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Eddie Seyedi

aco3ef@r.postjobfree.com

***** ***** ****** ** *******, TX 77077, Tel: 832-***-****

Holding US Green Card and Social Security number ( US Permanent Resident, do not need

Sponsorship now or in the Future) open to relocate anywhere inside US

Summary

Highly motivated Senior Electric Power Engineer with master degree and 18 year

experience working with power transmission lines, power generation plants, substations

and petrochemical projects.

Power system studies and design including;

load flow study, short circuit calculation, relay protection setting, cable sizing calculation,

cable ladder/tray design, MV and LV (MCC/ PC) switchgears(single line and schematic

design/drawing), grounding grid design, lighting, lightning protection system. Familiar

with ETAP, SKM tools, relevant codes and standards such as ANSI, IEEE, NEC,

NEMA and NESC.

Experience

AF Industry AB, Senior Electrical Engineer

Nov. 2013 – Feb. 2015

KVV 8 Steam Power Generation project (1 x159 MVA)- Siemens, Stockholm, Sweden, to

perform study/calculation and writing report including:

• Load Flow Study

• Short circuit calculation

• Relay Protection coordination Plan (SIPROTEC5 Siemens relays)

• Cable sizing calculation

DolWin2 offshore wind farm project- ABB, Vasteras, Sweden, to perform study/calculation

and writing report including:

• Load Flow Study

• Short circuit calculation

• Relay Protection coordination Plan(ABB and Siprotec Siemens relays)

• Cable sizing calculation

STRI AB, Sep. 2009 – Nov. 2013

Power Systems Analyst

GECOL, Power Quality Analyze, Libya

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• Power quality Analyze for 5 measuring points at different substation in Libya, preparing report

including, harmonic analyze, voltage flicker, active and reactive power variations, frequency

fluctuation.

DNV, Oslo, Norway

• Writing the Recommended practice (RP) (Qualification Procedures for Offshore HVDC

Technologies)

SvK (Swedish TSO)

• Analyze the behavior of 4 stages Sensitive Earth fault Protection during the occurrence of

Geomagnetically Induced Current (GIC) and writing the final report

SvK (Swedish TSO)

• Analyze the ability of Shunt Capacitors Banks tolerance against The DC current induced by GIC

phenomenon

VindForsk (Wind Energy Research Organization) -Sweden

• Analyze, study and investigation the ability to utilize of ‘Synthetic Inertia’ from large Wind

Farms in controlling power frequency during big power loss in the grid with GE wind turbine

model in PSS/E

ABB Substation, Amliden Wind Farm project, Sweden

• Insulation Coordination study, including calculation of Transient and temporary over voltages

due to lightning and switching phenomena and design of Surge Arresters-PSCAD/EMTDC

• Calculation and design of Grounding grid for wind farm- Cyme

ABB Substation, Nada Wind farm, Sweden

• Insulation Coordination study, Transient and temporary over voltages due to lightning and

switching phenomena and selection the technical information and location of Surge Arresters-

PSCAD/EMTDC

Fingrid, Helsinki, Finland

• Reliability and unavailability calculation for new HV substation(230kV, 400kV)-NEPLAN

ENSTOE, Gothenburg, Sweden

• Evaluation of ENESTOE common requirements for wind parks projects among EU countries

SvK, Swedish TSO, Stockholm, Sweden

• Frequency scanning, harmonic analysis of HV and EHV (132, 230 and 400kV)network in

Sweden by Simpow and PSS/E

Midroc Company, Gothenburg, Sweden

• Load flow study, short circuit calculation, voltage drop calculation and selecting the power

transformer owing to limit the three phase short circuit to a desired value

Forsmark Nuclear Power plant, Stockholm, Sweden

• Load flow, short circuit calculation, dynamic and transient study and analyze of over voltages in

the network following by fault clearing with several different scenarios and investigation of over

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voltage, under voltage and loss of synchronous (power slip) protection reaction- PSS/E,

SimPow ( 132, 230 and 400 kV network)

ESKOM, HVDC Study for the Cape Strengthening for 2012 Grid, South Africa

• Load flow, short circuit, voltage stability and sub-synchronous resonance generated by

frequency converters of new HVDC line for 2012 power plan, by Simpow and PSS/E (230, 400

and 735 kV)

Mahabad Petrochemical Project, Sep.2005- Sep.2007

Steam and Power Manager

• Feasibility study of the project

• Plot plan design including analyze and study the best location for process plant, waste water,

cooling system, power generation and steam plant, gas reduction station and etc.

• Site mobilization and temporary power receiving design for construction works

• Evaluation of Bids for power generation plants ( 4 x 10 MV Gas Turbines) offers from different

vendors

MAPNA, Electrical engineer Dec. 2000 – Sep. 2005

Sahand Thermal Power Generation Plant, Iran,

Tehran, EPC project

Design and calculation

• Calculation and design the grounding grid according to IEEE80 for substation(132/230 kV)

and main block area (Boiler, Turbine and transformer areas), Water treatment plant, Main

Cooling System

• Load Flow study, short circuit calculation, relay setting coordination for several plants and

swithchgears

• Cable sizing calculation and cable trench/rack, cable tray/ladder design for water

treatment, main cooling system, Auxiliary boiler, administration buildings,

• Design of lightning protection according to NFPA 780 for main plant,

substation(132/230kV) area and main cooling towers

• Design of Single line diagram, Logical Diagram and Schematic (wiring) diagram for MCC,

MV (6 and 6.6 kV) and HV(132/230kV) Switchgears for Main Block, Main Cooling

System, Water Treatment plant, Savage treatment, administration building and gathering

hall and Substation (230/132kV)

• Design of lighting system for main cooling systems, water treatment, auxiliary boiler, side

office, administration building, warehouse and work shop.

• Design and design review of relay protection systems for generator, exciter, MV

electromotor, transformers including ABB, GE, Schneider, SEL relays

• Substation physical layout and electrical clearances(132/230kV);

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• Substation rigid and strain bus design; CB, DS, ES, SA, bus system configuration

• Substation ground grid design, calculation of step and touch voltage, voltage gradient and

etc;

• Substation surge and direct stroke protection( Lightning and Switching Protection);

• Substation raceway design ( Cable trench, raceway and equipment position plan);

Construction

• Provide erection completion certificate forms (ECC) for subcontractors

• Supervisory and control the installation and erection process for different electrical

equipment/systems including grounding, cable tray/ladder, MCC/PC/MV panels, LV and

MV electromotor, transformers, lighting and lightning, cable pulling, IPB, Generator/exciter,

control and relay protection panels

Commissioning

• Provide test forms (TF) for commissioning subcontractors

• Supervisory and control the pre-commissioning, test and commissioning of electrical

equipment/systems including MCC/PC/MV panels, LV and MV (wire/Telephone check),

electromotor, generator and exciter system, transformers, CT, PT, Surge arresters, CB, DS,

relay protection (distance, differential, overcurrent, etc.) in substation by Omicron/Megger

test devices, Cable test( insulation and high pot for MV cables (6,6 kV ends/joints)

MOTOGEN, Electrical Engineer

Sep. 1998 - Sep. 2000

• Design of winding and core dimension for Induction electromotor including three phase and

single phase electromotors,

• Improvement the electrical and mechanical characteristic of induration motors according to the

client requirements and IEC standard

Fars Industries AB, Sep. 1997 - Sep. 1998

Electrical Shift Engineer

• Doing daily repair and maintenance works for electrical equipment including power

transformers, LV/MV electromotors (400V, 6kV and 11kV), electrical heater tracing,MCC/PC

panels, MV Switchgears, Relay and control protection, Alarm and mimic window panels, DC and

UPS and battery systems in different plants like side offices, Nitrogen, waste water, water

treatment, Olefin, PE, Polystyrene, PP and steam power generation plants

Education

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• Master in Electrical Power Engineering, Chalmers University of Technology, Gothenburg,

Sweden, June.2009

• BSc in electrical Power Engineering, Iran University of Science and Technology, Tehran,

Iran, June. 1995

Publication

• Fault-ride through capability of DFIG wind turbine built-in GE model in PSS/E 31.

Computer Skills

• Microsoft Office,MATLAB/SIMULINK, PSS/E,PSCAD_EMTDC, SIMPOW, NEPLAN,

CYME, AutoCad, Power Factory (DigSILENT), elMASTER, E3 series,FebDok,ETAP,SKM

Language skills

• English Fluent

• Swedish Proficient

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