IONIC DIODE MANUFACTURING METHOD USING PARTIAL THERMAL EXPANSION OF VERMICULITE-BASED LAMINATED FILM AND SALINITY DIFFERENCE POWER GENERATING SYSTEM USING THE SAME

Salinity (NaCI) difference energy generating system and method of manufacturing a structural asymmetric ionic transport channel by inducing partial thermal expansion of a laminated film in which vermiculite is re-stacked. Energy generating system capable of producing power by abundant low-cost resources based on the method. The energy power generating device is capable of generating power with an easy capacity control and abundant low-cost resources, and the energy power generating device satisfies size characteristics, structural stability characteristics, and furthermore, filtering characteristics may stably produce electrical energy using a solution having a concentration similar to that of seawater and river water.