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STOCHASTIC ANALYSIS OF SOLAR POWER PLANT UNDER ENVIRONMENT EFFECTS.

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Title: STOCHASTIC ANALYSIS OF SOLAR POWER PLANT UNDER ENVIRONMENT EFFECTS.
Authors: Rani, Poonam1 poonamrpunia@gmail.com, Brijesh2 brijeshjha98121@gmail.com, Singh, Manbir3 manbirsingh@rafflesuniversity.edu.in
Source: Reliability: Theory & Applications. Mar2026, Vol. 21 Issue 1, p453-461. 9p.
Subjects: Stochastic analysis, Environmental impact analysis, Distribution (Probability theory), Reliability in engineering, Plant maintenance, Solar power plants
Abstract: The solar power plant capacity and quality are affected by the varying temperature and natural disasters. Sometimes, humidity and dust in the environment affect the performance of the solar plant. In this paper, a solar plant is discussed under different environmental conditions. Initially, it is assumed that the solar plant has two units, such that one is active unit and other cold standby unit. To provide regular electricity, one unit is sufficient in working mode. When the active unit fails, the standby unit starts working to provide regular electricity. To increase the reliability and performance of the plant, an expert technician is always available to perform maintenance work. It is considered that repair time and refreshment time follow the exponential distribution, while failure rate and refreshment request rate follow general distributions. The rates of change of environment from normal to abnormal and abnormal to normal follow the general distribution. The tables explore the reliability metrics under different environment conditions. [ABSTRACT FROM AUTHOR]
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Abstract:The solar power plant capacity and quality are affected by the varying temperature and natural disasters. Sometimes, humidity and dust in the environment affect the performance of the solar plant. In this paper, a solar plant is discussed under different environmental conditions. Initially, it is assumed that the solar plant has two units, such that one is active unit and other cold standby unit. To provide regular electricity, one unit is sufficient in working mode. When the active unit fails, the standby unit starts working to provide regular electricity. To increase the reliability and performance of the plant, an expert technician is always available to perform maintenance work. It is considered that repair time and refreshment time follow the exponential distribution, while failure rate and refreshment request rate follow general distributions. The rates of change of environment from normal to abnormal and abnormal to normal follow the general distribution. The tables explore the reliability metrics under different environment conditions. [ABSTRACT FROM AUTHOR]
ISSN:19322321
DOI:10.24412/1932-2321-2026-190-453-461