engineering design & power training...
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Engineering Design & Power Training
InstituteRecognition & Approvals
Association of Power & Design Engineers (APDE)
An ISO 9001: 2008 Certified Institute
Courses P G Diploma in Piping Design & Details Engineering
P G Diploma in Power Plant Design Engineering
P G Diploma in Hydro Power Plant Design Engineering
P G Diploma in Industrial Automation Engineering(PLC/SCADA)
Electrical Design Engineering
Process Design Engineering
Civil & Structure Design Engineering
Heating Ventilation & Air Conditioning Systems Engineering (HVAC)
Instrumentation Design Engineering
Computational Fluid Dynamics(CFD)
Bridge Design Engineering
Embedded System Design
New Delhi
Chandigarh
Panchkula
Tele: 0172-5014415,16,17
Email: [email protected]
Web: www.edpti.comEDPTI
P G Diploma in
Hydro Power Plant
Design Engineering
Course ModeFull Time
Part Time/Weekend
Distance Mode
Online Mode
Duration : 6 Month
Duration : 8 Month
Duration : 12 Month
Duration : 8 Month
Eligibility
Opportunities & Scope
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B.Tech/BE in Electrical / Mechanical / Civil Engineering
M.Tech/ME in Electrical / Mechanical / Civil Engineering
Diploma in Electrical / Mechanical / Civil Engineering
help of association of power & Design Engineers. P G diploma in hydro power plant design engineering provide by engineering design & power training institute to enhances the skills of the students by giving him training on concept of a modem hydro station, hydraulic system, water turbines, house turbine, governing system, generator, excitation system, pneumatic and electric transmitters, station direct current system, flow diagram and single line diagram for hydraulic and electrical system etc
Demand of electricity is increases globally, to meet this demand we need the reliable and green energy resources and hydro power energy is achieved number one position. Hydro power has potential to fulfill the requirement of electrical energy for future prospect. Due to complexity of hydro power plants there is lack of hydro power engineers to design and operate plants in efficient ways.To fulfill the personnel requirement engineering design & Power training Institute provide the hydro power plant design engineering course with the
This P G diploma in hydro power plant design
covers in depth training on concept of a
modem hydro station, hydraulic system, water turbines, house turbine,
governing system, generator, excitation
system, pneumatic and electric transmitters, station direct current
system, flow diagram and single line diagram for
hydraulic and electrical system etc
P G diploma in Hydro Power Plant Design Engineering provide by Engineering Design & Power Training Institute to enhances the skills of the students by giving him training on concept of a modem hydro station, hydraulic system, water turbines, house turbine, governing system, generator, excitation system, pneumatic and electric transmitters etc
Overview
?Hydro Power Plant
?Power Plants
?OffShore Industry
?Energy Sector
?Industrial Plants
?EPC Industry
?Consulting Engineers
?Project & Construction
?Infrastructure & Construction
?Transmission & Distribution
Course OutlineP G DIPLOMA PIPING DESIGN ENGINEERING
?Concept of a modem hydro station: Type of stations, its role in the power systems, base load, peak load operation, plant layout, capacity; underground power station, hydraulic and electrical design, features, interconnection with other stations
?Hydraulic system; reservoirs-type of reservoirs, storage capacity, operation of reservoirs, intake tower, surge tank, tunnels, fore bays and penstocks, protection against water hammer and negative pressure in penstocks, provision for draining penstocks
?Types of valves-Butterfly valve, spherical valve, needle valve, their operation and control
?Water turbines-types of turbines; their characteristics, ratings, specifications, constructional details
?Governing system; control circuit for governing, types of governors, pendulum, hydraulic, electronic
?Generator: type and rating, cooling and ventilation system, bearing cooling arrangements, lubrication system, construction and characteristics of generators, split-phase double layer winding, synchronising, loading, grounding of generators neutral
?Excitation system, types of excitors, voltage, control, automatic voltage control, amplidyne control, magnetic amplifier
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Generator protection: earth fault (rotor and stator), negative phase sequence, differential protection, backup protection, reverse power protection, under voltage protection, constructional details of the relays used, method of settling and their testing
Hydraulic and electrical protective devices, load frequency control
Starting, shutting down and operation procedure.
Power transformer connections, parallel operation, three single phase unit versus three phase unit, regulation, voltage control, tap changing, weights and size, grounding
Transformer protection: Buchholz relay, over current, differential and earth fault protection, types of relays used, their construction, testing and settings
Transformers-commissioning: Dielectric strength of oil, insulation, resistance tap changer, filtration of oil, precommissioning testing
Cooling system for transformers
Circuits breakers, isolators, disconnectors, busbar arrangements, charging and synchronising with the grid, disconnecting for repairs, maintenance of switchgear contractors
Maintenance of equipments in the outdoor switchyard current transformers, potential transformers and lightning arrestors, erection, operation and maintenance
Cables-high voltage, oil filled cable, types of cables used, rating of cables, layout, testing
Principle of electronic controls and transistorised circuits
Pneumatic and electric transmitters and receivers, servomotors Control Board-layout, indicating and recording instruments for monitoring and supervision, remote control of various equipments, signalling and interlocking, automatic reclosure of breakers on outgoing lines and enunciation system
Interlocking sequential control circuits, details of components used
Calibration and testing of various types of instruments, indicating, recording and analysers
Study of communication/system
House turbine set-its functions and use
Station transformers, alternating current, auxiliary supply, essential auxiliaries, auxiliaries in emergency, study of single line diagrams
Station Direct Current system-storage battery, rectifiers, motor generator set etc. their control and operation, standby source of station power, automatic change over to standby source of supply
Records- (hourly, daily, monthly, annually) of operations
Flow diagram and single line diagram for hydraulic and electrical system in the station
Air conditioning and ventilation plant, compressors
Operation under emergency conditions
General plant maintenance procedures.
Cranes, hoists-characteristics and controls
Statutory Electricity Acts and Rules, permit procedure
Fire fighting
General safety precautions, first-aid
Personnel management, duties and responsibilities, labour laws & labour welfare
Course OutlineP G DIPLOMA PIPING DESIGN ENGINEERING
Course Features
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An ISO 9001:2008 Certified Institute
Power Plant Courses as per syllabus of Central Electricity Authority, Ministry of Power(Govt. of India)
Institute is Approved by Association of Power & Design Engineers, Register under Government of India
Power Plant Courses syllabus as per standard of Center Electricity rules & Center Electricity Act.
Engineering Design Courses syllabus as per standard & code of API & ASME
Our faculties have more then 5 to 10+ year industrial experience
Print Material: To enable the candidate to gain an insight into independent working on a practical project.
Audio and Video tutorials
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All courses are based upon real projects
100% job oriented training program
Excellent placements records till now
Accommodation is available for outstation candidates.
Sperate accommodation facility for boy & girls
Special accommodation facility for NRI & aboard students
Special arrangement for corporate trainee & employees
Career consulting & guidance.
Printed study materials
In plant visit for special courses
Scholarship for bright students
Head Office
Branch Offices
Online Study Centres
SCO: 94-95, Ground Floor, Sector 34 A, Chandigarh-160022 Tel: 0172-5014415,16,17
New Delhi
U -68, 2nd Floor, Near Luxmi Nagar Metro Station(Gate No. 2), Shakarpur, New Delhi-110092
Panchkula
SCO 21, First Floor, Sector 11, Panchkula - 134109
Email: [email protected]
Web :
?Calcutta
?Hyderabad
?Mumbai
?Chennai
M: 9654980084/88
www.edpti.com
Admission ProcessOnline Registration
Registration by Post
Registration at Study Centre or Branch Offices
You can Register your self for Engineering Design Courses by filling online form and pay the fee through Credit Card/Debit Card/Netbanking. To Registration Online visit and click REGISTER NOW button.
Admission form can be downloaded duly filled application form should be sent along with the registration fees DD of 5,000 in favor of ‘Engineering Design & Power Training Institute' payable at Chandigarh.
Send this DD to Engineering Design & Power Training Institute at the address given below.
Engineering Design & Power Training Institute SCO-250, IInd Floor, Sector-16, Panchkula (Haryana)Pin: 134109
You can also visit our Study Centre or branch offices and register your self in P G Diploma Hydro Power Plant Design Engineering
FEATURES & FACILITIES
www.edpti.com