Moisture-induced electrical power generator with improved power generation performance and hydrogen production system using the same

Abstract

The present disclosure relates to a moisture-induced power generator with an improved power generation performance and a hydrogen production system using the same, and has an advantage in that an open-circuit voltage is improved by approximately 20% or more and a short current is improved by approximately 16.7 times compared to a moisture-induced power generator in related art through optimization of a mass ratio of carbon nanoparticles and surfactant, a composition of a solvent, the number of coating times of the carbon nanoparticles. Further, a hydrogen production system using the moisture-induced power generator is provided to be used as a hydrogen production system in which hydrogen production is enabled at the same speed as a case of separately connecting an external power source, and power generation is enabled only with very low manufacturing cost of the moisture-induced power generator, and a very small amount of water.

Dependencies are inferred from the claim text.