作者: K. R. Ranjan , S. C. Kaushik
DOI: 10.1007/S10098-013-0669-4
关键词: Environmental engineering 、 Solar pond 、 Photovoltaic thermal hybrid solar collector 、 Engineering 、 Solar energy 、 Photovoltaic system 、 Solar air conditioning 、 Renewable energy 、 Active solar 、 Passive solar building design
摘要: Active solar distillation system integrated with pond is the green energy for desalination without negative environmental impact. This clean technology has potential to contribute a lot water security, sustainable development, and world stability. In this article, results of as well exergy analysis performed on novel are presented. theoretical carried out in climatic conditions New Delhi (India) during typical summer day. The model procedures can be helpful design, performance investigation actual anywhere world. daily productivity, energy, efficiency passive still found 5 L/m2, 38.63 %, 2.71 %, respectively, corresponding sum total 24.436 MJ/m2 day input mode. With integration active still, rises about 9.5 L/m2, 46 %, 14.81 % thermal from 100 500 W/m2 off-sunshine hours. further improvement same observed if supplied continuously (24 h) addition incident radiation. proposed will meet demand freshwater both rural urban areas help reducing load CO2 emission environment, saving high grade consumed through conventional devices technologies.