EDUARD LOICZLI

adioj4@r.postjobfree.com C: 647-***-**** Toronto, Ontario M2R 2A4

Summary

Goals: Manage Multiple Electrical, Instrumentation and Control Projects, provide best technical and cost effective solutions, act as the leader, principal electrical engineer, mentoring and directing the less experienced engineers on their task to achieve best results. My strong expertise in: Low and Medium Voltage Substations; Standby Generators and Control; Power Transformers; UPS; Motors and Drives; ETAP & EASY Power-Load Flow Calculation; Short Circuit Analysis; Protection Coordination; Grounding; Automation; PLC/PAC Programming-Rockwell and Allen Bradley; Power Electronics; Electrical Motor / Servo Control will contribute to fast efficient solving of any problem related to this field.

Skills

ETAP POWER STATION

EASY POWER

LOAD FLOW CALCULATION

SHORT CIRCUIT CALCULATION

SHORT CIRCUIT ANALISYS

RELAY PROTECTION AND COORDINATION

ARC FLASH CALCULATION -NFPA - 70E; IEEE 1584; CSA Z 462

SUBSTATION GROUNDING SYSTEM DESIGN

MOTORS AND DRIVE SYSTEMS

MCC AND MOTOR STARTERS

BACKUP GENERATOR SYSTEMS

ALLEN BRADLEY PLC PROGRAMMING

ROCKWELL SCADA AND PAC - PLANT PAX

SERVO SYSTEMS AND ROBOTICS

TRANSFORMER TESTING

ELECTRICAL EQUIPMENT TESTING

DETAILED ELECTRICAL DESIGN

HARMONICS IDENTIFICATION AND FILTERS CALCULATION

UNBALANCE LOAD

MOTOR STARTING STUDY

FAST TRANSFER AND TRANSIENTS STUDY

Experience

Design Engineer

01/1986 - 01/1990

Electrometal Timisoara, Romania,, I was a key player for the implementation and testing of the new generation of the Streetcar design with chopper.

In this period of time I also received three certificates for innovation: "Regenerative stand for streetcar gear box testing"; Vector Control for streetcar"; "Calculations of the streetcar performance".

I also published five papers in the National Conference of Electrical Drives".

MAGLEV Prototype: System Developed and test on 4 km long rail, using Synchronous Linear Motors and Levitation Coils with Fuzzy Logic and Sliding Mode Close Loop Control.

Single Phase Output Motor Drive: for single phase induction Motor, developed and tested for low power applications, replacing the old capacitor starting systems.

ITC the Institute for Computer

Third Degree Principal Researcher

01/1990 - 01/1997

I was developing the control System MICROREG for motorized pumps for agriculture, using Z80 microprocessor and assembler language.

Also I designed a Current inverter for high power induction motor 500 KW, for Sugar Plant in Timisoara.

01/1997 - 01/1998

Spartec Control (A division of Harland & Simon-ROBICON subsidiary) As a Design Engineer I was designing the control algorithm for the multi-drive based on the 68HC332 Motorola Microcontroller.

The multi-drive was designed to control induction motor; DC Motor or brushless synchronous motor.

I also did SIMULINK, SIMNON and SPICE simulations in order to design the control for the drive.

Vitroloc Corporation

Senior Design Engineer

01/1998 - 01/1999

Design, program and test the PLC-Servo Control and HMI for Glass Industry, high precision manufacturing (American Ford Glass-AFG).

Design; Program and commission the new PLC and servo-systems for the automated lines used in glass industry based on: Giddings & Louis PLC-Servo System; Omron PLC; GALILL eight axes Servo System, Allen Bradley System, Mitsubishi and Siemens Vector control drives.

ONTARIO POWER GENERATION DARLINGTON, CANADA

Senior Electrical Engineer

09/1999 - 01/2020

Ontario Power Generation Pickering Nuclear Division In my role of Senior Electrical & Control Engineer in the Darlington & Pickering Nuclear Plant, I had a major contribution to the following projects: Darlington Nuclear Station:.

LARGE INDUCTION MOTORS, PHT PUMP MOTOR REPLACEMENT IN DARLINGTON, 9400KW, 13.8KV MOTOR TESTING.

44KV; 13.8KV; 8.32KV Substation Refurbishment, ETAP Model -Protection Coordination study and implementation of the new protections the field.

Darlington Nuclear Station - Grounding Measurements and Study inside and outside the Nuclear Fence.

Darlington Phase Loss Protection Study for UST and SST Transformers.

MOT-Main Output Transformer Protection Replacement and Upgrade.

Darlington ETAP Model Conversion and Validation from version 11 to version 18.

Substation DS1 and DS2 Upgrade for OPG 44 KV Distribution Incoming Power and installation of new DS5 Substations for Darlington Refurbishment Project.

Fuel Handling VFD and Motor Replacement Project using DANFOS FC301 VCC Drive.

Review of EPG1; 2 and EPG3 Loading Calculation and Load Flow Study using ETAP.

Surge Suppression modification for SG Main Contactor.

CCR Conductivity Transmitter Replacement Project-Harmonics Mitigation.

Rotork and Limitork, Electrical Actuators-MOV Replacement.

PLC Control System for VAULT Safe Access (Access inside the Reactor) Pickering Nuclear Station:.

Turbine upgrade for Pickering Nuclear Station Project, Study regarding Power Increase on the Main Generator.

CL III Power Standby Generators, 13.8KV; 7.2 KW, Protection and Logic Upgrade, based on Rockwell CLX 5000 Controllers.

Class II Power 800 KVA UPS replacement.

A retrofit project was starting with the sizing calculation according to the load profile of the class II power; protection, coordination; short circuit analysis using ETAP simulation detailed design and interconnection with the system including Control Room Annunciations and Class II and power battery sizing.

ECI (Emergency Cooling Injection) - D20 Injection Actuator Replacement project.

This project had the main scope to replace the Rotork NA40 actuators with NA90 Actuators.

The actuators power supply is the Class II Power.

The UPS size was 250 KVA (Emerson) was changed to 800 KVA to support the load modification.

New MCC for the actuators was installed.

MISA Project - checking the PLC ladder Logic for Allen Bradley PLC used to control the water treatment process.

Wireless Suit Communication- installation of a new Ericsson wireless communication system Near Control Room with distributed connection points in the Reactor Building and Turbine Auxiliary Bay.

RP02- Design and Technical Specification for Exit; Inter Zone Monitors; Vehicle Monitors; Tritium Degas Facility.

BCC - Boiler Hot Chemical Cleaning using EPRI-SCOTT process for Pickering A.

D2O Upgrade, SLC 500 PLC program for D2O treatment chemical system.

UDM-SLAR: Control Room ventilation upgrade I had also completed numerous ETAP study related to the Class II Power System as such: Voltage Drop calculation; Protection Coordination Plasma - ARC Calculation related to an Investigation of a burned out UPS output transformer on Unit 7 Pickering CL II Power.

YVR, International Vancouver Airport Authority

01/2017 - Current

SKM / Easy Power model upgrade and re-establishment of configuration management.

ARC Flash Calculation using SKM & Easy Power for all YVR Office Building Electrical System.

Harmonic Level Investigation for YVR generated by the VFD used in conveyor system.

Harmonic Mitigation Solution for tripping main Breaker of the Outside Illumination System and burning of the Neutral to ground Link on the Main Transformer, after replacement of the conventional lighting with LED Lighting-1.5 MW total power controlled by CCR Tyristor AC Chopper.

ARC FLASH, Study and verification of the Circuit Breakers for Domestic Terminal and International Terminal of the YVR.

Root Cause Investigation for simultaneous tripping of 8 Circuit Breakers for luggage conveyor systems.

Solution and remedy to fix the existing circuit power system.

Life Expectancy and Study of the main TEMPLETON Substation transformers on load tap changers.

Ontario Power Generation Darlington, Canada

Senior Electrical Engineer

09/1999 - 01/2020

Ontario Power Generation Darlington Nuclear Division.

Education and Training

National Instruments, LAB View

2009

-ETAP Certification

2003

-MGE - California, USA, UPS training;

2003

-OMRON & ROCKWELL PLC/PAC & SCADA Training

2002

-Certification as professional Instructor (SENECA College)

2001

-Obtain PEO License

2000

Nuclear related training. Nuclear Systems, Safety Systems, Safety PLC

1999

University Of Timisoara Romania

Doctor in Electrical Power

04/1997

Doctorate, University of Timisoara, Romania The doctorate was for Large Power Motor Drives, Current Inverters. New control strategy for high power current inverter was developed. Using also: C and assembler language for microcontroller 80HC537. I also designed a network filter calculation using GW-BASIC programming.

University Of Timisoara Romania

Master in Electrical Power & Control

06/1986

Diploma of Electrical Engineer, related to VECTOR Control Strategy for Multi-Motor Drives, University of Timisoara, Romania. I graduate as top of the class in Electrical Engineering, specialized in electrical motors and VECTOR control theory. I also received many awards for outstanding results in learning and research work. My final thesis was "VECTOR Control Simulation for Induction Motor Control". I was using FORTRAN IV and FORTRAN 77 with Runge Kutta-Gill methods for the simulation.

Accomplishments

SOP - Safe Operation Procedure for 25 KV Substations in DTB YVR.

Transformer NGR Sizing Verification and Resonance Study for TEMPLETON SUBSTATION Consulting and teaching: 2019, MULTIMATIC, Toronto.

Automatic Level Control System for Sport CARS 2018, National Grid USA:.

Review of Distance Relay Protection Coordination and transient study 2018, Magna:.

Review and Optimization of the Rockwell CLX 5000 control system for manufacturing 2017-Power Gen, Trinidad & Tobago.

ARC FLASH Calculation based on CSA Z462/NFPA70E.

2016, SUNCOR.

Relay Protection Coordination and Implementation using ETAP 2015, Newfoundland Power Inc.

Review of the Grounding System and Safety 2015, SEMI Phoenix Arizona, USA/CECH Republic.

Design of Medium Voltage Drives, 4.16KV and 3.5 MW Output Power 2014, M2POWER BRUCE.

BRUCE POWER NUCLEAR STATION-Phase Loss Protection Study for MOT; UST and SST Transformer 2007, CPPE Toronto & Dynamic Steels Hamilton.

Oil Extraction Plant, Control and Instrumentation (based on Rockwell Automation) 2006, Rockwell Automation, Power Division-Kitchener.

Design and program of Synchronous Motor Starter (up to 7 MW) 1999-2005: HEXATRONIC Corp.

I was participating in the high power inverter design with IGBT, for medium voltage drive for Westinghouse: 3500Hp; 4160V.

Developing and testing of the Vertical Wind Generators Systems.

Other less important consulting contracts were not mentioned.

Part Time Teaching: Ontario Power Generation; George Brown College; Seneca College; GIC-Global Innovation Campus; Electricity Forum, EPIC, Petrel College, Petro-Ex.

Canada, and University of Timisoara Romania.

Subjects: Substations; Transformers and DGA Testing; Protection Systems; Power System Modeling and Design; Motors and Drives; Motor Testing; Grounding system Design; Distributed Generation; Backup Generators; Rockwell PLC/PAC SCADA and Servo Systems.

References

References: Available upon request.

Languages

Romanian; Hungarian; Spanish; French

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