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Organized by : ClusterKnowledge
Mob : +91 9867976570, Email : [email protected] www.kcluster.com/workshop www.trafocare.org
Platinum Sponsor
S a l e s & S e r v i c e sLaxmi Associates
Gold Sponsors
AmericanR
Note
August 29‐30, 2017Tuesday & Wednesday
Kolkata - India
Mission – Conservation of Transformers
Swachh Trafo Abhiyan
Trafo PopulationManagement
Residual Life Enhancement
Wet Transformers
Diagnostic Testing based asset
management
FMEA – Failure Mode Effect analysis
Global Monitoring of Power Transformers
‐Advantages & Challenges
Don’t trust your lab!
Natural Esters‐Solution for improved
performance & Fire Safety of Transformers
Maintenance Strategies for On‐Load
Tap Changers
Keep Your Transformer Tight
Silver Sponsors
NSM TECHNOLOGIES PVT. LTD.
S i m p l y M e a s u r e . . .
In Association With
Mission – Conservation of Transformers
Keep it TightKeep it CleanKeep it Cool
Jagdish Sandhanshiv+91 [email protected]
KNOWLEDGE CLUSTER PVT LTDFB - 31, First Floor, Highland, Corporate Centre, Kapurbawadi, Thane West, India 400607. Mo.: +91 22 4127 6570
Contact
www.
kclu
ster
.com
/wor
ksho
p
Registration Fee:INR 15,000* or USD 300 Only + GST 18% Extra.
*Government Discount - 20%To allow employees of Central & State Governments / PSU, to take advantage of the unique learning opportunities offered by these workshops, we offer a 20% discount off of the regular workshop rate. Government discounts cannot be combined with any other discount.
Group DiscountGroup of 5 in Rs. 50,000/- plus Service TaxGroup of 12 in Rs. 1,00,000/- plus Service Tax
Registration Fee will cover only: Participation in the event Tutorial Material Refreshments & Lunch
Event VenueEvent will be held in Kolkata. Venue address will be intimated to registered candidates two weeks before event date.
Registration How To Register
We will get in touch with you to complete the formalities.
Bank Details – Knowledge Cluster Pvt Ltd, ICICI Bank, Thane Branch, 400 602, A/C No – 003505012280IFSC Code – ICIC0000035
Service Tax Number AAECK7131PSD001PAN No - AAECK7131P
Cheque/DD in the name of “Knowledge Cluster Pvt Ltd, Thane” payable at Thane.
Please send email to [email protected]
Company Name___________________________________
Number of Delegates_______________________________
List of Delegates with following info
Name____________________________________________
Designation_______________________________________
Company Name____________________________________
Address__________________________________________
Email id__________________________________________
Mobile No________________________________________
Workshop on Transformer
August 29‐30, 2017Tuesday & Wednesday
Kolkata - India
We are in the process of requesting – experience of transformer population management to various utilities, after receipt of their confirmations, names will be updated on website and communicated by email.
Theme based panel discussion by experts
In Association WithMission – Conservation of Transformers
2
Transformers are among the most important and most expensive components of power systems and their failure can impose extraordinary high costs on plants, factories and utilities of all descriptions.
This practical workshop provides knowledge on both the theory and operation of power transformers. The course will develop and enhance the understanding of what is involved in the maintenance of these essential components of the power systems, through the tips and tricks learnt and developed by some of the world’s pre-eminent electrical engineers.
It is critical that all personnel operating and working with such equipment have a sound knowledge of their operational requirements and maintenance. At the end of this workshop, those who attended this workshop will have gained:
Topics
Residual Life EnhancementWet TransformersDiagnostic Testing based asset management FMEA – Failure Mode Effect analysisGlobal Monitoring of Power Transformers-Advantages & ChallengesDon’t trust your lab!Natural Esters-Solution for improved performance & Fire Safety of TransformersMaintenance Strategies for On-Load Tap ChangersKeep Your Transformer Tight
What are the objectives of transformer condition assessment? Minimize unplanned transformer outages Minimize outage time when an outage occurs Minimize maintenance costs Eliminate catastrophic faults. Extend life of the asset. Create and develop an adequate data base. Implement improvements to equipments for greater
reliability.
Transformers these days are subjected to severe stress as a result of continuous over-loading as well as extremely poor maintenance besides a host of other reasons. These naturally accelerate the ageing process. As an Asset Manager, you naturally would want to know the residual life remaining of your asset.
Do you believe the end of life of a transformer is brought about by the ageing of the equipment? Most likely, end of life of a transformer can be brought about by escalating local defects than to faults.
It is possible to run a transformer under a defect for short or long periods depending upon the nature and severity of the defect. If appropriate measures are taken, it is also possible to reverse some defects before they turn into faults.
Under a fault, it may still be possible to run a transformer for a short period of time before a failure occurred. If the deterioration is irreversible, you’ll have to resort to either repairs or a replacement.
You can prevent a total failure of your transformer if you’re vigilant enough and avoid a degeneration of a defect resulting into a fault which in turn escalates into a failure. Our experts will tell you how you can do this.
What is Transformer Condition Assessment Process? In short, following are the ingredients of a simple
assessment process: Monitoring of stress and defect levels.Estimation of extent of : Defect Degradation Detection of faults at incipient stage. Estimation of Elapsed Life If not Residual Life.
Diagnosis and decision making on course of pre-emptive corrective action will require: Monitoring of several parameters. History of operational problems and maintenance, design, process information and finger print.
Unfortunately, measured quantities often do not have a direct correlation with defects and ageing, decision making will need deployment of: Trend analysis with prior data. Signal processing and statistical tools. Comparison with experimentally developed models. Expert Systems.
Complexity of a transformer:You’ve any idea of the complexity of a transformer? In searching for a fault, you’re searching for a needle in a haystack! Yes, we can help you find that needle!! Core-80,000 SQM for 800MVA, 525kVA transformer. Copper-285 kilometers of copper wire. Insulation-10MT of paper; 40MT of Oil 4,500 SQM of Board. Structure - Frame and Tank-16,000 SQM core plate surface. Bushings. Tap Changer. Radiators. Fans. Pumps.
Transformer Ageing: Paper Ageing. Oil Ageing. Ageing by Products.
Er. Georg P. Daemisch
Regensburg‐Germany
Georg is an internationally acclaimed expert on Transformer Residual Life Management as well as Transformer Population Management.
He has an intimate knowledge of the causes of premature aging of transformers and has specialized in the diagnosis, treatment and prognosis aspects. He has published several scholarly articles on the geriatrics of transformers and is a regular speaker at Euro Techon. Throughout the world, he has conducted workshops on the ageing of transformers and trained several hundreds of engineers and technicians to equip them with necessary skills for deriving better reliability, availability and efficiency. Please visit www.didee.de to know more about his background, achievements and capabilities.
Er. Georg P. Daemisch
Regensburg‐Germany
About Speaker
3 Continued on Page 4
Importance of O2 & H2O. Sources of H2O. Moisture in Paper vs Oil. Furan Compounds. Degree of Polymerization. Estimating Ageing. Failure Ratio vs Probability of Failure.
Diagnostic Techniques: Dissolved Gas Analysis [DGA]. IEEE Reference Gas Levels. Ratio of Gas Formation. DGA Periodicity. DGA Accuracy and Lab Deviations.
Oil Quality Analysis: Reference Levels. Moisture Content. Dielectric Strength. Interfacial Tension. Power Factor. Neutralization Number.
Maintenance Criteria: Corrective Maintenance. Preventive Maintenance. Reliability Centered Maintenance-RCM Increased Reliability through Condition Assessments. Managing and Extending life of Ageing Assets. Complementing Existing Maintenance Practices for Better Understanding of Health of Fleet of Transformers. Statistical Comparison of Transformer Fleet to determine which transformers are most at Risk of Failure. Replacement and Repair Recommendations to Optimize Transformer Expenses. Avoiding Unplanned Outages through Reliability-Based Maintenance.
Normal vs Abnormal Operation. Under normal conditions, a transformer should last for more than 30 years. But they do not. We will examine in great detail the causes for the premature death of the transformer as well as corrective actions that can prolog the life. What constitutes Normal Operation and what will be Abnormal Operation will be examined threadbare. Abnormal conditions such as overloading, short circuits and their impact on the normal life of a transformer will be examined.
Oil Analysis. Analysis of oil samples is the standard technique in the electricity industry for monitoring the condition of oil filled equipment. Samples are typically taken annually, with more frequent sampling when there is a possible problem.
Analyses performed on the oil include: Dissolved Gas Analysis-DGA Color Moisture Level Acidity Breakdown Voltage Furaldehyde Content-FFA
In DGA, the gases usually considered are: Hydrogen Methane Ehane Ethylene Acetyelene Carbon MonoxideVariations in the levels of individual gases, or ratios of particular gases may indicate a problem with the equipment. The situation is complicated by the fact that the levels of dissolved gas measured can be affected by the sampling technique and conditions, the laboratory performing the analysis and the duration of sample storage prior to analysis.oil Authorities now agree that careless sampling and testing techniques has been the source of 99% of “bad”
dielectric readings. What is the correct sampling procedure will be explained in un-ambigous terms.
Transformer Operation and Loading: Transformers are designed and tested to standards when they leave the factory and are placed in service. The transformers are loaded and operated based on the user’s loading guide lines and maintenance practices. We’ll highlight how to load and operate transformers by reviewing factory thermal data and asset health to determine the loading factor. We’ll also discuss how to load legacy transformers and how to be certain your new transformers are meeting your requirements.
Field Processing of Power Transformers. Whether due to atmospheric contamination or the by-products of ageing, the water content of the transformer will increase with age. At some point, it may be desirable to remove this moisture as well as any particles from the transformer. We’ll discuss in detail the pros and cons of different methods of field processing of transformers.
What happens to ageing Dielectric Oils?
The transformer's insulation is the root of the problem. Its two components, oil and cellulose paper, interact to create by-products that decompose the insulation system. Not only that, the byproducts will increase moisture levels and create an environment that will overheat the transformer, which will eventually cause the transformer to fail.
You must first understand the problem before you can treat it. In the presence of a catalyst, such as copper, oxygen will react to form those byproducts that attack the transformer's insulation paper. Ironically, paper has an affinity for the very by-products that contribute to its destruction, compounding the problem. In time, further reactions will create other destructive byproducts like acids, alcohols, and sludge. After saturating the paper, these byproducts will precipitate out and contaminate the
Stephan Heberer holds a degree (Dipl. Ing. FH) in mechanical engineering with a focus on power generation from the University for Applied Sciences in Nurnberg.He started his career in 1993 working for ABB, where he held various management positions in MV and HV switchgear as well as distribution and power transformer.Since 2008, he is active in the field of condition monitoring for electrical apparatus with a main focus on partial d ischarge. Working for d i fferent companies in Zurich, Glasgow, Manchester and lastly in Bologna, he has been involved in various projects around the world for condition monitoring of generators, switchgear, transformer and cables for different industries like power generation, transmission and distribution, offshore windfarms and Oil&Gas.
Mr. Stephan HebererItaly
About Speaker
An eminent speaker from India has over 30 years experience in education, research and design. He has worked at IISc Bangalore, Technical University Munich, Siemens AG Berlin. He has also worked as Humboldt Research Fellow in Germany. He worked as US‐NSF guest scientist at the Virginia Tech, USA, Technical University Hamburg‐Harburg, Germany. He is the recipient of Technical University Munich Ambassador Award in 2013 and AICTE Technology Day Award for best R&D project in 2003. He is an Associate Editor of IEEE Transactions on Dielectrics & Electrical Insulation, published 160 research papers (40 in IEEE), has authored three books, developed three online courses and owns one US patent and two software copyrights.
Eminent Speaker India
4 Continued on Page 6
“Global Monitoring of Power Transformers - Advantages & Challenges “
By Mr. Stephan Heberer, Italy
‘Moisture is enemy of
Trafo & Oil leakage
is the door for it’
Clean Trafo Movement
Swachh Trafo Abhiyan Copyright 2017 Knowledge ClusterC
www.trafocare.org
Swachh Trafo Abhiyan
“What gets measured, gets done!” Outside warranty transformers in the
country is a huge number (nobody knows
this number in QTY), however each user
(industry & Utility) having hundreds and
thousands of them. This outside
warranty fleet is worth hundreds of
billions of dollars. In the journey of
TRAFOCARE workshops, market research
and after participating in various
seminars and conferences, we could
conclude that oil leakage is considered as
a small problem and gets attentions
differently by different end users. In
TRAFOCARE – KOLKATA we wish to
discuss i t in more detai ls and
conceptualize “Swachh Trafo Abhiyan”
Swachh Trafo Abhiyan (Clean Trafo
Movement) is a campaign and a step
towards mission for conservation of
transformers by TRAFOCARE in India.
3 Visuals / artwork is an effort to
dramatise the campaign, create more
engagement of the end‐users and to
enable it to reach the last person taking
care of transformers. If the message
needs any correction, post discussion we
will do the changes needed.
Through this campaign we aim to create
awareness to top 100 utilities and
industries in India about importance of
clean transformers (without oi l
leakages), monitor and maintaining
existing transformer fleet free from oil
leakages and demanding new
transformers that should not leak for its
life time.
Please send your comments to [email protected]
“Great! I wish you luck for taking this much needed initiative. I trust constantly weeping transformers like Meena Kumari in Mother India will be a thing of the past!!”
for supporting Swachh Trafo Abhiyan
5
Visual 1 of 3
Comment received from respected engineer of Spark group
Mr. Rajaram Shinde, has over 25 years of experience in Transformers with diverse b a c k g r o u n d a n d q u a l i t i e s l i k e transformational leader & Technologist. He is on Cargill board as Global Technology Adviser/Director Dielectric Fluids for Cargill’s Industrial Specialties business unit. Being member of various national & i n te r n a t i o n a l fo r u m /c o m m i tte e s IEC/IEEE/BIS has invented three products & secured patents. Rajaram is Executive MBA & PGD in statistical process control, also possess certificate as assessor of business excellence model. He is graduated in Electrical Engineering from Pune University & now supporting technology spread globally on usage of fire safe, go‐green dielectric fluid with improved performance.
Maintenance Programs:Basic Maintenance:To ensure that a transformer operates reliably, it is important to do routine maintenance when the unit is in service. The basic maintenance will include visual inspections, checking silica-gel status, checking oil leakages, checking cleanliness of bushings, checking pumps, fans, motors and other accessories. This will not need an expert; only basic transformer knowledge will be sufficient.
Advanced maintenance:Advanced Maintenance Program offered will include oil cleaning, active part cleaning and drying, and re-clamping of the windings.
Monitoring:If a unit is found to be in a critical condition but still usable, it may be recommended to instal a suitable monitoring device. This will help to detect potential faults as well help the customer to effectively plan their maintenance for optimization of performance of the equipment. Transformer accessories such as tap changer and bushings should also be monitored. The output from the installed monitoring device will give an indication when such maintenance or repairs will have to be undertaken.
Transformer Fault Finding Any fault that impairs the proper functioning of a transformer must be expediently identified and rectified. Incorrect decisions would result in further damage to the transformer and inevitable increase in the cost of repairs and extended down time. Decisions making is often invested into operational or maintenance personnel with limited fault diagnostic skills.This course explains main causes of transformer failure, types of faults that may occur, as well as the types of tests and their application in a fault finding process. Through a number of case studies, it provides guidance on how to interpret the test results. This course will improve the diagnostic skills and to enable the attendees to make informed decision for appropriate corrective action.
Learning outcomes: Understand the main causes of transformer failure, examine various types of faults and their effect on transformers and learn how to diagnose them. Understand what are the various types of tests, what is their purpose and their application in a fault finding process. Learn how to interpret the test results to identify a probable cause of failure and make informed decisions on the appropriate course of action. Discuss a number of case studies to learn how to practically apply the knowledge obtained during this course.
Transformer Testing and Oil Analysis.From manufacturing to decommissioning, transformers undergo a variety of tests that are appropriate for various stages of transformer life cycle. Oil deteriorates with time and the aging process may be accelerated by a number of factors. The oil itself can be used as a diagnostic tool to monitor the condition of transformer interior and allow timely corrective action to extend transformer's life. This course discusses various types of testing and their applications. It covers detailed testing procedures, what kind of testing is available to monitor the state of oil and paper and how to interpret the test results in order to make a decision for appropriate corrective action. Through a number of case studies, it provides guidance on what are the key parameters that should be checked during testing and what kind of results should be expected.
Learning outcomes: Understand the various types of tests, what is their purpose and application. Learn a number of procedures for electrical testing used during factory testing, commissioning and maintenance. Explore various oil tests and how to interpret their results to make decisions regarding transformer serviceability and which corrective measures to apply.
Discuss a number of case studies learn how to interpret the test result data.
Transformer Operation and Maintenance. Modern transformers are much more efficient, but much less robust than they were half a century ago. The best policy against transformer failure is to ensure that they are properly operated and maintained. For all practical purposes transformer life expectancy beyond 20 years significantly depends on the quality of maintenance applied to it. This course is focusing on critical issues that should be considered in establishing good operating practices and implementing an effective transformer maintenance program. It provides very practical guidance for maintenance scheduling, operational and testing procedures to achieve long service life of power and distribution transformers.
Learning outcomes: Learn about transformer construction, critical transformer parameters, operating conditions and how to control aging accelerators to ensure long life of transformers. Understand underlying causes of transformer failures, how to investigate and prevent failures through various testing techniques and how to interpret test data. Explore various maintenance strategies, technical and organizational aspects of maintenance and maintenance activities that would ensure an effective transformer maintenance program. Discuss testing procedures, various case studies and a typical maintenance schedule through an interactive workshop.
Mr. Rajaram Shinde
About Speaker
6
Continued on Page 4
Mr. Rajaram Shinde
Mr. Charles ColeVice President‐International Division
American Polywater Corporation
Mr. Charles ColeVice President‐International DivisionAmerican Polywater Corporation
About Speaker
Trafo Oil is arc Quenching Medium inside
Trafo Tank, and the same oil is fuel to fire...
oFire hazard = Oil + Oxygen + >135 C (Fire Point)
Oil Leakage expose it to Oxygen....
Copyright 2017 Knowledge ClusterC
www.trafocare.orgSwachh Trafo Abhiyan
Charles Cole, Vice President‐International Division, American Polywater Corporation, has over 30 years of experience providing innovative and effective repair and maintenance solutions to the electrical and communications industries. Amongst them are leak repair and protection systems for transformer and switch gear. Used worldwide, these products stop active oil and SF‐6 leaks to prevent equipment damage and minimize degradation of equipment components.
Visual 2 of 3
FIRE
FIR
E
Mr Sanjay MishraChairman, SM Group
Dr. Dinesh Arora, IASED, REC
Mr. R K Tyagi, AGM, PGCIL
ISA ADVANCE INSTRUMENTS (I) Pvt. Ltd.C-33, Ground Floor, Sector-2, NOIDA-201301,Uttar Pradesh, INDIAPhone: +91-120-4543853/54/4222712Fax: +91-120-45474772Email: [email protected]
STS5000 & TD 5000 Multi-Function Test Kit for Instrument and Power Transformer
Variable output frequency: 5‐500Hz
Capacitance and Tan Delta Measurement up to 12KV
Primary injection testing capabilities up to 800A orup to 3000 A, with the optional module BUX 3000
This advertisement outlines potential cost savings identified by Cargill that users of Envirotemp FR3 fluid could realize. However, results will vary and Cargill makes no representations or warranties, whether express or implied, with respect to use of the information included herein or any cost savings users may or may not realize.© 2014 Cargill, Incorporated. All rights reserved. Meets IEEE and IEC standards.
Enquiries :‐ [email protected], [email protected]
envirotempfluids.com
Tested. Validated. Globally Proven.Just a few ways to describe
FR3 fluid. > 1million power & distribution transformers upto 400kV 300MVA
Meets IEC & IEEE standards. Extensively researched probably more than mineral oil
More than 100 utilities and 100 OEMs adopting Envirotemp ester technology.
Classified as less flammable fluid by FM Global and Underwriters Laboratory.
Fr3 Fluid Helping World to Make Cost Efficient Transformers Same power‐Smaller transformer Increase load capacity Extend asset life Improved fire safety
Question: Can any sealant material be used to seal transformer oil leakages? Answer: No
Many sealants are available in the market for a variety of industrial applications. The sealants used for repair of oil leaks in power transformers need to have very specific capabilities. The following properties are important in selection of the proper transformer repair sealant:
1. The sealant material should not be conductive; it should have dielectric properties similar to oil and paper to minimize potential for partial discharge. With oil and should not react with or contaminate it so as not to form dangerous gases.
2. The sealant material must be chemically inert. The sealant will be in constant contact.
3. The sealant material must withstand static pressures of the transformer and any momentary pressure peaks during occurrences. The sealant material must be tested and approved for the pressure.
4. The material must have good adhesive properties and be durable, but should be easily removable.
Question: Is it possible to repair live oil leakage without lowering oil level from tank? Answer: Yes
With the appropriate sealant material and experienced application personnel, it is quite possible to arrest live oil leakages in power transformers without lowering the oil level in the tank.
Question: Is transformer leak repair a skilled or unskilled task? Answer: It is a skilled task
Arresting transformer oil leakages is a process that requires extensive surface preparation and identification and repair of all areas of oil escape. The durability of repair depends on the quality of repair and skill of the personnel. Only a complete and thorough job should be accepted by the customer.
Transformer Leak Repair Services
Do you know?
3 things required for good leak repair
Right material Surface preparation & cleaning Properly cover the suspected leak area
S a l e s & S e r v i c e s
Contact : +91 9604 916 916 [email protected]
www.facebook.com/bhagyodayasales&services
Before
During - Surface Preperation
After
Leakxpert
www.leakxpert.com
www.leakxpert.com
George or Laxmi ad
DTC – Daemisch Transformer Consult Dipl. Ing. Georg Daemisch, M.Sc. (EE) Alte Nürnberger Straße 32 a D-93059 Regensburg
Tel: +49 (0) 941 87867 Fax: +49 (0) 941 87845 Mobile +49 (0) 172 8909973
www.transformer-consulting.com Email: [email protected]
DTC Germany has, in the past, conducted On-sit Sessions for several clients worl-wide and trained several hundreds of engineers and technicians. A few of them are:
Dubai Electricity & Water Authority-Dubai-UAE. Shuweihat Power Station-Abu Dhabi-UAE.
Madras Aluminum Company-India. National Aluminum Company-India Durgapur Steel Plant-India.
Aluminum Bahrai-Kingdom of Bahrain. Saudi Electric Company-Jiddah
Onsite workshopsRLA of Transformers
Transformer Population Management
GMBHTRANSFORMER LIFE MANAGEMENT SYSTEMS
1%AveragePoor 0%
26%Good
64%
9%
Exce
llent
Very Good
99% is Good and above
99% says Good and above
1%
17%
56%
26%Excellent
Good
Very Good
AveragePoor 0%
? Quality of Faculty / Trainer Including Presentation
Report
2015
?Value for money & time spent on the programme
8% 2%Excellent
50%Very Good
40%Good
AveragePoor 0%
98% is Good and above
? You were able to pick up useful information to use at work
98% is Good and above
22%
2%
31%
45%
Excellent
Good
Very Good
AveragePoor 0%
?Faculty's ability to answer
queries
?Is it worth sending others
to the program?
54%Very Good
7%Excellent
5%Average
1%Poor
33%Good
94% is Good and above
? Extent to which learning is convertible into action on the job
94% says Good and above
1%
45%Good
46%Very Good
5%3%Excellent Poor
Average
97% says Good and above
1%2%7%
ExcellentPoor
Average
61%Very Good
29%Good
99% is Good and above
28%Excellent
19%Good
1%
52%Very Good
AveragePoor 0%
?Administrative arrangements (including quality of program)
3%
28%
56%
97% says Good and above
13%
Exce
llent
Good
Very Good
AveragePoor 0%
? Relevance of the Program
? Extent of gain in knowledge/skill/awareness etc
5% 1%
24%Good
65%Very Good
5%Excellent
Poor Average
94% says Good and above
Report on 2nd Workshop on
Transformer May 26-27, 2015
?Overall, how would you rate 2nd Workshop on Transformer 2015
Laxmi AssociatesA Complete Power Solution
Training ContactService
‐ Life cycle management courses on Power Transformer ‐ Electrical Hazard & safety management courses ‐ General courses on Condition Assessment, RLA
‐ Commissioning & Testing ‐ Condition Assessment ‐ Residual Life Assessment ‐ Consultancy & Third Party Inspection
CORPORATE OFFICE :“SUN ENCLAVE” Office No: 13, 14, 15,Opposite Suncity Paradise, Manjalpur, Vadodara, Gujarat – 390020Phone: 0265‐3267575 / 09374076950E‐Mail: [email protected] /
“ “
“ “
“ “
www.easunmr.com/nifpss
Workshop on Transformer
August 29‐30, 2017Tuesday & Wednesday
Kolkata - India
Mission – Conservation of Transformers
Trafocare Hyderabad Team
The Park, Delhi.
The Leela, Mumbai.
The Imperial, Vashi.
Swachh Trafo Abhiyan
Power, Energy & Measurement Solutions.
LEADERSHIP IS THE
CAPACITY
To TRANSLATE VISION
INTO REALITY
Off.: 17‐18, First Floor, Mamta Anand Sankul, Near Fame Multiplex, Nashik Poona Road, Nashik Road‐422 006, Maharashtra, INDIA.
+91 253 2410497
www.smsystems.co.in
T
e
w
Power, Energy & Measurement Solutions.
Branch Office Mumbai Delhi Lucknow Nagpur Chandigarh
Simultaneous PD Testing
TransformerIntegrated Global Monitoring™ for Transformer
TECHIMP offers a wide range of sensors and systems to monitor the condition of power transformers forming them to the unique Global Monitoring™ for transformers. A combination of PD, Tan‐D and DGA provides the best protection available for a highly complex and expensive asset. All components have been developed by TECHIMP ensuring a perfect interaction.
TECHIMP’s Par�al Discharge (PD) Monitoring system usually consists of a Central Unit and distributed Data Acquisi�on Units – the PD Hub™ ‐ able to acquire and process the PD signals locally detected through PD sensors installed on each of the main e lectr ica l assets (generators , transformers, HV cables and GIS). Per each set of three, six or twelve PD sensors, one PD Hub™, consis�ng of an Acquisi�on Unit (PDCheck™ or PDScope™) housed in an IP65 Acquisi�on Box, will be installed close to the asset under monitoring. The PD Hub™ will collect the par�al discharge signals (high frequency signals) coming from the sensors. A fiber op�c communica�on network will connect all PD Hubs™ to the Central Unit placed in the Control Room, where the par�al discharge data will be collected, stored and processed on the brand new TiSCADA pla�orm.The PD Hub™ can also be installed as a standalone device for permanent monitoring of the asset while data are stored internally and are available for download at any �me for detailed evalua�on.
TECHIMP PD HUB
The two renowned companies ISA and TECHIMP are proud to announce the merger of both units to form a new global player ALTANOVA taking the industry to the next level.
ISA, a leading company in the field of design and manufacturing of portable test equipment and online monitoring solutions for electrical energy systems, power plants and electrical substations and TECHIMP, a global leader in services and solutions for the condition assessment of Medium and High voltage apparatus are joining forces to further increase the offering to our customers with a vast portfolio of testing and monitoring equipment.
ALTANOVA will be a smart, dynamic, lean and global company that offers one stop‐shop solutions for off‐line testing and online monitoring products as well as services for the condition assessment and testing of High and Medium Voltage electrical apparatus in the power industry.
With more than 100 employees in Italy, Germany, India, US and Singapore and globally present in 100 countries, ALTANOVA will become a true global player, moving closer to its customers and helping asset managers with customized condition assessments to fulfill their tasks to maintain highest availability of MV/HV networks within budget limitations.
a new star is born!
www.isatest.com www.techimp.com
Dr. Aradhana RayTechnical Director Laxmi Associates
Dr. Aradhana Ray, Ph. D. in Electrical Engineering having 20 years experience in power sector Doble Engineering, USA (South Asia & Middle east ), Omicron Energy (Asia Pacific), High Power Test & Research Laboratory ERDA, Vadodara India. She has conducted many workshops worldwide over the last five years. Dr Aradhana provides consulting services for Asset Management, Inspection Services, Testing, RLA and documentation for international compliance for High Voltage products. She has written more than 35 national and international publications. She was a recipient of "Dr Vikram Sarabhai Young Scientist Award" in 2005. She has also served on technical committees of national and international conferences
Dr. Aradhana Ray
About Speaker
NSM Technologies Pvt. Ltd.Off.: ‘BIZSOL HOUSE’, 2‐A, Second Floor, Plot No. 22, Near Vascon IT Park, Indira
Nagar, Wadala Road, Nashik ‐ 422 006. Mo.: +91 9130009410, +91 9960999900.
e: [email protected] w: www.nsmtechnologies.co.in
Mr Shrikant Potnis is engineering graduate from Walchand College of Engineering in 1976 and post graduation from I.I.T. Mumbai ‐in Ind. Design‐ in 1978. He started his career with Transformer Division of Crompton Greaves in 1978 and worked for 33 years in various different divisions of CGL. He worked for more than 10 years with m/s Crompton Greaves Ltd as R & D Head of Switchgear Division ‐ Nasik. He has presented more than 20 papers on various topics in conferences like Swicon, Switrend, IET, MSETCL, PGCIL , CPRI, IEEMA etc. Currently he is working as CEO for more than 5 years with “ M/S Easun MR Tap Changers Pvt Ltd “ ‐ A German JV Company manufacturing On Load Tap Changers for Transformers up to 765 kV. He has travelled extensively for attending conferences, testing of various products, Technology Transfers, establishing JV companies, customer visits etc. He is having, to his credit 11 patents in various Switchgear/Tap Changer products. He has worked as a member of BIS committee on Circuit Breakers, Cigre working group ET08 India chapter.
Mr. Shrikant PotnisCEO
Easun MR Tapchangers
Mr. Shrikant Potnis
About Speaker
Ph.: +91 253 2410497 Email: [email protected]
Mr Imteyaz Siddqui RASM‐South Asia & GCC,
ALTANOVA Group
Swachh Trafo Abhiyan Copyright 2017 Knowledge ClusterC
www.trafocare.org
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KNOWLEDGE CLUSTER PVT. LTD.
KCLUSTER
Contact Us:
Office Adress :Unit No: FB 31, First Floor, Highland Corporate Center, Next to City Mall, Kapurbawadi, Thane (W) 400 601, Maharashtra, INDIA. Ph.: +91 22 4127 6570Web.: www.kcluster.com/workshop : www.trafocare.org www.facebook.com/knowledgecluster
ContactJagdish Sandhanshiv+91 9867976570 [email protected]
CPRI Bhopal
Rajasthan
Institute of Plasma Research
Organized by
Knowledge ClusterAugust 29‐30, 2017 Tuesday & Wednesday
Kolkata - India
In Association With
Workshop on Transformer
Mission – Conservation of Transformers
