Performance Analysis of SCPP
DOI:
https://doi.org/10.24113/ijoscience.v4i2.119Abstract
The solar lift tower, also known as solar chimney, is a system that allows zero emission of greenhouse gases and promotes green energy technology. It is one of the technologies for renewable energy. The objective of this project is to use the convective flow induced by the solar radiation generated by the ascending pipe. Solar chimneys are ideal for remote communities where solar energy is used as an energy source for residential and industrial purposes, depending on reliability, price and operational factors. This aims to evaluate the overall performance of the solar cell plant (SCPP) in India. The simulated model is analyzed with different parameters to optimize the overall efficiency. The height and diameter of the solar chimney are respectively 792 m and 44 m, and the diameter of the solar collector is 1289 m. This is considered an optimized value because the goal is to increase the power. Due to the high direct solar radiation and the desert lands available in India, are factors that favor the full development of solar power plants, such as solar power plants for the production of thermal and electrical energy for various uses. The different regions are India such as Bihar, Pradesh, Rajasthan, Madhya Pradesh, Tamil Naidu, Maharashtra, etc. India, where solar radiation and global insulation are much better than in other regions. However, to assess the performance of SCPP and energy production throughout India.
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