ISA QAMBER - Academia.edu (original) (raw)
Papers by ISA QAMBER
Academia Green Energy, May 24, 2024
Electricity power stations are the primary source of carbon dioxide production. The combustion o... more Electricity power stations are the primary source of carbon dioxide production. The combustion of fossil fuels in these power stations releases CO2 and other greenhouse gases into the atmosphere. Emissions of CO2 and other greenhouse gases occur throughout the life cycle of electricity generation technologies, including extraction, processing, transportation, and combustion of fossil fuels. Nowadays, the development of smart cities plays a crucial role in reducing CO2 emissions. By integrating technology and sustainable practices into urban infrastructure, smart cities aim to minimize energy consumption and emissions. The research mentioned focuses on creating models that correlate CO2 emissions with the installed capacity of power stations and the energy they produce. Polynomial quadratic regression is applied to establish these correlations, enabling the assessment of both present and future CO2 emission values. The construction of new infrastructure for smart cities aligns with the goal of fostering a low-carbon economy. The study also considers the potential contribution of thermal energy to CO2 reduction efforts. By analysing power generation models, researcher aims to identify strategies to meet emission reduction goals. The construction of new infrastructure for smart cities aligns with the broader goal of fostering a low-carbon economy. This involves implementing policies and technologies aimed at reducing greenhouse gas emissions and mitigating climate change. Carbon dioxide emissions contribute significantly to global warming, leading to climate change and patterns of extreme weather. The data on CO2 emissions encompasses gases generated from the burning of fossil fuels, highlighting the importance of reducing reliance on these sources of energy.
Journal paper., 2024
Electricity power plants are the primary source of carbon dioxide production. The combustion of f... more Electricity power plants are the primary source of carbon dioxide production. The combustion of fossil fuels in these power plants releases CO2 and other greenhouse gases into the atmosphere. Emissions of CO2 and other greenhouse gases occur throughout the life cycle of electricity generation technologies, including extraction, processing, transportation, and combustion of fossil fuels. Nowadays, the development of smart cities plays a crucial role in reducing CO2 emissions. By integrating technology and sustainable practices into urban infrastructure, smart cities aim to minimize energy consumption and emissions. The research mentioned focuses on creating models that correlate CO2 emissions with the installed capacity of power plants and the energy they produce. Polynomial quadratic regression is applied to establish these correlations, enabling the assessment of both present and future CO2 emission values. The construction of new infrastructure for smart cities aligns with the goal of fostering a low-carbon economy. The study also considers the potential contribution of thermal energy to CO2 reduction efforts. By analysing power generation models, researcher aims to identify strategies to meet emission reduction goals. The construction of new infrastructure for smart cities aligns with the broader goal of fostering a low-carbon economy. This involves implementing policies and technologies aimed at reducing greenhouse gas emissions and mitigating climate change. Carbon dioxide emissions contribute significantly to global warming, leading to climate change and patterns of extreme weather. The data on CO2 emissions encompasses gases generated from the burning of fossil fuels, highlighting the importance of reducing reliance on these sources of energy.
2022 International Conference on Innovation and Intelligence for Informatics, Computing, and Technologies (3ICT), Nov 20, 2022
International Journal of Computing and Digital Systems, Mar 16, 2023
4th Smart Cities Symposium (SCS 2021)
The present paper proposes the impact of the air temperature on electricity demand as expected. I... more The present paper proposes the impact of the air temperature on electricity demand as expected. It is clear that the annual maximum load is recorded versus the years starting by the year 2009 up to 2012. At present, the graph fitting technique is applied with some mathematical and computational tools based on the actual values of the years 2009 up to 2012 considering the lower values, the higher values and the average values of the annual maximum loads for Kingdom of Bahrain. For the three scenarios, the models are obtained by curve fitting technique. As well, the model of actual loads is obtained finally which has mostly the closest values obtained. For technical operations and control of power systems, the knowledge of the evolution of electric power load is important. The reason behind that is the electric demand which must meet secure and reliable operation at all times. Load forecasting is adaptive in the sense that the model parameters are automatically corrected to keep track...
Journal of Energy and Power Engineering, 2015
Artificial Intelligence for Solar Photovoltaic Systems, Jun 2, 2022
International Journal of Computing and Digital Systems, 2020
Arab Journal of Basic and Applied Sciences
MODELL MEAS CONTROL A, 1995
A simple and accurate formula has been developed for the conduction angle of single phase half-wa... more A simple and accurate formula has been developed for the conduction angle of single phase half-wave or full-wave controlled rectifiers and ac voltage controllers with inductive loads under discontinuous current mode of operation. It is shown that the conduction angle calculated from developed formula agrees very well with the exact solution obtained from interactive solution of the associated non-linear equation. The formula could be useful in computer aided or manual analysis and design problems. Also it facilitates the ...
Energy, 2008
... In this first case study; the model is applied to the actual eastern province power system in... more ... In this first case study; the model is applied to the actual eastern province power system in Saudi Arabia as it is without any changes as formulated by LINDO ... Qaisomah power plant (QAIS) was under maintenance which explains why the actual is much less than the model. ...
TELKOMNIKA (Telecommunication Computing Electronics and Control), 2021
Preprogrammed monitoring of engine failure due to spark plug misfire can be traced using a method... more Preprogrammed monitoring of engine failure due to spark plug misfire can be traced using a method called machine learning. Unluckily, a challenge to get a high-efficiency rate because of a massive volume of training data is required. During the study, these failure-generated were enhanced with a novel statistical signal-based analysis called Z-freq to improve the exploration. This study is an exploration of the time and frequency content attained from the engine after it goes under a specific situation. Throughout the trial, the misfire was formed by cutting the voltage supplied to simulate the actual outcome of the worn-out spark plug. The failure produced by fault signals from the spark plug misfire were collected using great sensitivity, space-saving and a robust piezo-based sensor named accelerometer. The achieved result and analysis indicated a significant pattern in the coefficient value and scattering of Z-freq data for spark plug misfire. Lastly, the simulation and experimen...
Energies, 2009
Current limiting fuses are widely used to protect the thyristors in DC drive systems. One very im... more Current limiting fuses are widely used to protect the thyristors in DC drive systems. One very important problem is the choice of the correct voltage rating for fuses protecting regenerative DC drives, where many types of fault may occur, which makes fuse protection difficult. In the event of a commutation failure while regenerating, the fuses need to interrupt the loop supplied by the AC and DC voltages acting in series, which is the most difficult case for protection by fuses. In this paper a detailed study of the complete interruption process has been investigated by modeling of arcing process of the fuse protection against the regenerative circuit internal commutation fault. The effect of varying the motor time constant, supply impedance, number of fuses used to clear the fault and DC machine rating on the total transient response is studied. The model of a 200 A fuse is employed in this study. Fuses in series with both the semiconductor devices (F1) and fuses in AC lines (F2) a...
International Journal of Molecular Medicine
International Journal of Instruction
Microelectronics and reliability, 1994
... In Reliability and Fault Tree Analysis, RE Barlow et al. Eds., SIAM Philadelphia, PA Barlow, ... more ... In Reliability and Fault Tree Analysis, RE Barlow et al. Eds., SIAM Philadelphia, PA Barlow, RE and Proschan, F. (1981). ... J. Amer. Statist. ... Monotonicity of ratios of means and other applications of majorization. In Inequalities, ed. O. Shisha, Academic Press, New York, 177190. ...
Academia Green Energy, May 24, 2024
Electricity power stations are the primary source of carbon dioxide production. The combustion o... more Electricity power stations are the primary source of carbon dioxide production. The combustion of fossil fuels in these power stations releases CO2 and other greenhouse gases into the atmosphere. Emissions of CO2 and other greenhouse gases occur throughout the life cycle of electricity generation technologies, including extraction, processing, transportation, and combustion of fossil fuels. Nowadays, the development of smart cities plays a crucial role in reducing CO2 emissions. By integrating technology and sustainable practices into urban infrastructure, smart cities aim to minimize energy consumption and emissions. The research mentioned focuses on creating models that correlate CO2 emissions with the installed capacity of power stations and the energy they produce. Polynomial quadratic regression is applied to establish these correlations, enabling the assessment of both present and future CO2 emission values. The construction of new infrastructure for smart cities aligns with the goal of fostering a low-carbon economy. The study also considers the potential contribution of thermal energy to CO2 reduction efforts. By analysing power generation models, researcher aims to identify strategies to meet emission reduction goals. The construction of new infrastructure for smart cities aligns with the broader goal of fostering a low-carbon economy. This involves implementing policies and technologies aimed at reducing greenhouse gas emissions and mitigating climate change. Carbon dioxide emissions contribute significantly to global warming, leading to climate change and patterns of extreme weather. The data on CO2 emissions encompasses gases generated from the burning of fossil fuels, highlighting the importance of reducing reliance on these sources of energy.
Journal paper., 2024
Electricity power plants are the primary source of carbon dioxide production. The combustion of f... more Electricity power plants are the primary source of carbon dioxide production. The combustion of fossil fuels in these power plants releases CO2 and other greenhouse gases into the atmosphere. Emissions of CO2 and other greenhouse gases occur throughout the life cycle of electricity generation technologies, including extraction, processing, transportation, and combustion of fossil fuels. Nowadays, the development of smart cities plays a crucial role in reducing CO2 emissions. By integrating technology and sustainable practices into urban infrastructure, smart cities aim to minimize energy consumption and emissions. The research mentioned focuses on creating models that correlate CO2 emissions with the installed capacity of power plants and the energy they produce. Polynomial quadratic regression is applied to establish these correlations, enabling the assessment of both present and future CO2 emission values. The construction of new infrastructure for smart cities aligns with the goal of fostering a low-carbon economy. The study also considers the potential contribution of thermal energy to CO2 reduction efforts. By analysing power generation models, researcher aims to identify strategies to meet emission reduction goals. The construction of new infrastructure for smart cities aligns with the broader goal of fostering a low-carbon economy. This involves implementing policies and technologies aimed at reducing greenhouse gas emissions and mitigating climate change. Carbon dioxide emissions contribute significantly to global warming, leading to climate change and patterns of extreme weather. The data on CO2 emissions encompasses gases generated from the burning of fossil fuels, highlighting the importance of reducing reliance on these sources of energy.
2022 International Conference on Innovation and Intelligence for Informatics, Computing, and Technologies (3ICT), Nov 20, 2022
International Journal of Computing and Digital Systems, Mar 16, 2023
4th Smart Cities Symposium (SCS 2021)
The present paper proposes the impact of the air temperature on electricity demand as expected. I... more The present paper proposes the impact of the air temperature on electricity demand as expected. It is clear that the annual maximum load is recorded versus the years starting by the year 2009 up to 2012. At present, the graph fitting technique is applied with some mathematical and computational tools based on the actual values of the years 2009 up to 2012 considering the lower values, the higher values and the average values of the annual maximum loads for Kingdom of Bahrain. For the three scenarios, the models are obtained by curve fitting technique. As well, the model of actual loads is obtained finally which has mostly the closest values obtained. For technical operations and control of power systems, the knowledge of the evolution of electric power load is important. The reason behind that is the electric demand which must meet secure and reliable operation at all times. Load forecasting is adaptive in the sense that the model parameters are automatically corrected to keep track...
Journal of Energy and Power Engineering, 2015
Artificial Intelligence for Solar Photovoltaic Systems, Jun 2, 2022
International Journal of Computing and Digital Systems, 2020
Arab Journal of Basic and Applied Sciences
MODELL MEAS CONTROL A, 1995
A simple and accurate formula has been developed for the conduction angle of single phase half-wa... more A simple and accurate formula has been developed for the conduction angle of single phase half-wave or full-wave controlled rectifiers and ac voltage controllers with inductive loads under discontinuous current mode of operation. It is shown that the conduction angle calculated from developed formula agrees very well with the exact solution obtained from interactive solution of the associated non-linear equation. The formula could be useful in computer aided or manual analysis and design problems. Also it facilitates the ...
Energy, 2008
... In this first case study; the model is applied to the actual eastern province power system in... more ... In this first case study; the model is applied to the actual eastern province power system in Saudi Arabia as it is without any changes as formulated by LINDO ... Qaisomah power plant (QAIS) was under maintenance which explains why the actual is much less than the model. ...
TELKOMNIKA (Telecommunication Computing Electronics and Control), 2021
Preprogrammed monitoring of engine failure due to spark plug misfire can be traced using a method... more Preprogrammed monitoring of engine failure due to spark plug misfire can be traced using a method called machine learning. Unluckily, a challenge to get a high-efficiency rate because of a massive volume of training data is required. During the study, these failure-generated were enhanced with a novel statistical signal-based analysis called Z-freq to improve the exploration. This study is an exploration of the time and frequency content attained from the engine after it goes under a specific situation. Throughout the trial, the misfire was formed by cutting the voltage supplied to simulate the actual outcome of the worn-out spark plug. The failure produced by fault signals from the spark plug misfire were collected using great sensitivity, space-saving and a robust piezo-based sensor named accelerometer. The achieved result and analysis indicated a significant pattern in the coefficient value and scattering of Z-freq data for spark plug misfire. Lastly, the simulation and experimen...
Energies, 2009
Current limiting fuses are widely used to protect the thyristors in DC drive systems. One very im... more Current limiting fuses are widely used to protect the thyristors in DC drive systems. One very important problem is the choice of the correct voltage rating for fuses protecting regenerative DC drives, where many types of fault may occur, which makes fuse protection difficult. In the event of a commutation failure while regenerating, the fuses need to interrupt the loop supplied by the AC and DC voltages acting in series, which is the most difficult case for protection by fuses. In this paper a detailed study of the complete interruption process has been investigated by modeling of arcing process of the fuse protection against the regenerative circuit internal commutation fault. The effect of varying the motor time constant, supply impedance, number of fuses used to clear the fault and DC machine rating on the total transient response is studied. The model of a 200 A fuse is employed in this study. Fuses in series with both the semiconductor devices (F1) and fuses in AC lines (F2) a...
International Journal of Molecular Medicine
International Journal of Instruction
Microelectronics and reliability, 1994
... In Reliability and Fault Tree Analysis, RE Barlow et al. Eds., SIAM Philadelphia, PA Barlow, ... more ... In Reliability and Fault Tree Analysis, RE Barlow et al. Eds., SIAM Philadelphia, PA Barlow, RE and Proschan, F. (1981). ... J. Amer. Statist. ... Monotonicity of ratios of means and other applications of majorization. In Inequalities, ed. O. Shisha, Academic Press, New York, 177190. ...