BASIN SOLAR STILL WITH GLASS COVER WITH COOLING SYSTEM TO INCREASE EFFICIENCY

  • M. Syafwansyah Effendi Politeknik Negeri Banjarmasin
  • Noor Rahman Politeknik Negeri Banjarmasin
  • Ahmad Hendrawan Politeknik Negeri Banjarmasin
Keywords: Basin Solar Still, Heat Absorber, Refrigerated Glass, . Efficiency

Abstract

This study is to test how much efficiency by making the top glass cooled with fluid
flowing. It aims to make a large heat difference between the top cover glass and the heat
in the basin. The research method used is experimental by testing this modified prototype
dibadingkan with previous data without cooling on the top cover glass. The data
variables tested with statistics are measured temperatures under heat absorber which is
then processed by statistical test t-Test Paired Sample for Means. The data variables
tested with statistics are measured temperatures under heat absorber which is then
processed by statistical test t-Test Paired Sample for Means. The results of this study
conclude that from the t-Test Paired Sample for Means test there is a significant
difference from both prototypes. he efficiency obtained with refrigerated glass cover is
48.8374% while the non-coolant is 36.6704%, then there is an increase efficiency as
much as 12.47% better in basing by using a cooled glass lid

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Published
2018-01-18