applications of Osorio’s invention, which focus on reducing pollution, saving gasoline consumption and on the scope of electricity for the entire population, there is a whole scientific basis in charge of its operation.
So, it would not be interesting to know what is the science that explains such a fascinating and promising invention?
To better understand the science of the project, let’s decompose the name of this one, “Generator of electrical energy by combustion of HHO obtained by solar photovoltaic electrolysis”, in two parts.
In the first, we will focus on understanding the term “photovoltaic solar electrolysis”.
To understand the concept of water electrolysis, we must think about its molecular structure (H2O) and its constituents: hydrogen (H2) and oxygen (O). In this process, the two bonds that keep oxygen together with the two hydrogens are broken when a current is applied. The latter provides sufficient energy for this rupture, obtaining as a result a combustible gas, composed of hydrogen and oxygen known as oxyhydrogen (HHO).

In the Osorio machine, the energy for electrolysis comes from batteries powered by solar panels. The latter absorb solar radiation to generate a flow of electrons (current), which can be stored in batteries.
Now that we know how to obtain the fuel (HHO), we will talk about the other part of the name: “Generator of electrical energy by combustion of HHO”
Used in automobiles, thermoelectric plants and heaters, combustion is synonymous with heat, explosions and very delicate compounds, which can explode with a small spark. But beyond the above, this chemical reaction requires an oxidant, otherwise it would not occur.
In this invention hydrogen is the fuel and oxygen the oxidant, both present in the oxyhydrogen obtained in the electrolysis. The oxidant is important because, once enough energy is applied, it is responsible for initiating a chain reaction that allows breaking the bonds of the hydrogen molecules, releasing the energy of these and generating water as a product. Finally, the machine uses this energy to rotate an axis and generate electricity.
According to Pérez-Moscote, the advantage of producing electricity from the combustion of oxyhydrogen, instead of using the electricity generated directly by the panels, is that this gas can be stored and transported, and then produce electricity when and where desired. while that coming from the sun is an intermittent source with a variable potential that depends on the location.