The main influencing parameters are the increment of superficial gas velocity, installation height, inclination angle, static bed height, and installation method of the slat.
Results from this investigation suggest that the optimum installation height ranges from 1.51 to 1.79 times the height of building and the best locations are at the forefront where the wind acceleration reaches the maximum, as the wind direction varies.
The installation height H t is 430 mm.
The main parameters influencing these characteristics were superficial gas velocity, installation height, inclination angle, and method of slat installation.
Further, efficacy of risk-reducing measures, such as refrigerant mass, room size, installation height, and ventilation rates is also examined.
To improve the output power and service life of photovoltaic panels in sandstorm climate, it is recommended that the installation height of photovoltaic panels should be 2 m.
An error would appear with low installation height of radiometers because the sensor could not receive the representative long- and short-wave reflections from the surface.
The decision variables included in the optimization process are the PV module number, wind turbine number, battery number, PV module slope angle and wind turbine installation height.
Number of PV modules, turbine capacity, charge and discharge pipes diameters, and reservoir volume, installation height and depth to diameter ratio constitute the set of design variables.
By measuring carbon dioxide concentrations and making flow visualisation, the effects of parameters such as equipment airflow and installation height were observed.
