Energy and environmental analysis of domestic solar hot water system in Asian developing country context—Thailand

Abstract

This study presents the life cycle energy consumption, emissions, and environmental impacts of flat plate and evacuated tube domestic solar hot water system manufactured and used in Thailand. The results presented in this article show that the life cycle energy consumption for the flat plate system is 5% lower than that of evacuated tube system. The application of flat plate system is useful over evacuated tube system for 8 out of 12 emissions are examined. The global warming potential is 3% lower for the flat plate system than that of evacuated tube system. The average reduction of energy consumption and environmental impact by reusing materials are 65 and 50%, respectively for the flat plate and evacuated tube system. A comparative study with other systems available in the literatures based on few performance indicators shows that the energetic and environmental performance of domestic solar hot water system in Thailand is quite attractive. This article is useful to enhance the local production in line with energy and environmental sustainability in home and Asian neighboring countries. © 2015 American Institute of Chemical Engineers Environ Prog, 35: 271–283, 2016

Assessing the potential and benefits of domestic solar water heating system based on field survey

“…In households, hotels, factories and other recipients, energy is mainly used to heat water . The domestic solar water heating system (DSWHS) is most widely used to heat water using solar energy and is also one of the most successful renewable energy technologies . During the last two decades, DSWHSs have been commercialized in many counties worldwide .…”