... and decrease of the rate of the overall heat transfer coefficient of the OHSC. However, the cell temperature depended on the rate of heat loss and the solar radiation absorbed by the OHSC. The electrical analysis was based on the numerical simulation of a FASnI 3 solar cell with the aid of a Solar Cell...

... coefficient is compared to that obtained for a traditional circular-shaped tube. Moreover, the energy balance model is adapted to simulate the thermal efficiency of the considered tubes as a function of the deviation angle with some assumptions. The obtained results prove that from a deviation angle value...

... Contributed by the Solar Energy Division of ASME for publication in the J ournal of S olar E nergy E ngineering . 07 04 2023 13 10 2023 15 10 2023 20 10 2023 absorber collector Efficiency Energy fluid flow heating renewable simulation solar Accepted Manuscript...

... ( fluent 2022r1 ), and simulation was performed using the k − ε (RNG) turbulence model and validated with one set of experimental results for smooth duct and previous research. The findings revealed that the highest value of heat transfer was augmented about 2.18 times and 2.35 times for circular...

... ngineering : I ncluding W ind E nergy and B uilding E nergy C onservation . 16 05 2023 08 08 2023 09 08 2023 30 08 2023 transient study scaled room double-channel solar chimney thermal analysis building fluid flow heat transfer simulation Energy consumption...

... of the air heater. Joukowski airfoil ribs of different sizes are generated from a circular rib of a radius of 1 mm using conformal mapping. Simulations are performed for the turbulent flow of air through the roughened duct in the Reynolds number (Re) range of 4000 ≤ Re ≤ 15,000 using ansys fluent version...

... simulation. Therefore, the numerical simulation of heat and mass transfer in a forced convection solar drying system integrated with black-coated firebrick sensible thermal storage materials (STSM) for the cocoa beans, locust beans, cereal grains, etc., was investigated under no-load conditions...

...David K Bisset Heat collection performance simulations using the system advisor model (SAM) with typical meteorological year weather data from four geographic locations are used to investigate (a) the optimum overall tilt of piecewise-focusing (PWF) collectors, and (b) PWF collector performance...

... in the J ournal of S olar E nergy E ngineering : I ncluding W ind E nergy and B uilding E nergy C onservation . 18 10 2022 06 04 2023 07 04 2023 02 05 2023 conservation efficiency environment simulation solar Agrivoltaics is a relatively new field...

... efficiency (%) P&O 0.0638 0.321 3.67 96.33 CSMC 0.015 0.023 0.51 99.46 BSC 9.09 0.076 0.37 99.36 IBSC 0.4484 0.068 0.29 99.71 BSSTAC 0.014 0.025 0.12 99.88 The simulation results of the BSSTAC control strategy applied to the PV storage system shown...

... conditions for heat transfer fluid p = P o ; ∂ T ∂ η = 0 Heat flux − n · q = q 0 The thermal modeling of the system is carried out using the finite element-based platform, comsol multiphysics ® version 5.3a for the simulation of heat transfer...

... performance of the CPC–CPVT system is the non-uniform heat flux distribution on the absorber surface. In the present paper, detailed ray-tracing simulations have been carried out to understand the heat flux distribution characteristics of CPC with different geometrical conditions, and those are concentration...

... fluid flow renewable simulation Due to the depletion of fossil fuels present on Earth, there is a need for alternative energy sources which are naturally available. Solar energy is one such renewable energy source, and engineers have developed many devices that can harness it. A solar air...

..., in particular. The following concepts are adopted to achieve this goal: The design of a hypothetical solar thermal PTC plant model for generating electricity in Malaysia. Hypothesized PTC plant design and simulation with the aid of a weather measurement database and matlab software. Analysis...

... 11 2022 26 12 2022 parabolic trough solar collector secondary reflector V-shape rib parametric study heat transfer fluids turbulators thermal enhancement absorber collector efficiency energy fluid flow heat transfer optics parabolic trough radiation simulation solar...

... onservation . 03 09 2022 23 10 2022 23 10 2022 23 11 2022 solar still desalination water production salt concentration solar energy phase change material heat transfer simulation storage Fresh water is one of the principal requirements for human health...

... 04 10 2022 20 10 2022 curved solar air heater SST k–ω model entropy generation energy exergy heat transfer simulation solar solar receiver The most abundant non-conventional energy source available in the environment is solar energy. This energy reaches the Earth...

... simulated in order to acquire the optimal size of the BESS in a standalone hybrid wind/PV system [ 15 ]. Studies showed that using lithium-ion batteries (LIBs) in the PVGB is convenient compared to other batteries in Refs. [ 16 , 17 ]. The Department of Energy (DOE) outlines specific characteristics...

... simulations are typically adopted to study the response of wind turbines in downburst flow fields. While the former approach is limited in the ability to account for accurate and spatially resolved details of the flow field, the latter is expensive and, therefore, has limitations in its use. As an alternative...

... material (PCM) thermal storage system, and shading, on thermal comfort and energy demand in the two-storey building situated in the composite climate zone of Delhi, India. The results obtained by numerical simulation for four different cities, i.e., Delhi, Jaipur, Lucknow, and Indore, have been compared...