A Project on Atmospheric Water Generator with the Concept of Peltier Effect
Journal: International Journal of Advanced Computer Research (IJACR) (Vol.4, No. 15)Publication Date: 2014-06-17
Authors : Aditya Nandy; Sharmi Saha; Souradeep Ganguly; Sharmistha Chattopadhyay;
Page : 481-486
Keywords : Water condensation; Thermoelectric peltier; Dew condensation (latent heat); Solar energy.;
Abstract
In many countries like India it is difficult to obtain water resources for irrigation or other purposes, especially in the arid regions. The problem of water scarcity is also observed in other places of the world due to lack of rainfall. However, in highly humid areas such as places close to the sea, water can be obtained by condensing the water vapour present in air. Here, the paper presents the method to develop a water condensation system based on thermoelectric cooler. The system consists of cooling elements, heat exchange unit and air circulation unit. A solar cell panel unit with a relevant high current output drives the cooling elements through a controlling circuit. Atmospheric Water Generator is a device that can convert atmospheric moisture directly into usable and even drinkable water. It is such a device which uses the principle of latent heat to convert molecules of water vapour into water droplets. It has been introduced a bit before, though it is not very common in India and some other countries. It has a great application standing on such age of technology where we all are running behind renewable sources. This paper also describes the experimental results and the system’s performance.
Other Latest Articles
- Stable Isotopic Characterization In Surface And Groundwater Interaction In A Hard Rock Terrain Of A Semi-Arid Region
- Automatic Reactive Power Control Using FC-TCR
- Genetic Variation Analysis of Snakeheads (Channidae) in Central Kalimantan Using Partial 16s rRNA Gene
- Study on Physiological Parameter Detection Systems
- Identification of Nominal Value and Authenticity of Rupiah Using Support Vector Machine
Last modified: 2014-12-17 16:30:57