Smartgrid System Integration In Development Potential Energy Of Salt Water In The Riau Islands

Abstract

electricity demand projection. Law Number 30 of 2009 concerning In electricity, it is determined that the primary energy source found in the country and/or originating from abroad must be utilized optimally in accordance with the policy national energy and ensure sustainable electricity supply to integrate the smartgrid system as a source of ignition (lamp) with a voltage source from seawater, to determine the effect of the number of plates on the value of voltage and electric current, so that it can generate electricity for lamps. A Research for types of electrodes that meet the standards for powering alternative lamp prototypes with seawater voltage sources are using zinc (Zn) and copper (Cu) electrodes. The highest current produced from zinc (Zn) and copper (Cu) electrodes is 3.8Volt, research, seawater contains the percentage of the mixture is 96.5% pure water and 3.5% is a composition in the form of salt which is influenced by the Equivalent Salt Deficit Density test dissolved gases, organic matter and inorganic particles. dissolved. The compound contained in seawater is Sodium Chloride (NACL) and by H2O is decomposed into Na+ and Cl−. The interaction of two free particles Na+ and Cl− combined with the voltaic cell method will result in a change/conversion into an electric current. The value of the electric voltage created which will affect the value of the electric voltage. The greater the number of electrodes used, the more electrons will be decomposed by the anode, which is also known as an oxidation reaction. This paper will cause a change in the voltage generated by the electrolyte solution (sea water). Effectiveness in the use of brine can be produced the highest current energy that can not be used for two hours to produce energy in lamps.