Journal of the Association of Engineers, India

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Terotechnological Aspects of Solar Hot Water Systems:A Review


Affiliations
1 Department of Mechanical Engineering, B. E. College, Howrah - 711103, India
2 Department of Mechanical Engineering, Jadavpur University, Calcutta - 700032, India
     

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A terotechnological approach to the analysis of any system is a cost effective performance evaluation over the life-cycle of the system. Thus it considers (I) the initial capital cost, (ii) the operating, maintenance, and repair costs, and (iii) the worth of lost production due to breakdown, frequent maintenance, and substandard performance. In a solar hot water system, the fuel cost being nil, an appropriate terotechnological approach would naturally emphasise on the selection of proper materials. Installation procedure, and maintenance schedule such that the system functions at its rated capacity during its design-life would not be affected by external environmental factors. It is attempted here to consider the different sub' systems and components, the initial and future costs, system sizing, installation procedure and maintenance schedule of a solar hot water system to achieve optimum life-cycle cost of the system
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  • Kreith, F., and Kreider, Jan F., Principles of Solar Engineering, McGraw-Hill Book Company, New York, pp.354-367, 1978.

  • Kreider, Jan F., The Solar Heating Design Process, McGraw-Hill Book Company, New York, pp. 1M7, 191-199, 357,1982.

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  • The Solar Age Resource Book, Everest House, New York, pp. 71-77, 1979.

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  • Terotechnological Aspects of Solar Hot Water Systems:A Review

Abstract Views: 231  |  PDF Views: 0

Authors

K. K. Datta Gupta
Department of Mechanical Engineering, B. E. College, Howrah - 711103, India
K. N. Chakrabarti
Department of Mechanical Engineering, Jadavpur University, Calcutta - 700032, India
S. Saha
Department of Mechanical Engineering, Jadavpur University, Calcutta - 700032, India

Abstract


A terotechnological approach to the analysis of any system is a cost effective performance evaluation over the life-cycle of the system. Thus it considers (I) the initial capital cost, (ii) the operating, maintenance, and repair costs, and (iii) the worth of lost production due to breakdown, frequent maintenance, and substandard performance. In a solar hot water system, the fuel cost being nil, an appropriate terotechnological approach would naturally emphasise on the selection of proper materials. Installation procedure, and maintenance schedule such that the system functions at its rated capacity during its design-life would not be affected by external environmental factors. It is attempted here to consider the different sub' systems and components, the initial and future costs, system sizing, installation procedure and maintenance schedule of a solar hot water system to achieve optimum life-cycle cost of the system

References