Figure - uploaded by Hadi Katooli
Content may be subject to copyright.
share of each source to generate electricity

share of each source to generate electricity

Source publication
Article
Full-text available
Due to the growing rate of the cost of energy carriers and the shortage of different kinds of fuels, day by day it becomes more essential to use renewable energies such as wind, solar, hydrogen, geothermal, etc. The application of renewable energies for household use is an ideal solution to reduce enviromental pollution. It is possible to use diffe...

Context in source publication

Context 1
... analyzing the hybrid system in HOMER, finally, the system consists of 1 wind turbine, 1 photovoltaic cells, and 1 battery. The share of each source to generate electricity is shown in Table 2. ...

Similar publications

Preprint
Full-text available
This study explores the impact of sanctions on the development of second home tourism in the context of a rentier state. The subject was examined with special reference to rural regions of Shemiranat County in Tehran, Iran, where second homes have developed over the past four decades. The results indicating that devaluation of the national currency...
Article
Full-text available
Background Pneumococcal infections are a life- threatening disease in hemodialysis patients and vaccination against pneumococcus is an effective prevention. The current study aims to evaluate the immune response and maintenance of the anti-pneumococcal antibody titer in hemodialysis patients to the 23 valent pneumococcal polysaccharide vaccine alon...
Article
Full-text available
Purpose: The COVID-19 pandemic has overwhelmed many healthcare systems. Seasonality is a feature of several infectious diseases. Studies regarding the association of seasonal variations and COVID-19 have shown controversial results. Therefore, we aimed to compare COVID-19 characteristics and survival outcomes between the fourth and fifth waves in...
Article
Full-text available
Introduction: In the present study, the goal was to estimate the hospital length of stay among patients admitted with COVID-19 in a hospital in Tehran. Methods: We used retrospective data on 446 hospitalized patients with COVID-19 who admitted from 7 March to 8 Oct 2020 in a referral hospital in Tehran, Iran. The prognostic effects of variables, i...

Citations

... to calculating NPSH, a specific speed calculation is also carried out to determine the type of pump to be used with the following formulation (Kahraman et al, Classification of the pump impeller The next step is to select the pump based on the manual calculation above and perform a performance correction to change the function of the water pump into a fuel pump(Katooli, 2017): ...
Article
Full-text available
The fuel installation system is necessary to support the Indonesian Naval ships to carry out operations. The current condition in the field is that Second Fleet Command does not yet have a fuel installation system. So far, to support Indonesian Naval Warship in carrying out operations using Pertamina's fuel installation pipes which are directly distributed from Pertamina's bunker. As a result, the Navy has become very dependent on Pertamina's performance and this is quite an obstacle. Therefore, the author has an idea to design a fuel installation system that must be owned by the Navy, especially in the Second Fleet Command work area. In this final project, the fuel pipe installation system planning is first carried out starting from the bunker, piping, fittings, and support as a support for the installation based on a standard pipe installation design with a flow capacity of 100 kL/hour. The next stage is the calculation of the head which includes the head loss along the pipe due to friction between the fuel and the surface along the pipe and the head loss due to fittings in the installation so that the total head value of the installation will be obtained. In addition to manual calculations, numerical calculations were also carried out using pipe flow expert v5.12 software. The next step is to determine the power required for both pumps and motors to overcome the installation head and flow capacity designed and select the appropriate pump.