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ITS » Undergraduate Theses » Teknik Mesin
Posted by dee@its.ac.id at 31/01/2012 10:28:12  •  28 Views

STUDI EKSPERIMENTAL KARAKTERISTIK ENERGI BANGKITAN VERS GENERASI I DAN PENGARUHNYA TERHADAP PERFORMA SUSPENSI MOBIL ISUZU PANTHER

EXPERIMENTAL STUDY THE ENERGY GAIN CHARACTERISTICS OF VERS 1ST GENERATION AND ITS EFFECT TO ISUZU PANTHER SUSPENSION PERFORMANCE

Created by :
HARTO, DITO RENADY  ( 2106100081 )



SubjectMesin mobil
Alt. Subject Power (mechanics) Energy storage Automobiles-springs and suspension
KeywordEnergy harvesting
VERS
Sistem suspensi mobil
Daya listrik bangkitan

[ Description ]

Menurut Center for Energy, Transportation and the Environment (CETE) sebuah program penelitian yang diterapkan oleh University of Tennessee Chattanooga untuk mengembangkan dan menyebarkan teknologi maju yang memanfaatkan sumber yang bersih dan aman energi, sebuah kendaraan motor pembakaran dalam hanya efektif menggunakan 16% dari tenaga bahan bakar yang digunakan untuk menjalankan mobil. Sisanya sebesar 65% menjadi engine losses sebagai panas dan getaran, 11% engine idling, 6% transmission losses, serta 2% dari penambahan aksesori seperti Air Conditioner (AC). Beberapa cara telah dilakukan untuk memanen energi yang terbuang tersebut, seperti Kinetic Energy Recovery System (KERS) yang memanen energi terbuang saat pengereman, Thermal Energy Recovery System (TERS) yang memanen energi terbuang dari panas engine kendaraan, dan Vibration Energy Recovery System (VERS) yang memanen energi terbuang dari getaran saat sistem suspensi bekerja. Dalam tugas akhir ini, akan dilakukan studi eksperimental karakateristik generator dan energi bangkitan yang dapat dihasilkan VERS hasil rancang bangun kami pada kendaraan uji. Kemudian energi listrik bangkitan dari VERS yang diujikan selama bebrapa waktu. Selain energi listrik bangkitan, tugas akhir ini juga akan melakukan studi performa sistem suspensi dengan melakukan perbandingan grafik respon suspensi ketika tidak menginstalasikan VERS dan saat mengintalasikan VERS. Dari tugas akhir ini didapatkan redaman yang dihasilkan VERS adalah 1,75 (Nm/s). Penambahan nilai ini terhadap redaman sistem suspensi yang sudah ada akan berakibat menurunnya kinerja suspensi sebesar 6 % bila diujikan dengan suspension tester, namun voltase maksimum yang dihasilkan VERS saat pengujian sebesar 1,16 v dan arus maksimum sebesar 0,03 A.


Alt. Description

By the data from Centre for Energy, Transportation and the Environment (CETE), the effective power in Car Internal Combustion Engine is 16%. The rest of the energy produced becomes Heat, Vibration, Engine Idling, Transmission Losses and Accessories such as Air Conditioning etc. There has been several way to re-use the energy losses, such Kinetic Energy Recovery System (KERS), Thermal Energy Recovery system (TERS) and Vibration Energy Recovery System (VERS). In this Final Project, the experimental study is focusing on the power gain by VERS. This power tested for a period of time. Besides the power gain, this final project also studying the suspenssion performance with or without installing VERS on its suspenssion system. From this final project, the damping coefficient which produced by VERS is 1,75 (Nm/s). By the increasing ammount of the damping coefficient, its reducing the suspenssion performance to 6% as the test on Suspension Tester and itu produce the maximum voltage at 1,16 Volt and the maximum current at 0,03 Ampere.

Contributor:
  1. Dr. Eng. Harus Laksana Guntur, ST., M.Eng.
Date Create:02/08/2011
Type:Text
Format:pdf
Language:Indonesian
Identifier:ITS-Undergraduate-3100012045458
Collection ID:3100012045458
Call Number:RSM 621.042 Har s


Source :
Undergraduate Thesis of Mechanical Engineering, RSM 621.042 Har s, 2012

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  1.  ITS-Undergraduate-17535-studi-eksperimental-karakteristik-energi-bangkitan-vers-generasi-i-dan-pengaruhnya-terhadap-performa.pdf - 16 KB pdf files
  2.  ITS-Undergraduate-17535-experimental-study-the-energy-gain-characteristics-of-vers-1st-generation-and-its-effect-to-isuzu-pa.pdf - 16 KB pdf files
  3.  ITS-Undergraduate-17535-Approval_Sheet.pdf - 297 KB pdf files
  4.  ITS-Undergraduate-17535-Abstract_id.pdf - 354 KB pdf files
  5.  ITS-Undergraduate-17535-Abstract_en.pdf - 184 KB pdf files
  6.  ITS-Undergraduate-17535-Preface.pdf - 366 KB pdf files
  7.  ITS-Undergraduate-17535-Table_of_Content.pdf - 357 KB pdf files
  8.  ITS-Undergraduate-17535-Tables.pdf - 350 KB pdf files
  9.  ITS-Undergraduate-17535-Illustrations.pdf - 696 KB pdf files
  10.  ITS-Undergraduate-17535-Notations.pdf - 397 KB pdf files
  11.  ITS-Undergraduate-17535-Bibliography.pdf - 376 KB pdf files
  12.  ITS-Undergraduate-17535-Biography.pdf - 194 KB pdf files
  13.  ITS-Undergraduate-17535-Chapter1-756389.pdf - 739 KB pdf files
  14.  ITS-Undergraduate-17535-Conclusion-391276.pdf - 382 KB pdf files
  15.  ITS-Undergraduate-17535-2106100081-Paper.pdf - 411 KB pdf files
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  3. ITS-Undergraduate-17535-2106100081-Chapter4.pdf - 1638 KB pdf files
  4. ITS-Undergraduate-17535-2106100081-Enclosure.pdf - 170 KB pdf files


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Daya , Daya listrik bangkitan , Energy , Energy harvesting , Sistem , Sistem suspensi mobil , VERS , bangkitan , harvesting , listrik , mobil , suspensi




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