EMAIL: PASSWORD:
Front Office
UPT. PERPUSTAKAAN
Institut Teknologi Sepuluh Nopember Surabaya


Kampus ITS Sukolilo - Surabaya 60111

Phone : 031-5921733 , 5923623
Fax : 031-5937774
E-mail : libits@its.ac.id
Website : http://library.its.ac.id

Support (Customer Service) :
timit_perpus@its.ac.id




Welcome..guys!

Have a problem with your access?
Please, contact our technical support below:
LIVE SUPPORT


Moh. Fandika Aqsa


Davi Wahyuni


Tondo Indra Nyata


Anis Wulandari


Ansi Aflacha




ITS » Paper and Presentation » Teknik Fisika S1
Posted by anisw@its.ac.id at 12/04/2016 15:18:41  •  1386 Views


FABRICATION OF DYE SENSITIZED SOLAR CELL DSSC WITH SYNTHESIS OF COMPOSITE DYE FROM GARCINIA MANGOSTANA CELOSIA CRISTATA BETA VULGARIS RUBRA AND MUSA AROMATICA AT OPTIMUM VOLUME FRACTION OF TIO2

FABRIKASI DYE SENSITIZED SOLAR CELL DSSC DENGAN SINTESIS DYE KOMPOSIT DARI Garcinia mangostana Celosia cristata Beta vulgaris rubra DAN Musa aromatica PADA FRAKSI VOLUME TiO2 OPTIMUM

Author :
AMELIA, RIZKI ( 2410100082 )




ABSTRAK

Usaha untuk meningkatkan efisiensi yang dihasilkan oleh Dye Sensitized Solar Cell terus dilakukan. Salah satu caranya yaitu dengan mencampurkan berbagai pewarna atau membuat layer pewarna pada DSSC atau yang biasa disebut dengan co-sensitization. Selain itu variasi fraksi volume TiO2 juga dilaporkan mampu meningkatkan efisiensi. Berdasarkan penelitian sebelumnya 90 anatase 10 rutile merupakan fraksi volume TiO2 yang optimum. Penelitian ini menggunakan kulit manggis bunga jengger ayam buah bit merah dan kulit pisang mas sebagai pewarna yang masing-masing mengandung pigmen anthocyanin A betalanin B dan carotenoid C. Pewarna tersebut dikarakterisasi menggunakan UV-Vis dan menunjukkan absorpsi pada panjang gelombang 4005 nm dan 440 nm untuk kulit manggis 387 dan 475 nm untuk bunga jengger ayam 485 nm untuk buah bit merah serta 420 nm 440 nm 475 nm dan 665 nm untuk kulit pisang mas. Dari berbagai pewarna tersebut akan divariasikan dengan susunan single layer maupun multi layer. TiO2 disintesis menggunakan metode co-precipitation. Ukuran partikel yang dihasilkan adalah 2006 nm untuk anatase and 6907 nm untuk rutile. DSSC difabrikasi dengan variasi fraksi volume TiO2 100 anatase dan 90 anatase 10 rutile. Kurva arus-tegangan I-V DSSC yang dihasilkan pada sampel dengan pigmen anthocyanin-carotenoid baik susunan single layer maupun multi layer sebesar 0039 dan 0047. Variasi dengan tambahan pigmen betalain hanya menghasilkan efisiensi yang rendah disebabkan oleh cepatnya laju degradasi pewarna.


ABSTRACT

Efforts to enhance efficiency generated by Dye Sensitized Solar Cell is still continued. One way is by mixing various dye or make layered dye in DSSC which is commonly called by co-sensitization. Besides varying dye variation in volume fraction of TiO2 also reported to be able to improve the efficiency based on earlier findings we employed 9010 anatase-to-rutile volume fraction as the optimum one. This research uses Garcinia mangostana Celosia cristata Beta vulgaris rubra and Musa aromatica as sensitizer in which each of them containing anthocyanin pigment A betalain pigment B and carotenoid pigment C respectively. These dyes were characterized by using UV-vis resulting in optimum absorbance at wavelengths of 4005 nm and 440 nm for Garcinia mangostana 387 nm and 475 nm for Celosia cristata 485 nm for Beta vulgaris rubra and 420 nm 440 nm 475 nm and 665 nm for Musa aromatica. From the aforementioned they were varied as single layer consisting of more than one dyes or multi layer. TiO2 was synthesized using co-precipitation method. The particle size obtained was 2006 nm and 6907 nm for anatase and rutile respectively. DSSCs were fabricated with 100 anatase and 90 anatase 10 rutile volume fraction of TiO2. The current-voltage I-V characteristic of DSSC employing sample with anthocyanin-carotenoid either as single layer or multi layer dyes have efficiencies of 0039 and 0047 respectively. Variation with additional betalain pigment only resulted in low efficiency caused by the rapid rate of dye degradation.



KeywordsDSSC; single layer komposit; multi layer; fraksi volume
 
Subject:  none
Contributor
  1. Dr.-Ing. Doty Dewi Risanti, S.T., M.T.
  2. Dyah Sawitri, S.T., M.T.
Date Create: 12/04/2016
Type: Text
Format: pdf
Language: Indonesian
Identifier: ITS-paper-24121160008813
Collection ID: 24121160008813
Call Number: RSF 621.312 44 Ame f


Source
Paper and Presentations, Physics Engineering, RSF 621.312 44 Ame f, 2014

Coverage
ITS Community

Rights
Copyright @2016 by ITS Library. This publication is protected by copyright and per obtained from the ITS Library prior to any prohibited reproduction, storage in a re transmission in any form or by any means, electronic, mechanical, photocopying, reco For information regarding permission(s), write to ITS Library




[ Download - Open Access ]

  1.  ITS-paper-41088-2410100082-paper.pdf - 343 KB
  2.  ITS-paper-41088-2410100082-presentation.pdf - 2811 KB




 Similar Document...




! ATTENTION !

To facilitate the activation process, please fill out the member application form correctly and completely

Registration activation of our members will process up to max 24 hours (confirm by email). Please wait patiently

POLLING

Bagaimana pendapat Anda tentang layanan repository kami ?

Bagus Sekali
Baik
Biasa
Jelek
Mengecewakan





You are connected from 75.101.220.230
using CCBot/2.0 (https://commoncrawl.org/faq/)



Copyright © ITS Library 2006 - 2020 - All rights reserved.
Dublin Core Metadata Initiative and OpenArchives Compatible
Developed by Hassan