npti trainings

8/2/2019 npti trainings

1/39

1

National Power Training InstitutePower System Training Institute

Distribution Franchising

Objectives

To help the participants understand the conceptual framework for various models of urban

franchise agreements.

Outline

Indian Electricity Distribution Sector Distribution reforms being implemented under IE Act 2003 Overview of urban distribution franchising in India Various business models being offered by utilities for franchise arrangements Management Information Systems Change Management

Who may attend

Engineers from state electricity boards, distribution companies

Methodology

Lectures, group discussions

Dates

02-04/04/12


2/39

2

Substation Planning & Engineering

Objective

To familiarize participants with the planning, layout, design & engineering of Substation and

selection of Substation equipment.

Outline

Planning of Substation & Preparation of Project Report Layout of Substation, Choice of Switching Schemes and Bus Bar /Bay Design Selection of Substation Main Equipment Design of Substation Earthing Electrical Clearances Over Voltages & Selection of Surge Arrestors Engineering of Protection System for Substation Measurement of Soil Resistivity Reactive Power Control Systems Metering in Substation Substation Automation Field visitsWho may attend

Engineers from State Electricity Boards, Power Utilities/Corporations, R & D organisations,

Academic institutions

Methodology

Lectures, Demonstrations, Video sessions, Technical visits, Group discussions

Dates9-13/4/12 & 3-7/12/12


3/39

3

Power System SCADA & EMS

Objective

To familiarise power engineers with the architecture, functions and advantages of SCADA

Outline

Data Acquisition System Supervisory Control Communication SCADA in Distribution EMS Hardware: SCADA EMS Hardware: Control Centre EMS Software: SCADA & Database EMS Software: Generation applications EMS Software: Network applications Field VisitsWho may attend

Engineers from State Electricity Boards, Power Utilities/Corporations, R & D organisations

and Academic institutions

Methodology

Lectures, DTS Lab Sessions, Field visits

Dates

16-20/4/12


4/39

4

Dispatcher Training Simulator

Objectives

To practise the Normal and Emergency Operation and Power Systems, Active and Reactive

Power Control and Advanced Applications using Dispatcher Training Simulator (DTS)

Outline

Dispatcher Training Simulator overview Active and Reactive Power Control Indian National Network including HVDC lines Prime mover dynamics (Hydro, Steam, Gas and Pumped storage units) Load shedding schemes Islanding Schemes SCADA Operation Automatic Generation Control Islanding and Integrated Operation System Occurrence and Restoration System Stability Voltage control & Voltage Collapse Simulation Prevention of Grid Disturbance

Who may attend

Persons involved in System Operation and Control, i.e. Generating Station, Transmission,

Load Dispatch Centre, Substation and Distribution Personnel.

Methodology

Lectures, Video session, Hands on and demo sessions on simulator and case studies

Dates

16-27/4/12, 14-25/5/12, 18-29/6/12, 16-27/7/12, 21-31/8/12, 17-28/9/12, 8-19/10/12, 19-

30/11/12, 17-28/12/12, 8-19/1/13, 12-23/2/13 & 18-29/3/13


5/39

5

RLA & Life extension of Sub-Station Equipment

Objectives

To familiarize Power engineers with the Remaining Life Assessment (RLA) of Sub-station

equipment

Outline

RLA Objective and Methods Testing procedures and Methodologies RLA of Oil filled transformers RLA of Instrument Transformers RLA of circuit breakers RLA of other sub station switchgear RLA of power cables Testing and calibration of substation meters Field Visits

Who may attend

Engineers/Supervisors from Power Utilities, Power Stations, Transmission and Distribution

Companies, R & D organizations & Academic institutions

Methodology

Lecture, Video sessions, Lab Sessions, Demonstrations, Field visits, Group Discussions

Dates

23-27/4/12 & 10/14/12/12


6/39

6

Reactive Power Management

Objectives

To familiarize the engineers with the design and performance aspects of power system

elements so as to have an understanding of reactive power management and control.

Outline

Reactive Power Control Equipment Performance of Reactive Power Equipment under different Operating Conditions Comparative Study of AVRs, OLTCs, Power Capacitors, Shunt Reactors, SVCs, TCRs,

Statcoms etc, in reactive power management.

Automatic Power factor controllers Harmonics causes, measurement and mitigationWho may attend

Transmission and Distribution Operating Personnel, Engineers involved in Planning, Design

and Testing of Power Control Equipment and Engineers incharge of electrical maintenance.

Methodology

Lectures, DTS Lab session, Video sessions, Technical visits

Dates

1-4/5/12 & 29-31/10/12


7/39

7

Distribution Metering

Objective

To Provide comprehensive view of Distribution metering, rules & regulations and

rationalization required.

Outline

Energy meters: Types & Construction Testing, setting and calibration Failure analysis IE Rules Theft/Tampering and Inspection of consumer premises Distribution meter reading Rationalization and computerization Field visitsWho may attend

Engineers from State Electricity Boards/ Power utilities/Distribution Systems, R & D

organisations, Academic institutions, manufacturers, contractors, consultants etc.

Methodology

Lectures, demo sessions, field visits

Dates

7-11/5/12


8/39

8

Inspection of Electrical Installations under IE Rules-1956

Objective

To familiarise about the mandatory procedures before energising any electrical equipment

from LV to EHV level by consumers / suppliers and the role of electrical inspectors inenforcing IE Rules 1956.

Outline

Overview & Safety Requirements of IE Rules 1956 Design of Electrical Installations Earthing System Design Circuit Breakers and Protective Relays Basic Protection schemes of power equipment Inspection procedures for statutory inspection by Electrical Inspectors Check points in Electrical Inspection Pre-commissioning tests of Transformers, Switchgears and Power Cables First Aid and Fire Fighting Practices in Industrial Installations / Substations Field VisitsWho may attend

Industrial / other consumers of electricity, electrical inspectors/assisting officers, utility

representatives, manufacturers/dealers of electrical equipment/power cables/LT/HT

switchgear

Methodology

Lectures, field visits, lab sessions

Dates14-18/5/12 & 4-8/3/13


9/39

9

O & M of Transformers and Circuit Breakers

Objective

To give insight into various aspects on operation, maintenance, testing and condition

monitoring of Transformers and Circuit Breakers

Outline

Insulation Systems Transformer engineering Transformer loading, testing, maintenance and condition monitoring Circuit Breaker maintenance, testing and condition monitoring Field visitsWho may attend



Methodology

Lecture, Video Sessions, Lab Sessions, Demonstrations, Field visits, Group Discussions

Dates

21-25/5/12 & 12-16/2/13


10/39

10

Power Quality and Harmonics Mitigation

Objectives

To familiarise the power engineer regarding the power quality and causes, consequences and

cures to harmonics in electrical systems/industry.Outline

Introduction to power quality Power Quality impacts, manifestations Consequences of power quality Power quality measurement Harmonics sources, measurements and mitigation Filters Active and passive filters, selection of filters Statcoms, custom power devices, Static Var Compensators Case Studies Technical VisitsWho may attend

The practicing engineers/supervisors of industry, utilities and faculty of educational

institutions involved in maintenance of power quality and mitigation of harmonics

Methodology

Lectures, tutorials, video sessions , lab sessions, case studies, Field Visits

Dates

28-30/5/12


11/39

11

Power System Operation and Control

Objective

To provide insight into various aspects of Power System, operation and control with specific

thrust on generation, transmission and load despatch

Outline

Load flow: Modelling and case studies Short circuit studies; Z bus matrix and symmetrical components Balanced and unbalanced faults and case studies Over current relay coordination- case studies Stability studies modelling, case studies Laboratory: use of MiPower / Neplan software Power Stations and Substation Layout Load Despatch Centres System Operation and Control Load Management Grid Code Availability Based Tariff Power System Stability System Protection HVDC Systems EMS/SCADAWho may attend

Induction and middle level engineers from State Electricity Boards, Power

Utilities/Corporations, R&D Organisations, Academic Institutions etc.

Methodology

Lectures, Video sessions, laboratory/simulation studies, DTS Lab Sessions, Field visits

Dates

4-15/6/12


12/39

12

Power System Studies

Objective

To familiarise the power system engineers with modelling of power system components and

the power system studies software for power flow studies, short circuit studies, stabilitystudies and relay coordination

Outline

Load flow: Modelling and case studies Short circuit studies; Z bus matrix and symmetrical components Balanced and unbalanced faults and case studies Over current relay coordination- case studies Stability studies modelling, case studies Laboratory: use of MiPower / Neplan software Field visitsWho may attend

Transmission and distribution engineers involved in system design, planning, protection and

control, and engineers from R & D organisations, Academic institutions

Methodology

Lectures, Video sessions, laboratory/simulation studies, field visits

Dates

4-8/6/12


13/39

13

Grid Management

Objective

To learn the methods of operating the electrical grid with resource optimisation

Course Outline

Grid operation: scheduling, contingency planning, shutdown, restoration, congestionmanagement, merit order

Voltage and Frequency control Grid Code System Security Enterprise information system Protection Schemes of power equipment and power systems Field Visits Video Sessions Group DiscussionsWho may attend

Persons involved in operation and control of transmission and distribution systems.

Methodology

Lectures, DTS Laboratory sessions and Technical visits

Dates

11-15/6/12


14/39

14

Power System Protection

Objective

To familiarise the power engineers with protection in power systems

Outline

Fault analysis Relay input sources Protection of Generators & motors Protection of bus bars Protection of Transformers Protection of EHV lines Protection of Distribution systems Protection against over voltages Insulation co-ordination Testing of Surge Arrestors Testing & commissioning of relays Present trends in protection Case studies Laboratory sessions Tutorials Field visitsWho may attend



Methodology

Lecture, Demonstrations, Tutorials, Laboratory work, Field visits, Video sessions, Group

Discussions

Dates

18-29/6/12


15/39

15

Advanced Power System Protection

Objective

To familiarise the power engineers on the advanced aspects of protection in power systems

Outline

Overview of System Protection Numerical Relays Protection of Transformers, Transmission lines, Busbars, Feeders. Integrated Protection, Control & Monitoring Intelligent Electronic Devices in system protection Software Architecture and performance characteristics of numerical relays Wide Area Protection Video Sessions Field VisitsWho may attend



Methodology

Lectures, Video sessions, Lab sessions, technical visits

Dates

25-29/6/12 & 11-15/3/13


16/39

16

Power Business, Tariff & Regulations

Objective

To familiarize the participants on the regulatory framework of power sector as envisaged in

the Electricity Act 2003, the transmission tariff policy, transmission pricing framework, tariffplan of central and state electricity regulatory commissions, the generation tariff terms and

conditions.

Outline

Power Business in India Regulatory Structure and issues Indian Electricity Grid Code Transmission tariff Generation Tariff Open Access in T&DWho may attend

Engineers from State Electricity Boards, Power Utilities/Corporations, Academic institutions.

Methodology

Lectures

Dates

2-6/7/12 & 22-25/1/13


17/39

17

Flexible AC Transmission System (FACTS)

Objective

To familiarize power engineers about the Flexible AC Transmission devices and their

applications in power systems with respect to active/reactive power control.

Outline

Introduction Unified Power Flow Controller Thyristor Controlled Series Capacitor Static Var Compensator Thyristor Controlled Reactor HVDC, Applications of FACTS Tutorials Technical VisitsWho may attend

Practicing engineers involved in planning, design and implementation of FACTS devices.

Methodology

Lectures, Lab sessions and Technical visits

Dates

9-13/7/12


18/39

18

Low Voltage Power Distribution System Design

Objective

To familiarise the participants from the low voltage power distribution system design

including selection and sizing of cables, switchgear, control panels and safety requirementsOutline

General Rules of Electrical Installation and Design, LV Distribution and Earthing schemes, Protection against electric shocks, Cables, Bus ways & Switchboards, LV Switchgear: functions & selection, Understanding the wiring system and Cable

sizing,

Understanding MV/LV installation design by ID Spec Large software & Understandingthe LV installation calculation by My Ecodial L Software,

Distribution System earthing, Electrical safety and accident prevention techniques, LV Distribution system protection & Technical Visits.Who may attend

The medium voltage and low voltage distribution engineers working in utilities and industries

and responsible for design installation testing and maintenance of distribution systems

Methodology

Lectures, Lab sessions and Technical visits

Dates

23-27/7/12


19/39

19

Power Exchanges and Power Trading

Objectives

To facilitate the participants to learn and enrich their experience so as to get prepared for

trading in a competitive electricity market.

Outline

Electricity Markets in India Trading Electricity Derivatives Clearing and Settlement of Electricity Contracts Risk and Portfolio Management Legislation, Governance, Market Surveillance and Ownership of Power Exchanges Transmission Tariffs and System Operation Environmental Challenges and Trade of Energy Certificates

Who may attendEngineers from State Electricity Boards, Power Utilities/Corporations, R & D organisations,

other organisations, Academic institutions

Methodology

Lectures, Tutorials

Dates

30-31/7/12


20/39

20

Transformer Oil

Context & Objectives

To disseminate knowledge on the latest trends in the manufacture, evaluation, quality,

maintenance, condition monitoring and Dissolved Gas Analysis (DGA) of Transformer Oil.

Outline

Latest trends in Manufacturing Transformer Oil Evaluation of Transformer Oil Quality of Transformer Oil Impurity effect on Oil Characteristics Maintenance of Transformer Oil Condition Monitoring of Transformer Oil Dissolved Gas Analysis (Case Histories) Mixing of Oils & the effects therein Reclamation of Transformer Oil RLA of Solid insulation through Furan Analysis Field VisitsWho may attend


Academic institutions, Transformer Manufacturers, Transformer Oil Manufacturers and

processors

Methodology

Lectures, Lab Sessions, Field Visits

Dates

2-3/8/12


21/39

21

High Voltage Testing of Power System Equipment

Objective

To give insight into all the aspects of High Voltage Testing of Power system equipment

Outline

High voltage technology Solid insulating media, liquid insulation media Gas & Vacuum Insulation Generation of high voltages for testing High voltage measurements High voltage testing of transformers Testing of Circuit Breakers Testing of Surge Arrestors Testing of Insulators, Cables, Capacitors High Power Testing of switchgear Partial Discharges Field visitsWho may attend

Engineers involved in procurement, installation and testing of power system equipment.

Methodology

Lecture, Demonstrations, Lab Sessions, Field visits, Group Discussion

Dates

6-10/8/12


22/39

22

Distributed Generation & Integration

Objective

To investigate the impacts of DG integration, on the operation of a distribution system.

Outline

Renewable energy in power sector Power Sector Restructuring and Renewable Energy Benefits and impacts of DG Integration of DG with power system Impact of DG on power systems Power Quality Issues

Who may attendEngineers from State Electricity Boards, Power Utilities/Corporations, R & D organisations,


Methodology

Lectures, Lab Sessions

Dates

16-17/8/12


23/39

23

Power Cables and jointing techniques

Context & Objectives

To familiarize the power engineers on the mechanical considerations in the design of cables,

applications, current carrying capacity, insulation strength and electrical properties of cables.

Outline

Design & construction of Power Cables Testing of cables Testing of cable accessories Glanding of power cables Demo on Cable Jointing Failure of cables and case studies Condition monitoring of power cables Power cable jointing techniques Field VisitsWho may attend


Academic institutions, power consumers, consultants/contractors etc.

Methodology

Lectures, demonstrations, field visits

Dates

22-24/8/12 & 26-28/2/13


24/39

24

Indian Electricity Act, Rules and Deregulation

Objective

To familiarise all sections of people involved in Transmission, Distribution of electricity and

also all categories of consumers from domestic, industrial, commercial sections about thecurrent Indian Electricity Act-2003, amended Indian Electricity Rules 1956 and

Deregulation.

Outline

Overview of Indian Electricity Rules 1956 (as amended up to date) Indian Electricity Act-2003 Indian Electricity Grid Code Status of Deregulation in India Case studies of deregulation Field VisitsWho may attend

Practising Engineers from Generators, Transformers, Distributors, Industrial and other

consumers of electricity, Electrical Inspectors and Electrical Consultants.

Methodology

Lectures, field visits

Dates

27-31/8/12


25/39

25

Management of Electrical Contracts & Negotiation

Context and Objective

To familiarize the young engineers with the nuances of the electrical industry and the

contracts involved

Outline

Types of Contracts. General & Special Conditions of Contract Erection Conditions of Contracts. Project Management & Execution. Measurement of work completion, Invoicing & Billing. Market survey of electrical equipments. Estimation & bidding for electrical works. Electricity: Generation, transmission & distribution. Principle of operation of electrical equipment. Codes & practices in electrical system. Indian Electricity act, IEEE codes & ISO standards. Design of electrical lay outs. Installation of electrical equipments. Procedure for Availing electrical supply from Electric Supply Company. Statuary requirements from Electrical Inspectorate to carryout business. Labour act, Workmen compensation acts, Insurance & Provident Fund. Fire Fighting & Requirement of Fire Extinguishers. First aid & Artificial Respiration.Who may attend

Electrical graduates fresh as well as practising who require exposure regarding electrical

industry and contracts, in particular in distribution system

Methodology

Lectures, Video sessions, Technical visits, Group discussions

Dates

3-7/9/12


26/39

26

O&M of EHV Transmission Lines

Objectives

To familiarise the engineers on the O&M of EHV transmission lines

Outline EHV Transmission in India O&M of Transmission lines-line patrolling, checks thermo vision scanning, fault failure analysis FACTS HVDC Live line maintenance techniques live insulators testing methods use and maintenance of HLTC equipment safety methods and first aid in live line maintenance live line maintenance on 66kv to 220kv commercial operations

introduction to hot line washingWho may attend

Engineers responsible for O&M of EHV Transmission lines

Methodology

Lectures, Lab Sessions, Group discussions and Field Visits

Dates

10-14/9/12


27/39

27

Distribution Automation

Objectives

Familiarize participants with the Customer and System level functions that are associated

with distribution automation. Describe the equipment and software used to implement thesefunctions.

Outline

Customer Site Automation functions: Load control, Remote meter reading, Time-of-use rates, Remote connect/disconnect, System level functions; Fault location, isolation, and service restoration; Design of LT Distribution Systems, Feeder reconfiguration & Transformer balancing; Voltage/Var control using: Capacitors, Regulators, and LTC; Distribution system

monitoring,

Digital protection of substations and feeders, Equipment for Feeder Automation & Customer Automation, Implementing a DA Project, Labs & Field Visits

Who may attend

Engineers and Managers responsible for planning, cost-justifying, designing, implementing

and working with Distribution Automation systems

Methodology


Dates

24-28/9/12


28/39

28

Finance for Non-Finance Executives

Objective

To familiarise the engineers on the financial aspects involved in the functioning of any

organisation

Outline

Understanding various Financial Terms & Statements, Working Capital Management, Project Appraisal and Financing, Different Types of Financial Markets, Cost Management, Budgetary ControlWho may attend



Methodology

Lectures, Tutorials

Dates

3-5/10/12


29/39

29

Energy Efficiency in Electrical Utilities

Objective

To familiarize the engineers with the energy efficiency opportunities available in the various

electrical equipments and to help them to prepare better for the BEE certified EnergyManager Exam

Outline

General Introduction Electrical systems, Electric Motor, Compressed Air System, HVAC & Refrigeration System, Fans & Blowers, Pumps & Pumping System, Cooling Tower, Lighting System, Diesel Generating System, Energy Efficient Technologies in Electrical Systems, Tutorials and Technical Visits

This complies with the syllabus of BEEs Energy manager Paper III

Who may attend

Engineers from SEBs, power utilities/corporations, PSUs, R&D Organisations, Academic

Institutions, entrepreneurs and consultants involved in energy audit and energy conservation

projects.

Methodology

Lectures, Tutorials, Lab sessions and Technical visits

Dates8-12/10/12


30/39

30

Point of Connection Tariff Regulation & Tutorials

Objective

To familiarise the system operation engineers on point of connection tariff regulation & to

practise the exercises related to point of connection tutorialsOutline

Transmission Planning and Associated Issues Transmission Pricing methods and International practices CERC(Sharing of Inter State Transmission Charges and Losses) Regulations, 2010 Data Collection and Load Flow Studies Computation of Point of Connection charges Computation of POC charges and Losses: Sample case, Determination of

Transmission tariff & TSA, RSA and BCD Procedure & Point of Connection losses

Who may attend

The system operator engineers responsible for arranging open access transactions under the

new point of connection tariff regulations

Methodology


Dates

15-19/10/12


31/39

31

HVDC Transmission Systems

Objective

To familiarize the engineers with the HVDC technology and its importance in system

operation

Outline

Introduction to HVDC Principles of HVDC Conversion HVDC Lines HVDC Sub Stations Reactive Power Management in HVDC Stations AC & DC harmonics and filtering HVDC System operation, control and maintenance HVDC Protection, Insulation Co-ordination, Emergencies and case studies Visit to Kolar HVDC StationWho may attend

Practising Engineers from Generation, Transmission, Distribution Systems, Industrial and

other consumers of electricity, Electrical Inspectors and Electrical Consultants.

Methodology

Lectures, Video Sessions, Lab sessions and Technical Visit to HVDC Station

Dates

5-9/11/12


32/39

32

IEGC, FGMO and Open Access in System Operation

Objective

To highlight the importance and intricacies of Indian Electridity Grid Code (IEGC), Free

Governor Mode of Operation (FGMO), Open Access and Availability Based Tariff (ABT)Outline

Introduction Role of RLDC, REB, CTU etc. and their Organisational linkages Planning code for Inter State Transmission Connection Conditions Operating Code for Regional Grids Scheduling and Despatch Code Management of Indian Electricity Grid Code Free Governor Mode of Operation Generation Output Variation with an without

Governor in Operation

Open Access Impact of Open Access on Grid Operation Technical VisitsWho may attend

System Operation Engineers from Generation, Transmission, Distribution Systems,

Independent Power Projects, Electrical Inspectors and Electrical Consultants.

Methodology

Lectures, Group discussions, Technical Visits

Dates

14-16/11/12


33/39

33

Project Management for Power System Engineers

Objective

To prepare the power system engineers for efficient implementation of electrical projects

Outline Fluent User Interface Graphical menus Timeline View Creating graphical timeline to communicate Schedule and Plan Team Planner - Unassigned or Unscheduled tasks instant view of task-level details to plan Task Inspector - automatically level allocated resources on a task-by-task basis. Enhanced collaboration - Sharing information using Backstage view and enhance

team collaboration

Publishing Project Plan.Who may attend

The engineers working in power utilities and responsible for implementation of various

projects

Methodology


Dates

17-21/12/12


34/39

34

O&M of Power & Distribution Transformers

Objectives

To discuss maintenance aspects of Power and Distribution Transformers

Outline

State of the art of Transformer Tests to check the adequacy of Transformers Insulation Co-ordination of Transformers Earthing, Loading, Maintenance & Protection of Transformers Failure, Failure Analysis & Condition Monitoring of Transformers Condition Monitoring of Transformer Oil Diagnostic Monitoring by DGA with case histories RLA of Paper Insulation by Furan Analysis Field VisitsWho may attend

Engineers involved in the operation, Maintenance and Testing of Transformer from State

Electricity Boards, Power Utilities, R&D Organisations, Academic Institutions, Transformer

manufacturers, Transformer Oil Processors and Servicing Organisations.

Methodology

Lectures, Field Visits, Lab sessions, Tutorials

Dates

1-5/1/13


35/39

35

Protection of Industrial Power Systems

Objectives

To give an insight of typical industrial installation with transformers, captive power plant and

HT motors.

Outline

Protection Schemes of Captive generators, Transformers, Motors, Power Capacitorbanks and Power Cables,

Protection Co-ordination of Industrial Grids LV Switchgear selection, testing and performance analysis Field Visits

Who may attend

Engineers involved in operation, maintenance, protection and testing of industrial power

systems

Methodology


Dates

17-19/1/13


36/39

36

Utility Power System Communication

Objective

To familiarise the power system engineers with communication nuances of SCADA & EMS

Outline Utility Power System Communications geared towards protective relaying Data communication concepts terminology, and standards related to protective relaying Specifications theory of operation and capabilities of RS232, RS485, 10/100 Base T and 10/100

Base F Ethernet LANs - Theory of operation

installation and testing of substation LANs - In-depth instruction on the Modbus DNP3.0 Direct I/O and IEC 61850 data communication protocols

Who may attend

The system operation engineers responsible for implementation and O&M of communication

systems in power utilities

Methodology


Dates

5-9/2/13


37/39

37

High Voltage Testing of Power System Equipment

Objective

To give insight into all the aspects of High Voltage Testing of Power system equipment

Outline

High voltage technology Solid insulating media, liquid insulation media Gas & Vacuum Insulation Generation of high voltages for testing High voltage measurements High voltage testing of transformers Testing of Circuit Breakers Testing of Surge Arrestors Testing of Insulators, Cables, Capacitors High Power Testing of switchgear Partial Discharges Field visitsWho may attend

Engineers involved in procurement, installation and testing of power system equipment.

Methodology

Lecture, Demonstrations, Lab Sessions, Field visits, Group Discussion

Dates

19-23/2/13


38/39

38

Power and Tele Communication Coordination (PTCC)

Objectives

To illustrate the concepts of Power and Telecommunication coordination, code of practice for

crossing of power and telecommunication lines and also to discuss regarding the protectionand safety of communication lines.

Outline

Background of PTCC & its importance, Code of Practice, Application for making PTCC, Soil resistivity and its measurement, Telecom system of BSNL, Trends in telecom technology, L-14 diagram, protection systems & devices, Code of practice for crossing between power & telecom lines, Railway block circuits, Code of practice, Protection of railway telecom circuits, Calculation of fault currents & mutual coupling, Safe separation, PTCC proposal from BSNL, Route approval and energisation, Re-engineering, Case studies Technical visits etc.Who may attend

Engineers from power utilities, BSNL, private telecom companies, railways and distributioncompanies involved in planning and laying of power and telecom lines.

Methodology

Lectures, Field Visits, Tutorials

Dates

18-22/3/13


39/39

Renewable Energy Sources & Grid Integration

Objective

To investigate the impact of Renewable Energy Sources & their integration with the grid.

Outline

Overview of power scenario and importance of renewable energy, solar energy, wind energy, bio-mass energy, CDM, renewable energy and its grid integration, field visits

Who may attend


involved in implementation of renewable energy sources and their integration

Methodology

Lectures, Tutorials and Technical visits

Dates

25-29/3/13

Documents

npti trainings