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Life cycle cost analysis of HPVT air collector under different Indian climatic conditions

机译：印度不同气候条件下HPVT空气收集器的生命周期成本分析

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In this communication, a study is carried out to evaluate an annual thermal and exergy efficiency of a hybrid photovoltaic thermal (HPVT) air collector for different Indian climate conditions, of Srinagar, Mumbai, Jodhpur, New Delhi and Banglore. The study has been based on electrical, thermal and exergy output of the HPVT air collector. Further, the life cycle analysis in terms of cost/kWh has been carried out. The main focus of the study is to see the effect of interest rate, life of the HPVT air collector, subsidy, etc. on the cost/ kWh HPVT air collector. A comparison is made keeping in view the energy matrices. The study reveals that (ⅰ) annual thermal and electrical efficiency decreases with increase in solar radiation and (ⅱ) the cost/kWh is higher in case of exergy when compared with cost/ kWh on the basis of thermal energy for all climate conditions. The cost/kWh for climate conditions of Jodhpur is most economical.
机译：在此交流中，进行了一项研究，以评估斯利那加，孟买，焦特布尔，新德里和孟加拉的不同印度气候条件下的混合光伏热能（HPVT）空气收集器的年热效率和火用效率。该研究基于HPVT空气收集器的电，热和火用输出。此外，已经进行了成本/ kWh的生命周期分析。该研究的主要重点是查看利率，HPVT空气收集器的寿命，补贴等对每千瓦时HPVT空气收集器的成本的影响。进行比较，同时考虑能量矩阵。研究表明，与所有气候条件下的热能成本/ kWh相比，（ⅰ）年热和电效率随太阳辐射的增加而降低，并且（ⅱ）火用情况下的成本/ kWh更高。焦特布尔气候条件的成本/ kWh最经济。

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