In the present work, the financial viability of three CSP technologies viz. PTC, SPT and LFR for 50 MW, CSP power plants, has been studied for 10 different locations of diverse climate conditions in India. Latest fiscal guidelines laid by the Central Electricity Regulatory Commission (CERC) in 2016 have been followed in the System Advisor Model. Levelized cost of electricity (LCOE), Payback Period (PBP), Discounted Payback Period (DPP), Net Present Value (NPV), and Capital Recovery Factor (CRF) have been estimated to obtain a holistic extensive research view of the CSP projects. The highest NPV is 2626.68, 1311.25, and 827.90 million ₹, and the lowest LCOE calculated is 9.89, 10.63, and 10.99 ₹/kWh for SPT, PTC and LFR. Jodhpur has been identified as the most suitable location for the installation of a CSP plant. A 50 MW Solar Power Tower based CSP plant has LCOE of 9.89 ₹/kWh, PBP of 2.20 years, and NPV of 2626.68 million ₹, which is the best among all selected locations. The findings of this research will help in selecting locations and CSP technology for the installation of power plants. It will also assist investors to understand the financial viability of the project beforehand.

在当前的工作中，三种CSP技术的财务可行性也就是。已针对印度10个不同气候条件的不同地点对50 MW CSP发电厂的PTC，SPT和LFR进行了研究。系统顾问模型遵循了中央电力监管委员会（CERC）在2016年制定的最新财务指南。已估算出平均的电力成本（LCOE），投资回收期（PBP），折扣投资回收期（DPP），净现值（NPV）和资本回收系数（CRF），以获得对CSP项目的全面广泛研究。SPT，PTC和LFR的最高NPV为2626.68、1311.25和8.790亿卢比，计算出的最低LCOE为9.89、10.63和10.99₹/ kWh。焦特布尔被确定为最适合安装CSP工厂的地点。一个基于50兆瓦太阳能塔的CSP电厂的LCOE为9.89卢比/千瓦时，PBP为2.20年，NPV为2626.68百万卢比，在所有选定地点中均属最佳。这项研究的结果将有助于选择安装电厂的位置和CSP技术。它还将帮助投资者事先了解项目的财务可行性。