Sound Energy: An Electric Source of Noise Pollution Based Power Bank
Abstract
The sound energy associated with the vibration of matter an abundant source of noise pollution, wherein the least of all types of pollution which most people ignore to recycle and turn into electricity sources. The purpose of this project is to design and develop a device that can make useful energy from noise known as noise
pollution based power bank with suitable architectural design, component design, code generation, and integration system..The researcher chooses design science research methods and V Model procedure to make sure of the efficiency of the device. Noise Pollution Based Power Bank was tested in different noisy areas. The
device had been tested in various places to prove capability to work in a variety of noisy environment. The efficiency of the device in terms of charging the power bank utilizing noise is proven effective especially in loud/ noisy places that make the power bank charged the battery continuously. Comparing to commercial power banks, noise pollution based power bank produced a parallel result. Charging is also performed with different gadgets that are most likely use power bank and found effective and efficient. With the future modification of the noise pollution based power bank, it is possible to make this device a basis of imminent technologies that will make a way of recycling noise pollution to be a secondary source of establishing a wide scale electricity source.
Keywords: Noise Pollution, Acoustic Energy, Sound Energy, Power Bank, Alternative Energy Source, Electric Source
References
[1] “Types of Renewable Energy”, http://www.renewableenergyworld.com/index/ tech.html
[2] Gomez, Cynthia M., Air Quality, Noise Management and Energy Saving Practices, City Ordinance no. 1720-2011, City of Santa Rosa Environment Code pp. 20-23
[3] Hon. Marcelino R. Teodoro. Republic of the Philippines House of Representatives, Quezon City, Metro Manila, Philippines. http://www.congress.gov.ph/download/ basic_15/HB01839.pdf. Date retrieved: November 23, 2015.
[4] Kirby Cabrillos, John Vingem Geaga, Reg Vincent Natividad, Ryan Ceazar Santua http://www.slideshare.net/zeroyan/final-research-to-print Accessed: November 25, 2015
[5] Angelo Casimiro. “Gererating electricity by Walking” http://www.iflscience. com/technology/teenager-invents-energy-generating-shoe-insoles Retrieved: November 26, 2015
[6] Alankrit Gupta, Vivek Goel, Vivek Yadav. Conversion of Sound to Electric Energy. International Journal of Science & Engineering Research, Volume 5, Issue 1, January2014, ISSN 2229-5518
[7] Shalabh Rakesh Bhatnagar. Converting Sound Energy to Electrical Energy International Journal of Emerging Technology and Advances Engineering ISSN 2250-2459, Volume 2, Issue 10, October 2012 Retrieved: July 5, 2015
[8] Karki, James, Signal Conditioning piezoelectric Sensors, Texas Instruments Mixed Signal Products Application Report SLOA033a – September 2000
[9] Konka, Hari Prasad, Characterization of Composite Peizoelectric Materials for Smart Joint Applications, B. Tech, Jawaharlal Nehru Technological University, 2007
[10] Tim Stilson “Piezoelectric Sensor” Source: http://soundlab.cs.princeton.edu/ learning/tutorials/sensors/node7.html Accessed: October 31, 2015
[11] Tannith Cattermole “Mobile phones charged by the power of speech” http://www. gizmag.com/mobiles-powered-by-conversation/16417/ Accessed: November 23, 2015
[12] Shiela Marie Graza. “TIP QC Students Develop a Device Noise into Electrical Energy” http://kawingkawing.ph/ tip-qc-students-developed-a-device-that-converts-sound-to-electricity/ Retrieved: November 23, 2015
[13] Rumsey, Francis; McCormick, Tim, Chapter 3 Microphones, Sound and Recording an Introduction (5th Edition), Focal Press Publishing.
[14] Soundlab “Piezoelectric Sensor” Source: http://soundlab.cs.princeton.edu/ learning/tutorials/sensors/node7.html Accessed: October 31, 2016.
[15] Doctrine in EST. Policy. Noise Standards in the Philippines. http://d0ctrine.com/ 2012/04/03/noise-standards-in-the-philippines/ Retrived: November 23, 2016
[16] Hon. Marcelino “Marcy” R. Teodoro. Republic of the Philippines House of Representatives, Quezon City, Metro Manila, Philippines. http://www.congress.gov.ph/ download/basic_15/HB01839.pdf. Date retrieved: November 23, 2016.
[17] Vijay Vaishnavi and Bill Kuechler. Design Science Research in Information System. Downloaded from: http://desrist.org/desrist/content/ design-science-research-in-information-systems.pdf. Date retrieved January
16, 2016.
[18] The Object Primer 3rd Edition: Agile Model Driven Development with UML 2. http:// www.agilemodeling.com/artifacts/dataflowDiagram.htm date Retrieved: October 12, 2017.
[19] PacestarSoftware.http://www.pacestar.com/edge/index.html: Date accessed: June 22, 2017