BenHutcheonResume
•
0 likes•154 views
Ben Hutcheon is an electrical engineer seeking a position in power systems. He graduated from NJIT with a B.S. in electrical engineering, concentrating in power systems with a 3.85 GPA. He has experience as an assistant electrical engineer designing electrical systems for buildings and is proficient in AutoCAD, COMcheck, Multisim, and MS Office applications.
Report
Share
Report
Share
Download to read offline
Recommended
Review on power quality analysis by rajendra singh ppt
The document provides a review of power quality analysis. It begins with an introduction that defines power quality and discusses traditional power system quantities. It then discusses the motivation for improved power quality due to the connection of more sensitive loads. The document reviews literature on power quality problems and solutions. It discusses common power quality issues such as harmonics, voltage fluctuations, dips and interruptions. It also reviews methods to improve power quality using custom power devices and mitigation strategies. Finally, it provides conclusions and a list of 20 references on topics related to power quality, renewable energy systems, and the use of custom power devices.
Chapter 0 electrical circuit
This document provides an overview of an electrical circuit course being offered in Fall 2018. It outlines the course objectives, which are to provide background knowledge on electrical circuits, teach circuit analysis and calculator skills, and provide comprehensive knowledge on analyzing and solving circuits. It also lists the required textbooks and the grading breakdown, which includes factors like attendance, quizzes, exams, projects, and a final exam.
Cv print
Leon M. Tolbert is a professor at the University of Tennessee. He received his PhD in electrical engineering from Georgia Tech in 1999. His research focuses on power electronics and electric machines. He has received several honors and awards for his research and teaching, including the IEEE Industry Applications Society Outstanding Young Member Award.
Wind PV Hydrogen Ribeiro
This document summarizes a paper on achieving uninterruptible energy production in standalone power systems for telecommunications. It discusses how standalone power systems combining renewable energy sources like solar, wind, and fuel cells can provide reliable power for remote telecom equipment. However, it notes these systems still face reliability problems. The document reviews the typical failure modes of solar photovoltaic systems and wind turbines from previous studies. It recommends achieving uninterruptible energy through careful planning, using reliable components, following standards, and performing predictive maintenance informed by reliability analyses of similar systems.
Macro microestructuras
This document reviews the use of wavelet transforms to analyze power quality issues. It discusses how continuous wavelet transforms allow construction of time-frequency representations and how discrete wavelet transforms use discrete signal values in the time domain. The document also examines the advantages and disadvantages of using oscillatory technology devices to investigate the effects of power quality through different electric power tools.
Introduction to distribution systems
This document provides an introduction to electrical distribution systems. It discusses the history of electrical power systems and how they evolved from direct current to alternating current systems. It also describes the key components of electrical power systems, including generation, transmission, distribution, control, conversion, and measurement. Distribution system planning is discussed, with the goal being to satisfy growing electricity demand in an optimal way through technically adequate and economically feasible additions to the distribution system. Customer load characteristics must be determined and factored into distribution planning.
Jovan-DPG-Poster
This document presents a new high-dimensional neural network approach for constructing accurate and efficient interatomic potentials. The approach expands the total energy in terms of environment-dependent atom pairs. It discusses the advantages of using neural networks, which have a flexible functional form and do not require knowledge of the underlying functional form. The approach represents the total energy as a sum of atomic pair energies and uses symmetry functions as inputs to neural network subnets for each pair. It achieves accurate reproduction of total energies, forces and stresses for training structures.
Optimal extraction of photovoltaic energy using fuzzy logic control for maxim...
Optimal extraction of photovoltaic energy using fuzzy logic control for maxim...International Journal of Power Electronics and Drive Systems
In photovoltaic (PV) systems, maximum power point tracking (MPPT) techniques are used to track the maximum power from the PV array under the change in irradiance and temperature conditions. The perturb and observe (P&O) is one of the most widely used MPPT techniques in recent times due to its simple implementation and improved performance. However, the P&O has limitations such as oscillation around the MPP during which time the P&O algorithm will become confused due to rapidly changing atmospheric conditions. To overcome the above limitation, this paper uses the fuzzy logic controller (FLC) to track the maximum power from the PV system under different irradiance, integrates it with a DC-DC boost converter as a tracker. The result of the FLC performance is compared with the traditional P&O method and shows the MPPT algorithm based on FLC ensures continuous tracking of the maximum power within a short period compared with the traditional P&O method. Besides that, the proposed method (FLC) has a faster dynamic response and low oscillations at the operating point around the MPP under steady-state conditions and dynamic change in irradiance.Recommended
Review on power quality analysis by rajendra singh ppt
The document provides a review of power quality analysis. It begins with an introduction that defines power quality and discusses traditional power system quantities. It then discusses the motivation for improved power quality due to the connection of more sensitive loads. The document reviews literature on power quality problems and solutions. It discusses common power quality issues such as harmonics, voltage fluctuations, dips and interruptions. It also reviews methods to improve power quality using custom power devices and mitigation strategies. Finally, it provides conclusions and a list of 20 references on topics related to power quality, renewable energy systems, and the use of custom power devices.
Chapter 0 electrical circuit
This document provides an overview of an electrical circuit course being offered in Fall 2018. It outlines the course objectives, which are to provide background knowledge on electrical circuits, teach circuit analysis and calculator skills, and provide comprehensive knowledge on analyzing and solving circuits. It also lists the required textbooks and the grading breakdown, which includes factors like attendance, quizzes, exams, projects, and a final exam.
Cv print
Leon M. Tolbert is a professor at the University of Tennessee. He received his PhD in electrical engineering from Georgia Tech in 1999. His research focuses on power electronics and electric machines. He has received several honors and awards for his research and teaching, including the IEEE Industry Applications Society Outstanding Young Member Award.
Wind PV Hydrogen Ribeiro
This document summarizes a paper on achieving uninterruptible energy production in standalone power systems for telecommunications. It discusses how standalone power systems combining renewable energy sources like solar, wind, and fuel cells can provide reliable power for remote telecom equipment. However, it notes these systems still face reliability problems. The document reviews the typical failure modes of solar photovoltaic systems and wind turbines from previous studies. It recommends achieving uninterruptible energy through careful planning, using reliable components, following standards, and performing predictive maintenance informed by reliability analyses of similar systems.
Macro microestructuras
This document reviews the use of wavelet transforms to analyze power quality issues. It discusses how continuous wavelet transforms allow construction of time-frequency representations and how discrete wavelet transforms use discrete signal values in the time domain. The document also examines the advantages and disadvantages of using oscillatory technology devices to investigate the effects of power quality through different electric power tools.
Introduction to distribution systems
This document provides an introduction to electrical distribution systems. It discusses the history of electrical power systems and how they evolved from direct current to alternating current systems. It also describes the key components of electrical power systems, including generation, transmission, distribution, control, conversion, and measurement. Distribution system planning is discussed, with the goal being to satisfy growing electricity demand in an optimal way through technically adequate and economically feasible additions to the distribution system. Customer load characteristics must be determined and factored into distribution planning.
Jovan-DPG-Poster
This document presents a new high-dimensional neural network approach for constructing accurate and efficient interatomic potentials. The approach expands the total energy in terms of environment-dependent atom pairs. It discusses the advantages of using neural networks, which have a flexible functional form and do not require knowledge of the underlying functional form. The approach represents the total energy as a sum of atomic pair energies and uses symmetry functions as inputs to neural network subnets for each pair. It achieves accurate reproduction of total energies, forces and stresses for training structures.
Optimal extraction of photovoltaic energy using fuzzy logic control for maxim...
Optimal extraction of photovoltaic energy using fuzzy logic control for maxim...International Journal of Power Electronics and Drive Systems
In photovoltaic (PV) systems, maximum power point tracking (MPPT) techniques are used to track the maximum power from the PV array under the change in irradiance and temperature conditions. The perturb and observe (P&O) is one of the most widely used MPPT techniques in recent times due to its simple implementation and improved performance. However, the P&O has limitations such as oscillation around the MPP during which time the P&O algorithm will become confused due to rapidly changing atmospheric conditions. To overcome the above limitation, this paper uses the fuzzy logic controller (FLC) to track the maximum power from the PV system under different irradiance, integrates it with a DC-DC boost converter as a tracker. The result of the FLC performance is compared with the traditional P&O method and shows the MPPT algorithm based on FLC ensures continuous tracking of the maximum power within a short period compared with the traditional P&O method. Besides that, the proposed method (FLC) has a faster dynamic response and low oscillations at the operating point around the MPP under steady-state conditions and dynamic change in irradiance.Análise de parâmetros característicos de módulos fotovoltaicos.
The document analyzes characteristics of 281 commercial photovoltaic modules from different technologies and manufacturers based on their electrical parameters extracted from datasheets. It finds that module efficiency increases with peak power and that most modules have short-circuit currents between 7-9 amps and open-circuit voltages between 21.6-49.5 volts. A strong correlation exists between maximum rated power values and short-circuit/open-circuit voltages. The study aims to describe the 2012 photovoltaic market and notes that characteristics may vary in coming years, justifying continued analysis as technologies and modules change.
Analytical Estimation and Numerical Simulation of Vibration based Piezoelectr...
This summarizes an academic research paper that analytically and numerically simulates piezoelectric energy harvesters. It begins with an analytical model using Newton's laws of motion and Laplace transformations to estimate the electrical performance. Numerical simulations are also performed using ABAQUS finite element software to model lead zirconate titanate and barium titanate piezoelectric materials under various loading conditions and frequencies. The results are compared to published experimental data to validate the models. The goal is to characterize piezoelectric materials for energy harvesting applications.
Voltage sensitivity analysis to determine the optimal integration of distribu...
This paper presents a voltage sensitivity analysis with respect to the real power injected with renewable energies to determine the optimal integration of distributed generation (DG) in distribution systems (DS). The best nodes where the power injections improve voltages magnitudes complying with the constraints are determined. As it is a combinatorial problem, particle swarm optimization (PSO) and simulated annealing (SA) were used to change injections from 10% to 60% of the total power load using solar and wind generators and find the candidate nodes for installing power sources. The method was tested using the 33-node, 69-node and 118-node radial distribution networks. The results showed that the best nodes for injecting real power with renewable energies were selected for the distribution network by using the voltage sensitivity analysis. Algorithms found the best nodes for the three radial distribution networks with similar values in the maximum injection of real power, suggesting that this value maintains for all the power system cases. The injections applied to the different nodes showed that voltage magnitudes increase significantly, especially when exceeding the maximum penetration of DG. The test showed that some nodes support injections up to the limits, but the voltages increase considerably on all nodes.
Power Generation Using Piezoelectric Transducer
The most basic need of today’s world is energy which is non-renewable source of energy available on earth. The
need is increasing day by day, to overcome this there is requirement of energy harvesting. This paper attempts
to show how man has been utilizing and optimizing kinetic energy. Current work also illustrates the working
principle of piezoelectric crystal and various sources of vibration for the crystal. “The idea of energy harvesting
is applicable to sensors as well as transducers that are placed and operated on some entities for a long time to
replace the sensor module batteries. Such sensors are commonly called self-powered sensors.” Embarked
piezoelectric transducer, which is an electromechanical converter, undergoes mechanical vibrations therefore
produce electricity. This power source has many applications as in agriculture, home application and street
lighting and as energy source for sensors in remote locations
LUIS ANGEL LUGO MORÁN RESUME I
Luis Angel Lugo-Morán seeks a job applying his electrical engineering skills. He has a BS in Electrical Engineering from the University of Puerto Rico, Mayagüez Campus. His experience includes designing electrical systems for a community center and photovoltaic systems, optimizing a solar car's power electronics, and administering an engineering laboratory. He is proficient in software like PSpice, MATLAB and AutoCAD.
Advance Power System Relaying Theory and Application
This document advertises a two-day master class on advance power system relaying theory and application to be held on November 28th and 29th 2014 in Mumbai, India. The class will cover topics such as power system faults, protection schemes, relaying applications, and new technologies impacting protective relaying. It provides contact information for nominations and lists the course speakers' qualifications.
Energies 10-00523
This document discusses modelling and optimization in microgrids. It begins by defining microgrids and differentiating them from similar network structures like standalone grids and hybrid power plants. It then describes the various layers of a microgrid system, including the component, communication, information, application, and business layers. The rest of the document focuses on simulating and optimizing a microgrid case study to aid in sizing the components.
Power System Problems in Teaching Control Theory on Simulink
This experiment demonstrates to engineering students that control system and power system theory are not orthogonal, but highly interrelated. It introduces a real-world power system problem to enhance time domain State Space Modelling (SSM) skills of students. It also shows how power quality is affected with real-world scenarios. Power system was modeled in State Space by following its circuit topology in a bottom-up fashion. At two different time instances of the power generator sinusoidal wave, the transmission line was switched on. Fourier transform was used to analyze resulting line currents. It validated the harmonic components, as expected, from power system theory. Students understood the effects of switching transients at various times on supply voltage sinusoid within control theory and learned time domain analysis. They were surveyed to gauge their perception of the project. Results from a before/after assessment analyzed usingT-Tests showed a statistically significant enhanced learning in SSM.
Paper id 21201495
This document presents a model of a photovoltaic array developed in MATLAB/Simulink. The model accounts for the effects of irradiation and temperature on the output current and power. The photovoltaic array is modeled as a current source in parallel with a diode. Equations are provided to calculate the photo current, reverse saturation current, and saturation current as functions of irradiation, temperature, and other parameters. Simulation results show the I-V and P-V characteristics of the photovoltaic module under varying irradiation levels and constant temperature, demonstrating increased current, voltage, and power output with higher irradiation. The model provides an accurate representation of a photovoltaic module for researchers to study the effects of operational factors on
Energies 11-01963
This document describes a numerical analysis to determine reliable parameters for the one-diode model of perovskite solar cells. 11 perovskite solar cells with efficiencies ranging from 4.6-12.2% were fabricated and characterized. A genetic algorithm combined with the Nelder-Mead method was used to minimize errors between measured I-V curves and the one-diode model, estimating photo-generated current, diode saturation current, ideality factor, shunt and series resistances. A sensitivity analysis of errors showed the estimated parameters were reliable and related to low errors. The analysis found the one-diode model suitable for modeling perovskite solar cells and ideality factors were typically around 2 for
Wenxi Yu resume
This document is a resume for Wenxi Yu, who is seeking a growth-oriented role. Yu has a M.S. in Electrical Engineering from the University of Michigan-Dearborn with a 3.94 GPA. Yu has experience in areas such as multi-project management, circuit soldering and debugging, systems design, digital signal processing, and research. Notable projects include simulating active and passive suspension systems in MATLAB/Simulink, designing a pupil servomechanism system, and developing a high efficiency micro-inverter for solar panels. Yu is currently a research assistant focusing on subwavelength grating resonance and solar cell antireflection coatings.
A Framework for Optimizing the Process of Energy Harvesting from Ambient RF S...
Energy harvesting has been an active research topic in the past half a decade with respect to wireless networks. We reviewed some of the recent techniques towards improving energy harvesting performance to find that there is a large scope of improvement in terms of optimization and addressing problems pertaining to low-powered communicating mobile nodes. Therefore, we present a framework for identifying available RF sources of energy and constructing a robust link between the energy source and the mobile device. We apply linear optimization approach to enhance the performance of energy harvesting. Probabilility theory is used for identification of event loss in the presence of different number of nodes as well as node distances. The objective of the proposed system is to offer better availability of RF signals as well as better probability of energy harvesting for mobile devices. The proposed technique is also found to be computationally cost effective.
CV_Md Tarik Chowdhury
The document provides a summary of skills and experience for an electrical engineering job applicant. It lists their expertise in areas such as power electronics, electric machines, DSP coding, and control systems. It also outlines their technical skills with various software programs and languages. Their education includes a master's degree from Northeastern University and undergraduate degree from Bangladesh University of Engineering & Technology. For experience, they have worked on research projects related to power converters and inverters. They have also held teaching assistant and lecturer roles. The document includes details of graduate design projects and publications.
Energies 13-02570
The document describes a study that used machine learning models to predict the power output of horizontal solar photovoltaic panels using weather and location data from 12 sites in the northern hemisphere. A random forest regression model was able to predict panel power output with an R2 value of 0.94 based on variables like temperature, humidity, wind speed, and cloud ceiling without using direct solar irradiation data. The random forest model found temperature, humidity, and cloud ceiling to be the most important predictor variables. The study aims to accurately predict panel output without the challenges of modeling direct irradiation data.
20140513_jeffyang_demo_openstack
This document discusses using Pacemaker, Corosync and DRBD to provide high availability for MySQL databases in an OpenStack cloud environment. It presents the technical objectives of providing active-passive database HA, data persistence with DRBD, monitoring MySQLd with Corosync, and floating the IP address when failures occur using Pacemaker. Sample configurations are shown for Corosync and Pacemaker to configure the HA cluster.
plan de rémunération Frédéric M
plan de rémunération Frédéric M qui vous montre combien vous pourriez gagner avec une activité de VDI.
S M Ali CV - BMS Service Engr
Sayed Muhammad Ali is an electronics engineer seeking a career opportunity. He has a Bachelor's degree in electronics engineering from IQRA University with a GPA of 3.24/4.0. His past experience includes working as a BMS engineer for Advance Controls Private Ltd, where he performed testing, commissioning, programming and troubleshooting of BMS systems. He also worked as a BSS & MW engineer for Mobilink Private Ltd, where he installed and configured 2G and 3G networks and transmission nodes. He is proficient in programming languages like C and C++ as well as AutoCAD and MS Office.
Webinar Monitoring in era of cloud computing
Create-Net is a research center that offers cloud computing research, consulting, training, and webinars. This webinar discusses monitoring in the cloud computing era, beginning with introductions to Ceilometer and Monasca. Ceilometer is OpenStack's metering framework that collects data from OpenStack services through agents and notifications. It stores data in a database and provides an API. Monasca is a monitoring as a service platform that processes metrics and events at scale through microservices and stores data for querying and visualization. The webinar concludes with a discussion of trends in cloud monitoring.
Calendario con pictogramas
Este documento presenta un calendario ilustrado con pictogramas para ayudar a las personas con discapacidades de comunicación y lenguaje a comprender el paso del tiempo y los días de la semana y los meses del año. El calendario incluye pictogramas para los días de la semana, los meses del año ordenados de enero a diciembre, y casillas vacías para que la persona pueda marcar los días.
More Related Content
What's hot
Análise de parâmetros característicos de módulos fotovoltaicos.
The document analyzes characteristics of 281 commercial photovoltaic modules from different technologies and manufacturers based on their electrical parameters extracted from datasheets. It finds that module efficiency increases with peak power and that most modules have short-circuit currents between 7-9 amps and open-circuit voltages between 21.6-49.5 volts. A strong correlation exists between maximum rated power values and short-circuit/open-circuit voltages. The study aims to describe the 2012 photovoltaic market and notes that characteristics may vary in coming years, justifying continued analysis as technologies and modules change.
Analytical Estimation and Numerical Simulation of Vibration based Piezoelectr...
This summarizes an academic research paper that analytically and numerically simulates piezoelectric energy harvesters. It begins with an analytical model using Newton's laws of motion and Laplace transformations to estimate the electrical performance. Numerical simulations are also performed using ABAQUS finite element software to model lead zirconate titanate and barium titanate piezoelectric materials under various loading conditions and frequencies. The results are compared to published experimental data to validate the models. The goal is to characterize piezoelectric materials for energy harvesting applications.
Voltage sensitivity analysis to determine the optimal integration of distribu...
This paper presents a voltage sensitivity analysis with respect to the real power injected with renewable energies to determine the optimal integration of distributed generation (DG) in distribution systems (DS). The best nodes where the power injections improve voltages magnitudes complying with the constraints are determined. As it is a combinatorial problem, particle swarm optimization (PSO) and simulated annealing (SA) were used to change injections from 10% to 60% of the total power load using solar and wind generators and find the candidate nodes for installing power sources. The method was tested using the 33-node, 69-node and 118-node radial distribution networks. The results showed that the best nodes for injecting real power with renewable energies were selected for the distribution network by using the voltage sensitivity analysis. Algorithms found the best nodes for the three radial distribution networks with similar values in the maximum injection of real power, suggesting that this value maintains for all the power system cases. The injections applied to the different nodes showed that voltage magnitudes increase significantly, especially when exceeding the maximum penetration of DG. The test showed that some nodes support injections up to the limits, but the voltages increase considerably on all nodes.
Power Generation Using Piezoelectric Transducer
The most basic need of today’s world is energy which is non-renewable source of energy available on earth. The
need is increasing day by day, to overcome this there is requirement of energy harvesting. This paper attempts
to show how man has been utilizing and optimizing kinetic energy. Current work also illustrates the working
principle of piezoelectric crystal and various sources of vibration for the crystal. “The idea of energy harvesting
is applicable to sensors as well as transducers that are placed and operated on some entities for a long time to
replace the sensor module batteries. Such sensors are commonly called self-powered sensors.” Embarked
piezoelectric transducer, which is an electromechanical converter, undergoes mechanical vibrations therefore
produce electricity. This power source has many applications as in agriculture, home application and street
lighting and as energy source for sensors in remote locations
LUIS ANGEL LUGO MORÁN RESUME I
Luis Angel Lugo-Morán seeks a job applying his electrical engineering skills. He has a BS in Electrical Engineering from the University of Puerto Rico, Mayagüez Campus. His experience includes designing electrical systems for a community center and photovoltaic systems, optimizing a solar car's power electronics, and administering an engineering laboratory. He is proficient in software like PSpice, MATLAB and AutoCAD.
Advance Power System Relaying Theory and Application
This document advertises a two-day master class on advance power system relaying theory and application to be held on November 28th and 29th 2014 in Mumbai, India. The class will cover topics such as power system faults, protection schemes, relaying applications, and new technologies impacting protective relaying. It provides contact information for nominations and lists the course speakers' qualifications.
Energies 10-00523
This document discusses modelling and optimization in microgrids. It begins by defining microgrids and differentiating them from similar network structures like standalone grids and hybrid power plants. It then describes the various layers of a microgrid system, including the component, communication, information, application, and business layers. The rest of the document focuses on simulating and optimizing a microgrid case study to aid in sizing the components.
Power System Problems in Teaching Control Theory on Simulink
This experiment demonstrates to engineering students that control system and power system theory are not orthogonal, but highly interrelated. It introduces a real-world power system problem to enhance time domain State Space Modelling (SSM) skills of students. It also shows how power quality is affected with real-world scenarios. Power system was modeled in State Space by following its circuit topology in a bottom-up fashion. At two different time instances of the power generator sinusoidal wave, the transmission line was switched on. Fourier transform was used to analyze resulting line currents. It validated the harmonic components, as expected, from power system theory. Students understood the effects of switching transients at various times on supply voltage sinusoid within control theory and learned time domain analysis. They were surveyed to gauge their perception of the project. Results from a before/after assessment analyzed usingT-Tests showed a statistically significant enhanced learning in SSM.
Paper id 21201495
This document presents a model of a photovoltaic array developed in MATLAB/Simulink. The model accounts for the effects of irradiation and temperature on the output current and power. The photovoltaic array is modeled as a current source in parallel with a diode. Equations are provided to calculate the photo current, reverse saturation current, and saturation current as functions of irradiation, temperature, and other parameters. Simulation results show the I-V and P-V characteristics of the photovoltaic module under varying irradiation levels and constant temperature, demonstrating increased current, voltage, and power output with higher irradiation. The model provides an accurate representation of a photovoltaic module for researchers to study the effects of operational factors on
Energies 11-01963
This document describes a numerical analysis to determine reliable parameters for the one-diode model of perovskite solar cells. 11 perovskite solar cells with efficiencies ranging from 4.6-12.2% were fabricated and characterized. A genetic algorithm combined with the Nelder-Mead method was used to minimize errors between measured I-V curves and the one-diode model, estimating photo-generated current, diode saturation current, ideality factor, shunt and series resistances. A sensitivity analysis of errors showed the estimated parameters were reliable and related to low errors. The analysis found the one-diode model suitable for modeling perovskite solar cells and ideality factors were typically around 2 for
Wenxi Yu resume
This document is a resume for Wenxi Yu, who is seeking a growth-oriented role. Yu has a M.S. in Electrical Engineering from the University of Michigan-Dearborn with a 3.94 GPA. Yu has experience in areas such as multi-project management, circuit soldering and debugging, systems design, digital signal processing, and research. Notable projects include simulating active and passive suspension systems in MATLAB/Simulink, designing a pupil servomechanism system, and developing a high efficiency micro-inverter for solar panels. Yu is currently a research assistant focusing on subwavelength grating resonance and solar cell antireflection coatings.
A Framework for Optimizing the Process of Energy Harvesting from Ambient RF S...
Energy harvesting has been an active research topic in the past half a decade with respect to wireless networks. We reviewed some of the recent techniques towards improving energy harvesting performance to find that there is a large scope of improvement in terms of optimization and addressing problems pertaining to low-powered communicating mobile nodes. Therefore, we present a framework for identifying available RF sources of energy and constructing a robust link between the energy source and the mobile device. We apply linear optimization approach to enhance the performance of energy harvesting. Probabilility theory is used for identification of event loss in the presence of different number of nodes as well as node distances. The objective of the proposed system is to offer better availability of RF signals as well as better probability of energy harvesting for mobile devices. The proposed technique is also found to be computationally cost effective.
CV_Md Tarik Chowdhury
The document provides a summary of skills and experience for an electrical engineering job applicant. It lists their expertise in areas such as power electronics, electric machines, DSP coding, and control systems. It also outlines their technical skills with various software programs and languages. Their education includes a master's degree from Northeastern University and undergraduate degree from Bangladesh University of Engineering & Technology. For experience, they have worked on research projects related to power converters and inverters. They have also held teaching assistant and lecturer roles. The document includes details of graduate design projects and publications.
Energies 13-02570
The document describes a study that used machine learning models to predict the power output of horizontal solar photovoltaic panels using weather and location data from 12 sites in the northern hemisphere. A random forest regression model was able to predict panel power output with an R2 value of 0.94 based on variables like temperature, humidity, wind speed, and cloud ceiling without using direct solar irradiation data. The random forest model found temperature, humidity, and cloud ceiling to be the most important predictor variables. The study aims to accurately predict panel output without the challenges of modeling direct irradiation data.
What's hot (14)
Análise de parâmetros característicos de módulos fotovoltaicos.
Análise de parâmetros característicos de módulos fotovoltaicos.
Analytical Estimation and Numerical Simulation of Vibration based Piezoelectr...
Analytical Estimation and Numerical Simulation of Vibration based Piezoelectr...
Voltage sensitivity analysis to determine the optimal integration of distribu...
Voltage sensitivity analysis to determine the optimal integration of distribu...
Advance Power System Relaying Theory and Application
Advance Power System Relaying Theory and Application
Power System Problems in Teaching Control Theory on Simulink
Power System Problems in Teaching Control Theory on Simulink
A Framework for Optimizing the Process of Energy Harvesting from Ambient RF S...
A Framework for Optimizing the Process of Energy Harvesting from Ambient RF S...
Viewers also liked
20140513_jeffyang_demo_openstack
This document discusses using Pacemaker, Corosync and DRBD to provide high availability for MySQL databases in an OpenStack cloud environment. It presents the technical objectives of providing active-passive database HA, data persistence with DRBD, monitoring MySQLd with Corosync, and floating the IP address when failures occur using Pacemaker. Sample configurations are shown for Corosync and Pacemaker to configure the HA cluster.
plan de rémunération Frédéric M
plan de rémunération Frédéric M qui vous montre combien vous pourriez gagner avec une activité de VDI.
S M Ali CV - BMS Service Engr
Sayed Muhammad Ali is an electronics engineer seeking a career opportunity. He has a Bachelor's degree in electronics engineering from IQRA University with a GPA of 3.24/4.0. His past experience includes working as a BMS engineer for Advance Controls Private Ltd, where he performed testing, commissioning, programming and troubleshooting of BMS systems. He also worked as a BSS & MW engineer for Mobilink Private Ltd, where he installed and configured 2G and 3G networks and transmission nodes. He is proficient in programming languages like C and C++ as well as AutoCAD and MS Office.
Webinar Monitoring in era of cloud computing
Create-Net is a research center that offers cloud computing research, consulting, training, and webinars. This webinar discusses monitoring in the cloud computing era, beginning with introductions to Ceilometer and Monasca. Ceilometer is OpenStack's metering framework that collects data from OpenStack services through agents and notifications. It stores data in a database and provides an API. Monasca is a monitoring as a service platform that processes metrics and events at scale through microservices and stores data for querying and visualization. The webinar concludes with a discussion of trends in cloud monitoring.
Calendario con pictogramas
Este documento presenta un calendario ilustrado con pictogramas para ayudar a las personas con discapacidades de comunicación y lenguaje a comprender el paso del tiempo y los días de la semana y los meses del año. El calendario incluye pictogramas para los días de la semana, los meses del año ordenados de enero a diciembre, y casillas vacías para que la persona pueda marcar los días.
Viewers also liked (8)
Similar to BenHutcheonResume
henok updated resume 2016
Henok Workayehu is seeking an entry-level electrical engineering position with relevant coursework, skills, and experience in electrical engineering. He has a Bachelor's and Master's degree in Electrical Engineering from UMass Lowell with honors and a 3.6 GPA. His senior project involved designing a light show to calm adults with autism. He has experience in research assistance, battery testing, and circuit board design and testing from internships.
Zilong Yu's resume
Zilong Yu received a Master of Science in Electrical Engineering from Pennsylvania State University in 2014 with a GPA of 3.74. He holds a Bachelor of Science in Electrical Engineering Technology from Southern Polytechnic State University from 2011 with a GPA of 3.56. He has over 2 years of experience as an Electrical Engineer at Pangborn LLC, where he designed control systems and panels.
kj-cvn
Kamal Jain is seeking a position that allows him to utilize his skills and grow professionally. He has a B.Tech in Electrical and Electronics Engineering from Delhi Technological University, earning grades of 72.27% and 83.2% and 89% in 10th, 12th standards respectively. His experience includes volunteering for cultural events at DTU and working on projects involving solar energy inverters, maximum power tracking systems, and alarm circuits. He has also completed industrial trainings at Bharat Heavy Electricals and National Technical Services Centre, gaining experience with electrical equipment, communication systems, PLCs, and SCADA systems.
Unit1 8
This document provides an overview of power system analysis and stability course content. The course will cover various topics related to power system modeling, analysis, and operation including representation of power systems using one-line diagrams and impedance diagrams, symmetrical and unsymmetrical fault analysis using symmetrical components, and system stability studies. The course will be taught over 35 hours by three subject experts in three weekly sessions, covering each of the five chapters in the textbook.
Understanding power concepts rev 0
The document provides an overview and learning objectives for an electrical power engineering course covering topics such as AC/DC basics, electrical codes and safety, grounding, motors, transformers, distribution systems, and generators. The course is intended to close knowledge gaps for industry professionals and provide real-world examples, checklists, practice problems, and surveys of current issues seen in the field. The modules will cover fundamental power engineering concepts needed to keep pace with emerging technologies.
CV_Valentin Daniel Giurgiu
This document provides a resume for Dr. Valentin Daniel Giurgiu, including his contact information, areas of expertise in power systems and mathematical modeling, education background, professional experience, research interests, publications, and references. It details his extensive experience in power engineering roles, research projects, and teaching positions in both academia and industry.
Bidirectional DC-DC isolated converter
In this project, main focus is to develop high power density and high efficiency converter with closed loop control for attaining load and line regulation. Complete converter was simulated in PSIM and implemented hardware in CEERI lab.
Power Concentration
The document summarizes the Electric Power Technical Interest Group at Georgia Tech, including its faculty, areas of research and education, research centers, courses offered, and examples of current research projects in electric machines and power electronics. The group has leading programs in power engineering and conducts research across various areas of power systems, power electronics, and electric machines.
Microcontroller based mho relay for distance protection (1)
This document discusses the design of a microcontroller-based directional Mho relay. It begins with an introduction to power system protection and classifications of relays. It then focuses on Mho relays, which are distance relays with an inherent directional element. The document outlines the requirements and block diagram for the microcontroller-based Mho relay, including an ATmega 328 microcontroller, current and voltage sensors, zero crossing detector, and LCD display. It provides time targets for the project, including simulating and designing power factor measurement by mid-February and building and testing the relay hardware by late March.
CV_Moges_2015
This document provides a curriculum vitae for Mequanint A. Moges, PhD. It details his educational background, including a PhD in Computer Communications & Networking from Stony Brook University. It also outlines his professional experience, which includes serving as Assistant Chair and Associate Professor in the Department of Engineering Technology at the University of Houston. His research interests involve wireless sensor networks and performance analysis of computer and communication systems.
Brandon's Resume
Brandon Theriot is seeking an entry-level electrical engineering position and has over 5 years of experience as an electrician and technician installing, programming, and troubleshooting various electrical systems including fire alarms, access controls, and CCTV. He has a B.S. in Electrical Engineering from the University of New Orleans and certifications in alarm technician and NCCER fundamentals.
Microcontroller based mho relay for distance protection
You haven't seen this type of ppt
this is by
Mohan K M
Ganesh C
Yerriswamy A
from PESIT Bangalore
curriculum vitae(CV)
Adeel Shahbaz is seeking a position as an electrical engineer where he can gain diversified experience and continue professional growth. He has a B.Sc. in Electrical Engineering from the University of Engineering and Technology with a CGPA of 3.14. His final year project involved developing a high voltage DC power supply up to 32kv using techniques like push-pull and voltage multiplication. He has skills in programming, software, and areas of electrical engineering like power systems and power electronics.
Lim, Azytet Vercykie L.
Azytet Vercykie L. Lim is seeking an electrical engineering position to utilize her skills. She holds a Bachelor of Science in Electrical Engineering from the University of Santo Tomas and is a licensed electrical engineer. Her work experience includes a traineeship performing maintenance on low voltage switchgears and transformers. She has extracurricular involvement with the Electrical Engineering Circuit Society and has attended seminars on energy issues and variable frequency drives.
Electrical17OCT
This document is a resume for Jay A. Tenison, an electrical engineer with over two years of experience in power distribution networks. He has a Master's degree in Engineering from Arizona State University and is seeking new opportunities to further his knowledge of power distribution and high voltage power. His resume highlights relevant skills, education, work experience designing electrical systems, and military background.
Most current resume
Rick Gilbert is an electrical engineer with over 30 years of experience. He has worked on numerous projects in various industries including power generation, manufacturing, and aviation. Gilbert has extensive experience in electrical design, testing, maintenance, and planning. He is proficient in AutoCAD, programming, power system analysis software, and schematic design. Gilbert holds security clearances and certifications in power electronics and naval aviation systems.
Electrical Distribution Systems: Syllabus
This document outlines the syllabus for an Electrical Distribution Systems course, including course objectives, outcomes, textbooks, and content of each unit. The course objectives are to study various factors of distribution systems, design substations and feeders, determine voltage drop and power loss, understand protection and coordination, and the effects of compensation and voltage control. The 6 units cover general concepts, substation design, system analysis, protection and coordination, power factor improvement through compensation, and voltage control. The objectives are for students to understand distribution systems, design components, perform analyses, and apply concepts like protection, compensation and control.
pavippt [654168]
This project deals with implementing wireless power transfer for pacemakers to avoid risks of battery replacement surgery. The system uses electromagnetic induction with a transmitting coil powering a receiving coil inside the implanted medical device. It allows charging the pacemaker battery without wires, improving patient quality of life and reducing economic costs compared to periodic device replacement once batteries expire. Future applications of this wireless charging technology could benefit other implantable medical devices.
Similar to BenHutcheonResume (20)
Microcontroller based mho relay for distance protection (1)
Microcontroller based mho relay for distance protection (1)
Microcontroller based mho relay for distance protection
Microcontroller based mho relay for distance protection
BenHutcheonResume
- 1. Ben Hutcheon 2 Orchard Road • Pompton Plains, NJ • 07444 CELL (973) 879-2883 • E-MAIL hutcheonb@gmail.com EDUCATION New Jersey Institute of Technology (NJIT) – Newark, NJ Graduation: Dec 2015 B.S. Electrical Engineering – Power Systems Track GPA: 3.85 Key Courses: Power Systems, Energy Conversion, Protection of Power Systems, Economic Control of Interconnected Power Systems, Power Systems Lab, Electromagnetic Fields, Renewable Energy Systems, Project – Robotic Unicycle Key Subjects: Fault Analysis, Symmetrical Components, Power Flow, Circuit Theory, Transmission Line Theory, Electrical Machinery, Protective Relays, Electromagnetics, Electronics, and Microcontrollers William Paterson University – Wayne, NJ (2005-2010) B.A. Music & Sound Engineering, Minor in Classical Guitar EXPERIENCE Assistant Electrical Engineer – New York, NY (May 2014-Present) Thomas Polise Consulting Engineer, P.C. Designed and drafted (AutoCAD, Revit) electrical systems for buildings of various uses • Power, Lighting, & Fire Alarm systems • Branch circuiting, panel scheduling, riser diagrams, disconnect switches, load calculations/letters, wire sizing, fire alarm device layout, conduit routing, transformers, inverter sizing, code research, trade coordination, voltage drop, reviewing shop drawing submissions and change orders • Familiar with National Electric Code, NFPA 72, NYC building code • Normal, Emergency, Standby, and Optional Standby power systems • Site surveys to determine existing electrical systems within scope of work area for demolition or reuse, and to conduct punch lists • Learned basics of how building system mechanical equipment works Solar’n’more - Pompton Plains, NJ (Fall 2013) • Assisted in solar panel installation and removals Ariel Music & Events – New York Metropolitan Area (2010-2013) • Led the band’s live sound, lighting, setup/teardown, & road crew • Recruited and trained New Hires and diagnosed technical issues COMPUTER Proficient: AutoCAD, COMcheck, Multisim, Pro Tools, MS office, Word, Excel, SKILLS Power Point, Adobe Intermediate: Revit, Powerworld Simulator, C++, Arduino, Matlab HONORS Power & Energy Society Scholar: fall 2015 Dean’s List: spring ’15, fall ’14, spring ’14, fall ’13, spring ’13, fall ’12, fall ’09, fall ’07, spring ’07, fall ’06, fall ’05 2 Orchard Road, Pompton Plains, NJ • 07444 • CELL (973) 879-2883 • E-MAIL hutcheonb@gmail.com