Design Construction and Performance evaluation of Solar operated Dual purpose Refrigerator using thermoelectric module
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2016, Vol 4, Issue 7
Abstract
This project outlines the implementation of photovoltaic driven refrigerator cum heating system powered from solar panels with a battery bank. Different from conventional refrigeration systems thermoelectric refrigeration based on the Peltier effect, does not require any compressor, expansion valves, absorbers, condensers or solution pumps. Moreover, it does not require working fluids or any moving parts, which is friendly to the environment and results in an increase in reliability. It simply uses electrons rather than refrigerants as a heat carrier. Nowadays, thermoelectric refrigeration devices have a distinct place in medical applications, electronic applications, scientific equipment and other applications, where a high-precision temperature control is essential. The device is powered by a Non-conventional energy resource, here PV Cells. The difference between the existing methods and this model is that a thermoelectric cooling system refrigerates without use of mechanical devices (Conventional Condenser fins and Compressor) and without refrigerant too. Since the Peltier module is compact in size, refrigeration or heating system can be designed according to the user’s requirements (in desired size and shape).
Authors and Affiliations
Pradeep G. Bokde, Y. M. Jibhakate
Keywords
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