Download - Traing Report 4
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TRAINING REPORT
Turbo Generators & Exciters
BHEL Haridwar, Production Block-1, HEEP
Presented By: -
VIKRAM SINGHMEC VI Sem
SRI BALAJI COLLEGE OF TECHNOLOGY
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Overview - B.H.E.L
y BHEL is the largest engineering
&manufacturing enterprise in
India.
y Established 40 years ago.
y Earns profits continuously since
1971-72,& paying dividends
since 1976-77
y BHEL is the largest engineering
&manufacturing enterprise in
India.
y Established 40 years ago.
y Earns profits continuously since
1971-72,& paying dividends
since 1976-77
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BHEL DELIVERS
y Installed equipment for over 90,000MW of power generation.
y Supplied over 225000MVA Transformer capacity.
y Supplied 25000 motors with drive control system.
y Supplied traction electrics & A.C./D.C. locos to power over 12000
kms railway networks.
y Installed equipment for over 90,000MW of power generation.
y Supplied over 225000MVA Transformer capacity.
y Supplied 25000 motors with drive control system.
y Supplied traction electrics & A.C./D.C. locos to power over 12000
kms railway networks.
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History of development in BHEL
In 1950s: At Bhopal with British collaboration 30 MW & 120 MW
Hydrogen cooled.
In 1960s: At Haridwar with Russian collaboration 100MW & 200 MW
Hydrogen cooled.
In 1970s: At Hyderabad with Germany Collaboration 60MW Air
Cooled & 110MW Hydrogen cooled.
In 1950s: At Bhopal with British collaboration 30 MW & 120 MW
Hydrogen cooled.
In 1960s: At Haridwar with Russian collaboration 100MW & 200 MW
Hydrogen cooled.
In 1970s: At Hyderabad with Germany Collaboration 60MW Air
Cooled & 110MW Hydrogen cooled.
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Vision, Mission & Values
Vision
A world class engineering enterprise committed to enhancingstakeholder values.
Mission
To be an Indian multinational engineering enterprise providingtotal business solution through quality products.
Values
Meeting commitments made to external & internal customers. Respect for dignity & potential of individuals.
Integrity and fairness in all matters.
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BHEL Haridwar Complex
Area
Area
HEEP
HEEP
0.845 sq.Km
0.845 sq.Km
CFFP
CFFP
1.0 sq.Km
1.0 sq.Km
yLocation:-
Complex is situated in
the foot hills of shivalik
range in Haridwar
district of Uttaranchal
state.
yLocation:-
Complex is situated in
the foot hills of shivalik
range in Haridwar
district of Uttaranchal
state.
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HEEP Classification
HEEPHEEP
Block-1(ElectricalMachines)
Block-1(ElectricalMachines)
Block-2(Fabrication
Block)
Block-2(Fabrication
Block)
Block-3(Turbine
andAuxiliary
block)
Block-3(Turbine
andAuxiliary
block)
Block-4(FeederBlock)
Block-4(FeederBlock)
Block -5Block -5Block-6
(Machining)Block-6
(Machining)
Block 7(Stamping and
dia.manufacturing)
Block 7(Stamping and
dia.manufacturing)
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Block- 1 HEEP
ProductsProducts
Turbogenerators
Turbogenerators
BrushlessExciter
BrushlessExciter
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Turbo Generators
Stator
Stator Frame
Stator core
Stator Winding & Coreassembly
Rotor R
otor Shaft Rotor winding
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Turbo Generator - Stator
y Stator Frame:-
Flexible core suspensions components,
core and stator winding.
Consist of cylindrical frame housingto flanged rings and ribs.
The outer casing is of gastight and
pressure resistant welded construction.
Housing and ribs made up of non-
magnetic steel to prevent eddy current
losses.
y Stator Frame:-
Flexible core suspensions components,
core and stator winding.
Consist of cylindrical frame housingto flanged rings and ribs.
The outer casing is of gastight and
pressure resistant welded construction.
Housing and ribs made up of non-
magnetic steel to prevent eddy current
losses.
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y Stator Core:-
The stator core is stacked with
insulated electrical sheet steel
laminations with a low loss index.
To remove the heat, a large
number of spacer segments,
placed at intervals along the
bore length.
The stator core and winding
assembly is mounted in the outercasing by means of welded
springs.
y Stator Core:-
The stator core is stacked with
insulated electrical sheet steel
laminations with a low loss index.
To remove the heat, a large
number of spacer segments,
placed at intervals along the
bore length.
The stator core and winding
assembly is mounted in the outercasing by means of welded
springs.