Overirradiance effect on the electrical performance of photovoltaic systems of different inverter sizing factors

Modelling, simulation, and measurement of solar power generation: New developments in design and operational models

“…The first empirical solar power model is defined in Eq. (20) by the following literature (Al-Bashir et al [ 43 ]; Scarabelot et al [ 34 ]; Skoplaki et al [ 32 ]) as where the solar power generated, is the solar power at the standard test condition, is the ambient temperature, is the reference temperature, is the temperature coefficient of the solar cell, is the efficiency of solar cell, is the number of solar panels and, is the temperature of solar cell.…”

“…Moreover, triple linear correlation (Nguyen et al [ 19 ], Araneo et al [ 31 ], Skoplaki et al [ 32 ], Kichou et al [ 33 ], Scarabelot et al [ 34 ], Zouine et al [ 27 ], Muneeshwaran et al [ 28 ], Dong et al [ 35 ], Al-Dahidi [ 36 ], Ndegwa et al [ 37 ]) to displace a single linear correlation in the implicit model. Significantly, Nguyen et al [ 19 ] modified the SPGMBCT model with wind speed, thermal inertia (thermal diffusivity) and irradiance resulting in an outstanding result.…”

“…Floating PV showed better performance than land PV by 3 %. Notably, Scarabelot et al [ 34 ] used an explicit (triple) model to gain an increase in the current and solar power generated. Conspicuously, Zouine et al [ 27 ] and Muneeshwaran et al [ 28 ] reviewed explicit (triple) models to demonstrate the influence of cell temperature on solar power generation.…”

Photovoltaic Electrochemically Driven Degradation of Calcon Dye with Simultaneous Green Hydrogen Production

“…H 2 production is frequently driven by renewable and non-renewable energy resources, such as fossil fuels— in particular steam methane reforming [ 8 , 9 ] and the NAFTA reform [ 10 , 11 ]—from biomass [ 12 ], and from biological sources [ 13 , 14 , 15 , 16 ]. Unfortunately, these H 2 production methods are expensive, partially efficient, and environmentally polluting, as well as also producing low-purity H 2 [ 17 , 18 , 19 , 20 ]. Meanwhile, the unique way to produce the cleanest H 2 is from the well-known process of water electrolysis or, as commonly called, water splitting.…”

“…In this sense, the key to overcoming this economic obstacle is to supply the electrical energy for the electrochemical cell by using renewable energy sources, such as wind or solar power [ 17 , 18 ]. In Brazil, the abundance of resources that exceed demand, high solar irradiation, and consistent wind parks are a list of Brazil’s competitive advantages for producing green H 2 using renewable energy [ 19 , 20 ].…”