...James Y. Hartley; Tariq A. Khraishi A finite element model of a 60-cell monocrystalline silicon glass-polymer photovoltaic module was simulated with ±1.0 kPa and ±2.4 kPa loads applied to the glass to calculate the deformation under load. Cell-to-cell displacements were used to approximate...

... in higher efficiency. Sornek et al. [ 19 ] evaluated experimentally a novel solar chimney with sensible heat storage. The numerical model developed with trnsys for the dynamic simulation of the SC presented a satisfactory agreement with the experimental data. Huh et al. [ 20 ] studied experimentally...

... a novel passive cooling design, Photovoltaic Perforated Wavy-Shape Fins (PV-PWSFs), using ANSYS Fluent simulations under solar irradiance (400–1000 W/m 2 ) and airflow speeds (0.5–2.5 m/s). The PV-PWSFs system significantly reduced average PV temperatures, cooling them to 57.8 °C at 1000 W/m 2 , compared...

... by Yoder et al., the precursor to this work, a summary is provided here for convenience [ 32 ]. A numerical analysis tool was used to simulate a stationary sphere of a chemical mixture with a spatiotemporally constant external heat transfer coefficient using the software package ansys fluent 2022 r1...

...Omkar P. Sunkarwar; B. Kiran Naik; Abhishek Dasore The article explores the performance of an evacuated U-tube solar collector integrated with a parabolic reflector under extremely hot tropical conditions, both with and without the presence of particulate matter, using experimental and simulation...

... ratio optimization clean energy efficiency optics simulation solar dish solar tower system It is well known that the ideal shape of a focusing heliostat in a solar tower power plant is the local section of a fictitious paraboloïd whose focus is located at the center of the solar receiver...

.... The second actuator is a mass flow controller (MFC) responsible for meticulous adjustment of the inlet gas flow directed toward the solar receiver. The direct normal irradiance (DNI) is simulated using a 10 kW high-flux solar simulator (HFSS) with a variable power supply ranging from 80 to 200 A. This setup...

... A Maximum voltage ( V max ) 15 V Rated current 4.3–4.6 A Rated voltage 12 V Maximum power ( Q max ) 55 W Operating temperature range −55 °C to 83 °C Net weight 22 g Color White Fig. 6 Validation of solar cell temperature was performed by comparing numerical simulations...

... into account. In order to solve the extensive set of equations, a code is developed using ees software. The results of the numerical simulation for the hybrid desalination plant will be presented in the following sections. The southern Tunisia is chosen to select the environmental conditions during two...

... nergy C onservation . 11 10 2021 23 08 2024 24 08 2024 16 10 2024 Graphical Abstract Figure collector energy photovoltaics radiation simulation optimum tilt design optimization solar With varying degrees of success, a number of studies have...

..., the present study is an attempt to investigate the thermal-hydraulic performance of the proposed collector, and transient numerical simulations are conducted. For accurate prediction, the effects of flowrate, inlet temperature, and irradiative flux on the outlet temperature are analyzed through a parametric...

..., which are also incorporated in the prototype design, include a movable monolithic redox structure combined with a linear transport system, a reduction reactor, as well as a dedicated oxidation reactor. With the model, the operation of the prototype is simulated for consecutive water splitting cycles...

... for publication in the J ournal of S olar E nergy E ngineering : I ncluding W ind E nergy and B uilding E nergy C onservation . 29 09 2023 04 07 2024 04 07 2024 30 07 2024 Graphical Abstract Figure air conditioning efficiency energy simulation sustainability...

... failure. This paper simulates the dynamic behavior of a high pressure, U-tube/U-shell, salt-to-steam superheater typically found in tower-type concentrating solar power subcritical Rankine cycles. Results focus on responses during load-following and inlet temperature changes. The proposed model...

... , “ Impact of Observation-Optimized Model Parameters on Decadal Predictions: Simulation With a Simple Pycnocline Prediction Model ,” Geophys. Res. Lett. , 38 ( 2 ). 10.1029/2010GL046133 [4] Hotaling , Liesl , and Spinrad , Richard W. , 2021 , “ Exploration and Technology—Key Building...

.... , Munjal , N. , and Birhanu , H. A. , 2022 , “ Mathematical Model for Energy and Exergy-Based Simulation of Triangular Solar Energy Extractor for Air Heating Applications ,” Math. Probl. Eng. , 2022 , pp. 1 – 14 . 10.1155/2022/7157334 [24] Ghritlahre , H. K. , Sahu , P. K...

... 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...

... ( 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...