REVISTA DYNA ENERGÍA

Key words:

Biocell, anode, cathode, insulation, electrolyte, Biocelda, ánodo, cátodo, aislante, electrolito

Article type:

ARTICULO DE INVESTIGACION / RESEARCH ARTICLE

Section:

RESEARCH ARTICLES

ABSTRACT:
Galvanic cells were developed with 11 metallic alloys; these are 4 binaries, 5 ternaries and two with pure elements of Zn and Al, which served as cathode. The Cu served as anode and the agricultural land was the electrolyte. In these galvanic cells was raised an ornamental plant with this is possible to generate electricity and clean air in the same time. The purpose of these galvanic cells that they had a minimum durability of 4320 hours, providing battery a minimum of 0.6V and 0.3mA. The batteries have to be in the outdoors and to contain an ornamental plant where only irrigate every other day. From this analysis we obtained that the binary alloy with 75% Al rest Zn, is the better with a yield of 4320 continuous hours, 0.8 V and 0.6 mA, (according the data transmitted we can think that have a minimum durability of 5 years). It is worth mentioning that this type of metallic alloy has not been reported in any literature about batteries. The batteries are developed in a flowerpot of 10 cm3 at a cost of less than 0.25 Euros, the ornamental plant will help to keep the fresh land and thus have a health battery and oxygen producing. If we consider that every house of a city has this system to create electricity then this increase in an 80% the green areas and for this reason drastically diminish the air pollution. Which is why this work show that is possible to obtain electricity for the illumination of all house at lower cost than the electricity companies and which in turn generate oxygen, thereby would reduce environmental pollution and increase people’s quality of life of city boys.

Key Words: Biocell, anode, cathode, insulation, electrolyte.