Manivannan P seeks a position as a power plant field engineer. He has experience working with PLC systems like Siemens and Allen Bradley. He completed a one-year training at Neyveli Thermal Power Station where he learned about operating various subsystems like boilers, turbines, and generators. Manivannan also received simulator training on operating a 210MW thermal power plant through start-ups, shutdowns, and emergency scenarios. He holds a BE in electrical engineering and a PGDC from the National Power Training Institute.

1. CURRICULUM VITAE
Name: MANIVANNAN. P
Email: pmanivannan419@gmail.com
Mobile: +91-7812090483
Address: No.22; N.A.G Colony, Jayankondam (post)
Ariyalur (Dist), Tamil Nadu, Pin-621802
Career Objectives:
Seeking a position as power plant field engineer in an established power plant organization, where I
can get an opportunity to ensure effective operation of plant through exploring my technical skills
and power plant training experience.
Technical knowledge and Training skills:
 Familiar and hands on training exposure with different types of PLC (Programmable
Logic Controllers) such as; Siemens, AB (Allen Bradley), ABB (Asea Brown Boveri),
GE-Fanuc, Keyence, Omron.
 Basic technical knowledge and familiar with configuration and operation of SCADA
(Supervisory Control and Data Acquisition) system.
 Technical training experience with familiarization of sub-systems in thermal power plant-
Neyveli Thermal Power Station-2
Academic Projects:
 Project-1 Title: “Boosting Grid with Micro Power generations”
 Investigation and analysis study has been done to find out the ways for boosting
up the grid supply infrastructure with Renewable source of solar energy.
 In order to develop and integration of Solar Energy in effective manner, detailed
analysis has been carried out in technical and economic point of view on the
basis of collected data from the existing solar power generation plant.
 Project-2 Title: “Fault clearing operation of Circuit Breakers in multi feeder system”
 The project model development and simulation analysis has been carried out for
fulfilling 100% safe isolation during any equipments maintenance in multi feeder
system arrangement (Lignite handling system-6.6kV/0.4kV).
 The project model has been developed by means of using typical PLC software
(OMRON). In order to ensure 100% safety during any feeder maintenance that
the developed model can be used as a guide line to implement a real protective
system in PCC (power control center).
Technical Training and Exposure:
Successful completion of one year training in National Power Training Institute (NPTI)-Neyveli.
Practical field level training exposure includes complete familiarization and operation of various
sub-systems like; Boiler, Steam Turbine, generator, Switch yard and plant Auxiliaries, etc. in
thermal power plant (Thermal Power Station-2 with total installed capacity of around 1470 MW
(7X210 MW)).
Photograph

2. Exposure 1
Familiar of sub-systems and training experience in Neyveli Thermal Power Station (each 210
MW) are summarized as below:
 System familiarization and operation of Power Station Switch yard (230kV)
 Familiar with operation of Generator unit (15kV/250 MVA) and its Auxiliaries (seal oil
system, generator cooling system, generator excitation system, lube oil system, protection
system)
 Training exposure over the complete operation of generator seal oil system (DC/AC)
which includes seal oil pumps, seal oil coolers, seal oil filter, and differential pressure
monitoring/control device, etc.
 Training exposure over the complete operation of generator cooling system which
includes Hydrogen gas system, cooling water system for stator winding, and hydrogen
purity monitoring system, etc.
 Familiar with functional features of various protective relays for generator which
includes reverse power relay, generator earth fault relay, differential relay, loss of
excitation, negative phase sequence relay, over/under frequency relay, over flux relay,
over voltage protection relay, over current protection relay, etc.
 Familiar with operation of Steam Turbine (LP/IP/HP) and its Auxiliaries (Main steam
system, HP/LP by-pass system, Turbine drain system, Steam Turbine vacuum system,
Lube oil system, gland seal system, governing system, Turbine condenser system,
condenser cooling water system, LP/HP heater, steam turbine trips/protection system,
Turning gear system, Deaerator and feed water system, etc.)
 Familiar with complete operation of turbine lube oil system which includes lube oil
pumps (AOP/JOP/MOP/EOP), lube oil filter, lube oil cooler, lube oil centrifuge system,
oil vapour extraction fan, Lube oil header pressure regulator)
 Familiar with starting /stopping of turbine turning gear system in safe and sequence
manner
 Familiar with complete sequential operation of vacuum system during start-up and
normal operating condition of steam turbine
 Familiar of condenser system which includes condensate extraction pump, heat
exchangers, condenser cooling water pumps, cooling towers etc.
 Familiar of turbine trips and protection system which includes over speed protection,
condenser vacuum protection, axial shift, lube oil pressure low, lube oil tank level low,
main steam temperature low, protection associate with generator trips, fire protection,
boiler drum level very high, etc.
 Familiar with feed water system which includes Boiler feed water pump, Deaerator, Heat
exchangers, feed ware flow/pressure control etc.
 Training exposure over the complete operation of boiler feed water pump (BFP),
isolation and de-isolation of BFP, BFP change over online, start up and shut down of
BFP in safe manner, etc.
 Familiar with complete operation of boiler (steam flow output 627 Tons/hour, steam
temperature 5400
C, and Drum pressure 162 kg/cm2
) which includes boiler pressure parts,
draught system (Forced draught (FD) fan, Induced draught (ID) fan, Air pre heaters, fuel
firing system, emission control system, coal pulveriser plant, soot blowers, etc.)
 Familiar with complete operation of FD and ID fan, isolation and de-isolation of FD and
ID fan, isolation and de-isolation of air pre heaters, etc.
 Field level training exposure over the boiler filling before start up, boiler start-up and
shut down, familiar with boiler water chemistry, etc.

3. Exposure 2
Training experience over the 210MW Thermal power plant Simulator (supplied by
Electronics Corporation of India Limited), available in NPTI-Nagpur. Simulator training
offers following functional facilities such as; overall plant/indidual system operation and
control of a typical thermal power plant, operations optimization including start-up and shut-
down of plant, reduced unplanned outage of plant, analysis of plant response of various
system equipments during emergency conditions while plant operation, etc.
 Involves with different types of plant start-up (cold, warm, and hot start-up) through
Automatic Turbine run-up System (ATRS) as per standard procedure
 Involves with complete plant shut down as per standard procedure
 Familiar with sequential operation of each sub-system in thermal power plant
 Familiar with all equipments interlock and protections while plant start-up,
emergency conditions
 Monitoring and control of plant critical parameters on real time
Educational Qualification
Qualification Year of passed Board/University Marks (%)/Grade
PGDC (NPTI) 2016 Ministry of Power Grade-A
BE (EEE) 2013 Anna University CGPA-7.5%
HSC 2009 State board 78%
SSLC 2007 State board 82%
Personal Profile:
Father’s Name : L. Pugazhenthi
Date of Birth : 26.06.1992
Gender : Male
Nationality : Indian
Languages Known : Tamil, English.
Declaration:
I hereby declare that the above particulars furnished by me are true to the best of my
knowledge and belief.
Date:
Place: Jayankondam Manivannan . P