Raghu Venukadasula is applying for a position with ALSTOM Projects India Ltd. He has over 8 years of experience commissioning electrical systems for power plants. His experience includes commissioning generator and transformer protections, switchgears, generators, DC/UPS systems, and more. He was also involved in site management, coordinating commissioning activities and serving as a turn over package engineer. He provides details on his commissioning experience on various projects in India, Ghana, Iraq, Algeria, and Saudi Arabia.
In this presentation you will learn about:
Past Earthquakes that have Affected Oregon
Oregon Structural Specialty Code History (OSSC)
City of Portland Seismic Code Requirements - Title 24.85
Seismic Upgrade Triggers and Evaluations
The offshore wind farm training course will assist you with understanding the mechanical advancements of offshore windfarms, diverse kinds of wind turbines actualized for offshore ventures, control of offshore wind farms, assurance and dependability evaluation of offshore wind advances.
Learn about:
Crowbars in DFIGs
Back to back converters in DFIGs
Gear box in offshore wind farms
Wind turbines
Modeling of DFIG in abc and dq frames
Unbalanced operation of offshore wind farms
Average modeling of wind farms
Considering the DC side dynamics in offshore wind farms
Active and reactive power control in offshore wind farms
Pitch angle control of wind turbines
Fault ride through capability of offshore wind farms
HVDC and HVAC transmission systems in offshore wind farms
VSC-HVDC transmission in offshore wind farms
Energy storage systems in offshore wind farms
Smart grids in offshore wind farms
Phasor measurement units for offshore wind farms
Audience:
2 days course designed for :
Renewable energy utility engineers
Power traders
Independent system operator personnel
Renewable energy Investors and contractors
Electric utility personnel
Managers, accountants, and executives of power system industry.
Scientist or non-electrical engineers in smart grid projects.
Price: $1,699.00 Length: 2 Days
Training Objectives:
Upon completion of the offshore wind farm training course, the attendees are able to:
Understand the history and background of offshore wind farms
Explain the different types of wind turbines in offshore wind farms
Describe the operation of offshore wind farms
Understand the different types of transmission systems in offshore wind farms
Explain the protections implemented for different parts of offshore wind farms
Understand the control of offshore wind farms
Design an offshore wind farm for a real world project
Tackle the problems related to unbalance and faults in offshore wind farms
Combine the concept of offshore wind farms into the microgrids.
Design the advanced control algorithms for offshore wind turbine projects
Training Outline:
The offshore wind farm training course consists of the following lessons, which can be revised and tailored to the client’s need:
Introduction
Introduction to Wind Energy Systems
Main Components of An Offshore Wind Farm
Wind Turbines Based On DFIG
Control Of Wind Turbines
Transmission And Compensation In Offshore Wind Farm
Protection Of Offshore Wind Farms
Visit Tonex website url below to learn more .
Offshore wind farm training
https://www.tonex.com/training-courses/offshore-wind-farm-training/
This webinar describes some of the challenges faced when monitoring a large fleet of wind turbines. Factors such as different turbine and gearbox types, different condition monitoring systems (CMS), geographically dispersed sites and variations in maintenance practice all make the job of a monitoring engineer a difficult task. Romax utilize in-house software called InSight Fleet Monitor to provide condition monitoring services for over 2 GW of assets globally. Using a single software platform enables the CMS engineers to effectively monitor a huge number of wind turbines efficiently.
This webinar uses some recent examples and case studies to demonstrate fleet-wide condition monitoring in practice. Examples focus on main bearing and gearbox fault detection and, most importantly for the operator, methods for predicting the remaining useful life or ‘time to repair’ for key components.
View this webinar to learn:
-How condition monitoring can be effectively rolled out for large, disparate fleets of wind turbines.
-Valuable insights from recent examples in the field, particularly relating to gearbox and main bearing faults.
-Predicting ‘time to repair’ for major components.
Restoration Drill & Pre-Drill Training ; System Restoration OverviewPower System Operation
Identify historical system events that resulted in system separation and blackouts
WSCC/WECC Disturbance 1996
Northeast Blackout 2003
Arizona-Southern California Outages 2011
Identify the elements and importance of a system assessment following a event
Review system configurations as a result of the disturbances
In this presentation you will learn about:
Past Earthquakes that have Affected Oregon
Oregon Structural Specialty Code History (OSSC)
City of Portland Seismic Code Requirements - Title 24.85
Seismic Upgrade Triggers and Evaluations
The offshore wind farm training course will assist you with understanding the mechanical advancements of offshore windfarms, diverse kinds of wind turbines actualized for offshore ventures, control of offshore wind farms, assurance and dependability evaluation of offshore wind advances.
Learn about:
Crowbars in DFIGs
Back to back converters in DFIGs
Gear box in offshore wind farms
Wind turbines
Modeling of DFIG in abc and dq frames
Unbalanced operation of offshore wind farms
Average modeling of wind farms
Considering the DC side dynamics in offshore wind farms
Active and reactive power control in offshore wind farms
Pitch angle control of wind turbines
Fault ride through capability of offshore wind farms
HVDC and HVAC transmission systems in offshore wind farms
VSC-HVDC transmission in offshore wind farms
Energy storage systems in offshore wind farms
Smart grids in offshore wind farms
Phasor measurement units for offshore wind farms
Audience:
2 days course designed for :
Renewable energy utility engineers
Power traders
Independent system operator personnel
Renewable energy Investors and contractors
Electric utility personnel
Managers, accountants, and executives of power system industry.
Scientist or non-electrical engineers in smart grid projects.
Price: $1,699.00 Length: 2 Days
Training Objectives:
Upon completion of the offshore wind farm training course, the attendees are able to:
Understand the history and background of offshore wind farms
Explain the different types of wind turbines in offshore wind farms
Describe the operation of offshore wind farms
Understand the different types of transmission systems in offshore wind farms
Explain the protections implemented for different parts of offshore wind farms
Understand the control of offshore wind farms
Design an offshore wind farm for a real world project
Tackle the problems related to unbalance and faults in offshore wind farms
Combine the concept of offshore wind farms into the microgrids.
Design the advanced control algorithms for offshore wind turbine projects
Training Outline:
The offshore wind farm training course consists of the following lessons, which can be revised and tailored to the client’s need:
Introduction
Introduction to Wind Energy Systems
Main Components of An Offshore Wind Farm
Wind Turbines Based On DFIG
Control Of Wind Turbines
Transmission And Compensation In Offshore Wind Farm
Protection Of Offshore Wind Farms
Visit Tonex website url below to learn more .
Offshore wind farm training
https://www.tonex.com/training-courses/offshore-wind-farm-training/
This webinar describes some of the challenges faced when monitoring a large fleet of wind turbines. Factors such as different turbine and gearbox types, different condition monitoring systems (CMS), geographically dispersed sites and variations in maintenance practice all make the job of a monitoring engineer a difficult task. Romax utilize in-house software called InSight Fleet Monitor to provide condition monitoring services for over 2 GW of assets globally. Using a single software platform enables the CMS engineers to effectively monitor a huge number of wind turbines efficiently.
This webinar uses some recent examples and case studies to demonstrate fleet-wide condition monitoring in practice. Examples focus on main bearing and gearbox fault detection and, most importantly for the operator, methods for predicting the remaining useful life or ‘time to repair’ for key components.
View this webinar to learn:
-How condition monitoring can be effectively rolled out for large, disparate fleets of wind turbines.
-Valuable insights from recent examples in the field, particularly relating to gearbox and main bearing faults.
-Predicting ‘time to repair’ for major components.
Restoration Drill & Pre-Drill Training ; System Restoration OverviewPower System Operation
Identify historical system events that resulted in system separation and blackouts
WSCC/WECC Disturbance 1996
Northeast Blackout 2003
Arizona-Southern California Outages 2011
Identify the elements and importance of a system assessment following a event
Review system configurations as a result of the disturbances
Recopilación de escenas donde podemos identificar los síntomas del trastorno obsesivo compulsivo que presentaba el protagonista de la película el Aviados
Household waste disposal behavior of Varanasi CityPraveensb6
this project report entitled Household waste disposal behavior of Varanasi City will tell you about the behavior towards household waste disposal of varanasi resident of Rathyatra locality
1. RAGHU VENUKADASULA
Address: H. No: 1-124, Peddavangara, Kodakandala,Warnagal - AP
Mobile: +233264376835
Email: nanduforu@gmail.com nanduforu06@yahoo.com
Date: 01
th
April 2015
ALSTOM Projects India Ltd.
Noida
Dear Sir
I am a Senior Commissioning Engineer from ALSTOM Projects India Ltd
I have 8 + years of experience in Gas and Steam Turbine Power plants,
During my assignments with ALSTOM I have commissioned various Electrical Systems Mentioned below
Generator and Transformer Protections ( ABB – REG 216 and MICOM – P6XX,P3XX,P1XX)
HV/MV/LV Transformers
LV and MV Switchgears and Relay testing (ABB)
Air Cooled Generators
DC and UPS System
Generator Circuit Breaker (ALSTOM make)
I would be a great addition to your team; not only do I have vast knowledge of Electrical commissioning but I have also involved in
Site Management activities like Turn Over Package Engineer for 1000MW CCPP and I was there Still closing out of project by
coordinating with client and Subcontractor.
I would appreciate a further discussion to know more details
Thanking You,
Sincerely,
RAGHU
ENCLOSURE - RESUME
Page 1 of 7
2. Raghu Venukadasula
Mobile: +23326476835,00919052526395 ~ E-Mail: nanduforu@gmail.com
~ Senior Commissioning Engineer ~
ALSTOM India Ltd.
• Commissioning• Electrical Systems
An Overview
⇒ Having 8 +years of progressive experience in the fields of Projects Engineering, Erection, Testing and commissioning of power
plants including site management
⇒ Adept at recommending / implementing/ troubleshooting design issues, critical solutions as to Electrical Systems.
⇒ Coordination with engineering
Areas of Expertise
⇒ Electrical systems: Executing, Commissioning, Maintenance, and Initial Set-up of various Electrical systems, supporting
process commissioning for Electrical, Instrumentation and Control and other relevant systems.
⇒ Installation & Commissioning: Commissioning and set up of Generator and Transformer Protection systems ABB -
(REG216) and MICOMM (P6XX,P3XX), Air Cooled Generator, Generator circuit breaker (Areva make). MV boards, Battery,
DC/UPS distribution system, LV board and MV/LV Transformers. Analysing and supporting the procedural testing among others,
of the power plant processes and, day-to-day and overall commissioning activities. Co-ordinating with site-support to update
and review issues and developments on a know-how basis
⇒ Project Execution & Site Management: Coordinating relevant project activities right from the initiation of
Commissioning activities; involving, scheduling, progress monitoring, erection follow-up, testing & commissioning, in order to
enhance the smooth and proper execution of the Project. Establishing project review, monitoring and status reporting
procedures to accurately report progress of the project to the stakeholders and end user clients. Providing online and/or
requisite customer support as and when required. Developing and Training new recruits and fresh graduates and enhancing
resources.
Career Recital
Senior Electrical Commissioning Engineer and Turn Over Package Engineer for Power Plant
Commissioning with Alstom Project India Ltd., Noida Since Feb’09
Skill Set and Experience as Commissioning Engineer :
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3. ⇒ Initial system set up for commissioning like getting the required testing kits and tools for testing and powering up Various
Electrical Systems
⇒ Preparation of drawings and Inspection and Test plan required for the Systems to Commission
⇒ Commissioning of Generator and Transformer Protection ABB - REG216 Relay, Fault Recorder
⇒ Commissioning of Generator and Transformer Protection Relay MICOMM – P633/344/123
⇒ Commissioning of ABB Medium Voltage Switchgear and Low Voltage Switchgear (ABB,COMECA and NATUS)
⇒ Commissioning of ABB REF 615 Relay
⇒ Cold Commissioning of Generator Circuit Breaker. (ALSTOM Make)
⇒ Cold and hot commissioning of Air cooled Generator and process support.
⇒ Commissioning of DC and UPS System (STATRON and GUTOR)
⇒ Testing of Step Up Transformer,Station Service Transformer,MV/LV Transformer (ALSTOM,ABB, and HYUNDAI make)
⇒ Commissioning of E-Module HVAC System.
⇒ Communication set up with ISA,OMICRON,CT Analyser and HIOKI
⇒ Kept regular follow-up with daily issues; commissioning & relevant activities
⇒ Ensuring site activities to have been carried out as per recommended EHS procedure.
⇒ Preparation, Implementation, Maintenance and final hand out of Wiring and DCS related Red correxes and relevant changes,
Software Change requirements according to PFUPs, Q-Documentations, and Hand over documentation.
⇒ Continuous integration and support of process based commissioning
⇒ Final handover of plant, and subsequent documentation.
⇒ Initial Warranty support.
⇒ Eventual summarisation and feedback of issues, findings and developments encountered during the course of the assignment.
Skill Set and Experience as Turn Over Package Engineer – Site management :
⇒ Customer and Subcontractor Training about Site specific System ALSTOM Turn Over packages.
⇒ Coordination of System Turn Overs in accordance with established commissioning sequence
⇒ Reviews Complete TOP – QA documentation before taking over by commissioning and makes updates and corrections as per
commissioning needs on site
⇒ Reviewing the Scheduled system TOP packages with Commissioning Manager, Consortium Site Manager, Planner and
Consortium Partner and keeping the updated schedule as per Commissioning Sequence
⇒ Checks together with Commissioning and Erection Leads in Site and Makes Invitations for System walk down before Start of
Commissioning at site
⇒ Compiles Individual punch list for each system and passing them to QA/AC Dept.
(i) 210 MW 2XGT11N2 GTPP – Kpone Thermal Power Plant – KTPP – Ghana – Alstom India Ltd
Senior Electrical Commissioning Engineer, Gas Turbine and Generator & Transformer protection
(MICOMM) and relevant Electrical distribution system.
⇒ Commissioning Unit Lead for GT 11N2 Electrical Systems
⇒ Initial system set up and documentation for pre commissioning.
⇒ Commissioning of Generator and Transformer protection system MICOMM Relay (P633 P344 P123)
Page 3 of 7
4. ⇒ Commissioning of Low Voltage Switchgear
⇒ Commissioning of Generator and Neutral Point Cubicle
⇒ Commissioning of GUTOR - 220V Battery charger DC and UPS System.
⇒ commissioning of Generator Circuit Breaker (ABB Make).
⇒ Carrying out secondary injection tests for determining the effectiveness of equipment’s like testing Generator protection
function and Protection trip tests
⇒ Primary Injection test to verify the stability of various protection functions.
⇒ Final Signal checks with PFUP logic and Implementing in Controller
⇒ Preparation, Implementation, Maintenance and final hand-over of Wiring and Red correxes and relevant changes, Q-
Documentation, and Hand over documentation.
⇒ Cold and hot commissioning process support.
⇒ Continuous integration and support of process based commissioning
(ii) 700 MW 4XGT13E2 GTPP – AL Mansurya – Iraq – Alstom India Ltd
Senior Electrical Commissioning Engineer, Gas Turbine and Generator & Transformer protection
(MICOMM), Synchronising system (ABB make), and relevant Electrical distribution system.
Key Assignments undertaken:
⇒ Commissioning Unit Lead for GT 13E2 Electrical Systems
⇒ Initial system set up for cold commissioning.
⇒ Preparation of drawings and necessary documents for UNIT commissioning
⇒ Commissioning of Generator and Transformer protection system MICOMM Relay (P633 P344 P123)
⇒ Testing and commissioning of ABB synchronizing system (Synchorotact 5).
⇒ Cold and Hot Commissioning of NATUS Low Voltage Switchgear
⇒ Cold and Hot Commissioning of ABB Medium Voltage Switchgear
⇒ Testing of ABB MV Switchgear Relay REF 615
⇒ Cold and Hot Commissioning of STATRON - 220V Battery charger DC and UPS System.
⇒ Cold commissioning of Generator Circuit Breaker (ALSTOM Make).
⇒ Testing and commissioning of MV and LV transformers (ALSTOM and HYUNDAI make)
⇒ Carrying out secondary injection tests for determining the effectiveness of equipment’s like testing Generator protection
function and Protection trip tests
⇒ Primary Injection test to verify the stability of various protection functions.
⇒ Final Signal checks with PFUP logic and Implementing in Controller
⇒ Preparation, Implementation, Maintenance and final hand-over of Wiring and Red correxes and relevant changes, Q-
Documentation, and Hand over documentation.
⇒ Cold and hot commissioning process support.
⇒ Continuous integration and support of process based commissioning.
(ii) 1300 MW, Terga CCPP, Terga (Algeria) – ALSTOM Power Systems - (February 2011 to Nov 2012 ):
Electrical Commissioning Engineer, Gas Turbine and Steam Turbine generator & Transformer
protection (ABB make), and
relevant Electrical distribution system.
⇒ Initial system set up for cold commissioning.
Page 4 of 7
5. ⇒ Preliminary signal and PFUP checks.
⇒ Commissioning of Generator and Transformer protection system REG216 (ABB)
⇒ Equipment Testing and Commissioning of MV, LV Boards
⇒ Testing and commissioning of MV and LV transformers.
⇒ Generator and REG216 No load and Load testing.
⇒ Commissioning of STATRON DC and UPS System
⇒ Preparation, Implementation, Maintenance and final hand-over of Wiring and Red correxes and relevant changes, Q-
Documentation, and Hand over documentation.
⇒ Cold and hot commissioning process support.
⇒ Continuous integration and support of process based commissioning.
(ii) SHOAIBA 1000 MW Thermal Power Plant – ALSTOM Power Systems - Saudi Arabia
Electrical Commissioning Engineer Trainee - Electrical Distribution System
⇒ Initial system set up for cold commissioning.
⇒ Commissioning of ABB Low Voltage Switchgear and MCC
⇒ Commissioning of MV/ LV Transformers ABB
⇒ Preparation, Implementation, Maintenance and final hand-over of Wiring and Red correxes and relevant changes, Q-
Documentation, and Hand over documentation.
⇒ Cold and Hot commissioning process support.
⇒ Continuous integration and support of process based commissioning.
(iii) 370 MW UTRAN Combined Cycle Power Plant - Surat –ALSTOM Projects India Ltd- Gujrath
India (Feb 2009 – May 2010)
Turn Over Package Engineer and Commissioning Support - Gas Turbine and Steam Turbine Plant
⇒ Coordination of System Turn Overs in accordance with established commissioning sequence
⇒ Conducting the weekly forecast meeting with ALSTOM Erection and Contractor and updating the Project Forecast dates
⇒ Compiling of QA/QC documentation from erection required for commissioning and Reviwing and make the corrections as per
commissioning need
⇒ Reporting the Slippage dates to Site Manager and Sub Contractor
⇒ Collection of all necessary documentation for each system in site and checking same for completeness
⇒ Checking all the Turn Over conditions are full filled.
⇒ Organizing the Site walk downs with Commissioning and Erection
⇒ Compiling and categorizing the punch list during walk downs and entering the same in to Punch list data base
⇒ Reporting System Turn Over Package related progress to Commissioning Manager
⇒ Coordinating with Engineering for Engineering Related Punch Points
⇒ Operation and Maintenance Support
⇒ Checking all Systems are ins Service which are required for plant start up
⇒ Plant Start-up and shut down activities
⇒ Over all monitoring of plant parameters during plant load
(iv) 1000 MW soha Combined Cycle Power Plant - AL HASSAN ENGINEERING CO.SAOG – OMAN (July
2007 to Jan 2009)
Turn Over Package Engineer - Gas Turbine and Steam Turbine Plant
Page 5 of 7
6. ⇒ Coordination of System Turn Overs in accordance with established commissioning sequence
⇒ Conducting the weekly forecast meeting with ALSTOM Erection and Contractor and updating the Project Forecast dates
⇒ Compiling of QA/QC documentation from erection required for commissioning and Reviwing and make the corrections as per
commissioning need
⇒ Reporting the Slippage dates to Site Manager and Sub Contractor
⇒ Collection of all necessary documentation for each system in site and checking same for completeness
⇒ Checking all the Turn Over conditions are full filled.
⇒ Organizing the Site walk downs with Commissioning and Erection
⇒ Compiling and categorizing the punch list during walk downs and entering the same in to Punch list data base
⇒ Reporting System Turn Over Package related progress to Commissioning Manager
⇒ Coordinating with Engineering for Engineering Related Punch Points
(v) 460 MW Gautami CCPP, Samarlakota – Gujarat- (India) – ALSTOM Projects India Ltd - (Dec 2006 to
April 2007)
Turn Over Package Support Engineer and Erection Supervisor - Gas Turbine and Steam Turbine
Plant
⇒ Worked as Turn Over Package (TOP) coordinator
⇒ Collection of all QA / QC Documents required for Turn Over Package (TOP) and Checking same for completeness.
⇒ Organizing the internal inspections at site with area in charges / supervisors / Quality and raising the internal punch points.
⇒ Organizing the Final TOP Inspections with Client and Compiling and categorizing the final punch list during inspection.
As Erection Supervisor
⇒ Erection of MV and LV Switchgear Panels, Cable laying and terminations. Coordinating with Testing and Commissioning
⇒ Involved in Erection of 400KV Switchyard, Illumination and fire fighting and fire detection System.
⇒ Partly involved in instrumentation System, BOP and DCS and Erection of Transformers.
Notables
⇒ Successfully handled set up and commissioning of various Electrical Systems as a Unit Lead
⇒ Experienced in power plant process and Electrical systems, mainly Combined Cycle power plants.
⇒ Adept in troubleshooting and problem solving encountered during commissioning.
⇒ Adept in analysing, troubleshooting and maintenance of various Electrical systems such as Generators, Transformers, Electrical
Protection systems, Synchronising System, Generator cooling systems and LV/MV switchgear.
⇒ Adept in handling of various instruments and tools required for troubleshooting and commissioning (the likes of Oscilloscopes,
Maggers, Hart communicators and signal injectors, among others).
⇒ Adept in set-up, installation, maintenance and troubleshooting of various Relays.
⇒ Successfully handled multiple assignments as TOP Engineer (Site Management)
⇒ Successfully Handled 1000 MW Sohar Aluminium Power Plant as Turn Over Package Incharge
⇒ Successful coordination with Customer and Sub contractor
Education
Page 6 of 7
7. 2004 B.Tech. in Electrical Engineering from JNTU
1999 Board of Intermediate - Andhra Pradesh
1997 ZPSS Secondary High school - Warangal
Additional Training
⇒ ASLP – ALSTOM Safety Leader Ship Programme - 2013
⇒ ALSTOM International EHS Passport – 2013
⇒ COMET (Commissioning Engr. Training) - Basic – Alstom Baden Switzerland – 2010.
⇒ COMET (Commissioning Engr. Training) – Expert (Electrical) – Alstom Baden Switzerland – 2010
⇒ STATRON DC and UPS training, Baden - Switzerland
⇒ EHS elevator level 1 – Alstom – 20009
⇒ EHS elevator level 2 – Alstom – 2010.
Personal Dossier
Date of Birth: 10-06-1982
Language Known: Telugu,English and Hindi
Passport No: G3583958
Address: 1-124 Peddavangara,Kodakandla,Warangal - AP
Page 7 of 7