News Updates Wednesday 13th Dec 2017 :
  • Welcome to International Press Corporation, world's leading publishers, We have served more than 10000+ authors
  • Articles are invited in engineering, science, technology, management, industrial engg, biotechnology etc.
  • Paper submission last date of Nov/Dec 2017 extended to 15 Dec 2017, Submit online or at editor.ijcet@inpressco.com
  • Our journals are indexed in University of Regensburg Germany, Google Scholar, Cross Reference data bases
  • Applications for reviewers are invited and can be sent directly to concerned editor's mail

Performance investigation of parabolic trough solar collector integrated with thermal energy storage system


Author : Nitin A. Kumbhar, S.R. Shinde and V.S. Shinde

Pages : 424-430, DOI:http://Dx.Doi.Org/10.14741/Ijcet/22774106/spl.5.6.2016.79
Download PDF
Abstract

In the family of the solar collectors, parabolic trough collector presently getting significant interest for a wide range of applications from air heating applications, hot water production to steam generation and industrial process heat applications. The high level of concentration achievable with parabolic trough collector diminishes the drawback coupled with the constraint of some level of tracking as compared to flat plate collectors. Also, parabolic trough collectors are simpler than other collectors. At the same time, time dependent nature of the solar energy can be eliminated by introducing thermal energy storage system in the parabolic trough collector. This work has been carried out to investigate the performance of parabolic trough collector based air heating system integrated with latent thermal energy storage system. The instantaneous parabolic trough collector efficiency has been evaluated without and with incorporation of thermal energy storage system with variation in mass flow rate of air from 0.0022 kg/sec to 0.0044 kg/sec. The result revels that introducing latent thermal energy storage system in the parabolic trough collector enhances the collector efficiency by 17% at the same time it gives the required performance even at low solar radiation intensity. The collector efficiency increases with increase in mass flow rate of air.

Keywords: Parabolic Trough Collector (PTC), PCM, Latent Thermal Energy Storage System

Call for Papers
  1. IJCET- Nov/Dec-2017 Issue

    Submission Last Date extended to
    15 Dec 2017
  2. IJTT-Dec-2017
  3. IJAIE-Dec-2017
  4. IJCSB-Dec-2017
  • Inpressco Google Scholar
  • Inpressco Science Central
  • Inpressco Global impact factor
  • Inpressco aap

International Press corporation is licensed under a Creative Commons Attribution-Non Commercial NoDerivs 3.0 Unported License
©2010-2017 INPRESSCO® All Rights Reserved