Journals Proceedings

International Journal of Chemical Engineering

Generating Walkergy Supplement For Storing Energy In The Battery: Basis For Energy Consumption

Author(s) : ARJAY CAPALARAN , DENIZON GO , EDRIAN UBIADAS , ERIBERTO R. ASTORGA, JR, HERBERT D. VERTUCIO , JEXTER FABRIGA

Abstract

Energy Consumption is one of the best ways to give emphasis for all nations. It has a great influence to save energy with the continuous stability, growth and development of certain country basis for strong foundations with the establishments of business, market, sales, production and other related aspect of transforming and using energy consumption deals with compassion of nonstop growing economy. Through this, electricity give light the whole nation because of the hightechnologically advance formulas of feasible machines, gadgets and etc. that we are using. Electricity empowers the economic growth and sustainability to stand alone. But on the other hand, too much consumptions of energy were observed throughout the nations. With this, Generating Walkergy Supplement in storing energy in the battery would be a way of energy consumption with the help of Piezoelectricity and Piezoelectric Effect Piezoelectricity is the electric charge that accumulates in certain solid materials (such as crystals, certain ceramics, and biological matter such as bone, DNA and various proteins) in response to mechanical stress that resulting from pressure. It is an ancient source of electrical charge. On the other hand, piezoelectric effect is the linear electromechanical interaction between electrical and other mechanical state in crystalline materials. The piezoelectric effect is a reversible process which deformed even slightly, the material will produce electricity and vice versa. If electricity is allocated on the material exhibiting piezoelectric characteristics, the material will be deformed. In line with this study, it will serve as basis for energy consumption of the nation that reliably useful for sustaining economy as a part of integral use of energy.

No fo Author(s) : 6
Page(s) : 155 - 159
Electronic ISSN : 2475-2711
Volume 2 : Issue 1
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