visit of hon’ble union minister of state for power …concerned 220 kv, 132 kv isolators, 12 kv,...

No. 106 JULY - SEP 2008

website: http://cpri.in E-mail : [email protected] & [email protected]

VISIT OF HON’BLE UNION MINISTER OF STATE FOR POWER

SHRI JAIRAM RAMESH

Shri Jairam Ramesh, Hon’ble Union Minister of State for Power, Govt. of India visited the Institute on 7th August 2008. A brief presentationof CPRI activities was done during the visit. The Hon’ble Minister also visited the laboratories of the Institute and evinced keen interestin Testing, Research and Consultancy activities. Later Hon’ble Minister addressed the officers and staff of CPRI at the Silver JubileeAuditorium.

2CPRI NEWS JULY - SEP 2008

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EDITORIAL ADVISORY COMMITTEE

Shri P. K. Kognolkar

Shri S. Sridhar

C O N T E N T S

The Institute was awarded the pres-tigious Indira Gandhi Rajbhashaaward, the highest National awardin this field, consecutively for thesecond year for the outstandingwork done in the field of Official Lan-guage implementation during 2006-07. This is the fourth time that thisprestigious award has been won byCPRI. The award was given by theHoníble President of India, Smt.Pratibha Devisingh Patil on Sunday,the 14th September 2008 at a func-tion organized at the Plenary Hall,Vigyan Bhavan, New Delhi by theDepartment of Official Language.Shri. Shivraj V.Patil, Honíble HomeMinister chaired the celebrations.The Institute was represented byShri P.K.Kognolkar, Director General,Dr. P. V. Reddy, Unit Head, RTLMuradnagar and Dr. Vijaya Mallik, Sr.Hindi Officer.

INSTITUTE BAGS THE PRESTIGIOUS

INDIRA GANDHI RAJBHASHA AWARD FOR

THE YEAR 2006-07

The Hindi Divas celebration com-menced with the lighting of thelamp. Shri Shakel Ahmed, Híble Min-ister of State for Home Affairs deliv-ered the welcome speech.Softwares developed for easy work-ing in Hindi, viz., Shabdh Kosh,Vachaantar, Mantra, Leela HindiPrabodh on line self instructor werepresented to the nation and displayed.

This was followed by Award presen-tation. Shri P.K.Kognolkar, DirectorGeneral received the award on be-half of the Institute.

Shri Shivaraj V.Patil in his Presiden-tial Address highlighted the impor-tance and necessity the usage ofHindi in India. Smt Pratibha Patil, theHoníble President spoke of Hindi asthe uniting factor and highly appre-ciated the softwares developed bythe Department of Official Languageso as to popularize its usage.

INDIRA GANDHI RAJBHASHA AWARD

VISIT OF HONíBLE UNION

MINISTER OF STATE FOR POWER

SHRI JAIRAM RAMESH 1

INSTITUTE BAGS THE PRESTIGIOUS

INDIRA GANDHI RAJBHASHA AWARD

FOR THE YEAR 2006-07 2

SHORT CIRCUIT TESTING 3

CONTRIBUTION OF ULTRA HIGH

VOLTAGE RESEARCH LABORATORY,

HYDERABAD TO OPTIMIZE 1200 KV

AC LINE DESIGN. 4

TECHNOLOGY TRANSFER OF GMAT

SOFTWARE 4

NATIONAL ROUND ROBIN EXERCISE

FOR ANALYSIS AND EXPERIMENT

ON FULL SCALE FOUR-STOREYED

RCC STRUCTURE 5

CPRI PARTICIPATION IN CIGRE 2008

SESSION 7

INTERNATIONAL TRAINING

PROGRAMME ON TEST FACILITIES

AT CPRI 8

INSTALLATION OF NEW GAS

CHROMATOGRAPH AT RTL GUWAHATI 8

DRUM PROGRAM FOR TRAINING

UTILITYíS DISTRIBUTION ENGINEERS 9

117TH BIRTH ANNIVERSARY OF

DR. B.R.AMBEDKAR 10

MOUíS SIGNED BY CCAR 10

ACTIVITIES OF STDS BHOPAL 11

CPRI SIGNED MOU WITH

CHAMUNDESWARI ELECTRIC SUPPLY

COMPANY (CESC) 12

RGGVY ñ CPRI CONTRIBUTION 12

NEWS IN HINDI 13


TESTING ACTIVITIES

Short circuit test was successfully

conducted for the first time in Short

Circuit Laboratory, CPRI on 11kV,

990kVA Prefabricated substation of

M/s. Schneider Electric India, New Delhi.

Prefabricated substation comprises of

High voltage switchgears, Transformer,

Low voltage switchgear, HT and LT

interconnections with earthing circuit.

Test was conducted as per International

standard IEC 62271-202: 2006-06

TESTING OF POWER EQUIPMENTS AT HIGH POWER LABORATORY

The short circuit test needs of Indian and international clients are well catered by

both the laboratories at Bangalore and Bhopal. In CPRI Bangalore, High Power Lab,

the major testing activity comprised of power transformers testing, ranging from 66

kV class upto 220 kV class, with capacities from 20 MVA to 50 MVA. DMRC, Delhi,

NTPC, Delhi, PGCIL were the major utilities who availed testing facilities. Significantly

132 / 27.5 kV and 66/27.5 kV single phase traction power transformers were tested

in HPL for DMRC, New Delhi. As far as testing of Switchgear equipments are

concerned 220 kV, 132 kV

Isolators, 12 kV, 36 kV Circuit

Breakers and panels were tested for short time current test, short Circuit

duties and internal arc test, RDSO, Lucknow utilized laboratory facilities

for carrying out repeated power arc test on 9 sets of 27.5 kV insulator

string.

High Power Laboratory CPRI, Bangalore perfomed tests on 20 MVA to 50

MVA transformers upto 220 kV class for various users such as DMRC

Delhi, NTPC and PGCIL.

SHORT CIRCUIT TESTING

CONSULTANCY FOR BANGALORE INTERNATIONAL AIRPORT LIMITED (BIAL)

M/s. Larsen & Toubro Limited, BIAL Project Site, Devanahalli, Bangalore requested

CPRI to analyse the problem of over-heating of PMCC panels located at Air

conditioning plant of Bangalore International Airport, Devanahalli. The consultancy

work was taken up by short circuit laboratory. The work involved a comprehensive

study comprising various diagnostic studies. The study was able to successfully

bring out the root causes with solutions.

TESTS ON PREFABRICATEDSUBSTATION


TESTING AND CONSULTANCY

The study of corona performance ofoctagonal Bersimis conductorbundle for 1200 kV AC line wasbrought-out. In continuation to theCPRIís contribution in optimizing the1200 kV line design and evaluatingthe 1200 kV equipment, UHVRL atHyderabad studied octagonalBersimis conductor bundle for air in-sulation. This work is first of its kindin the country and useful in optimiz-ing the conductor - tower air clear-ance which has a direct impact onthe cost of transmission towers.

� Air Insulation Studies for 1200kV UHVAC Transmission Line

The study is to optimize conduc-torñtower air insulation clearancesfor adoption in 1200 kV AC transmis-sion lines. Eight Bersimis conduc-tor bundle was used for the study.The evaluation of the switching im-

CONTRIBUTION OF ULTRA HIGH VOLTAGE RESEARCH LABORATORY, HYDERABAD

TO OPTIMIZE 1200 KV AC LINE DESIGN.

pulse performance of large elec-trodes for EHV/UHV line design car-ried out by many researchers sug-gest that withstand/flashover char-acteristics under switching im-pulses of positive polarity are to beused for the design of external airgap insulation of lines in the EHV/UHV range. The breakdown voltagealso depends on the shape of theimpulse. In the case of air insulation,for each gap length there is an im-pulse time to peak for which thebreakdown voltage is minimum.Series of tests were carried out onsimulated UHV tower windows toobtain the Critical time to crest (Tcr)for which Critical Flashover voltage(CFO) is obtained. This critical waveshape was used for determining theoptimum clearance required forwithstand voltage of 1800 kVp cor-responding to 1200 kV transmissionlines. The withstand voltage wasdetermined from the flashover volt-ages as per IEC 60060-1 and veri-fied the same by applying 15 im-pulses and evaluating as per thewithstand voltage procedure. Withthe optimized window clearancesand with the insulator string in place,wet test simulating rain condition

was also carried out to ascertain thewithstand ability of the optimizedtower window clearances.

Eight bersimis conductor bundlewith 35 m length was strung be-tween the end towers of the mockup tower. The sub conductor spac-ing was fixed at 550 mm. The oc-tagonal conductor bundle wasstrung at suitable height aboveground to avoid any disruptive dis-charges to ground or any otherearthed object other than the towersimulation. Suitable corona ringswere connected at either end of thisconductor bundle and terminated onboth sides with porcelain insulatorsof sufficient length to avoid disrup-tive discharges to the anchoringdead end towers. Tower simulationat top and sides was done with steeland aluminum channels. Air gapclearances from 7 m to 10 m werestudied to arrive at the optimumclearances required for 1200 kV ACtransmission lines. A view of the ar-rangement of the total set up withbundle conductor along with insula-tor string and tower window simula-tion is shown in the Figure. Thisstudy was sponsored by PGCIL.

A Programme of Technology Transfer and Training in GMAT software developed byCPRI has been held at CPRI, Bangalore during 21-23 July 2009 for Bhutan PowerCorporation (BPC). Five engineers from BPC participated in the programme whichincluded hand-on training in the use of the software as also and overview of thealgorithms used in the software package.

The GMAT software of CPRI is being used extensively in India by the Institute &also the State Power Utilities for the design of grounding system in HV Substations& Power Stations. This is for the first time that this software has been acquired bya foreign Power Utility.

The programme was inaugurated by Shri P.K. Kognolkar, Director General I/C, CPRIon 21 July 2008.

TECHNOLOGY TRANSFER OF GMAT SOFTWARE

For more details on the GMATsoftware, please contact

Shri M.M. Babu NarayananAdditional DirectorE-mail: [email protected]/Fax: 080 23605367


SPONSORED RESEARCH

1.0 INTRODUCTION

Many concrete structures have beenseverely damaged or collapsed by therecent earthquakes. It clearly indicatesthe need for evaluating the seismic ad-equacy of existing buildings and to im-prove the existing methodologies to de-sign new seismic resistant structures.In particular, the seismic rehabilitation ofolder concrete structures in high Seis-micity areas is a matter of growing con-cern, since structures Vulnerable to dam-age must be identified and an accept-able level of safety must be determined.To make such assessment, simplifiedlinear-elastic methods are not adequate.Thus, the structural engineering commu-nity has developed a new generation ofdesign and seismic procedures that in-corporate performance based structuresand is moving away from simplified lin-ear elastic methods and towards a morenon-linear technique.

2.0 PUSHOVER ANALYSIS

The structural analysis in earthquakeengineering is a complex task because(a) the problem is dynamic and usuallynon-linear, (b) the structural system isusually complex, and (c) input data(structural properties and ground mo-tions) are random and uncertain. Themethods recommended in most of theexisting building codes are based on theassumption of linear elastic structuralbehaviour and do not provide informationabout real strength, ductility and energydissipation. They fail to predict expecteddamage in quantitative terms. For thetime being, the most rational analysisand performance evaluation methods forpractical applications seem to be sim-plified inelastic procedures, which com-bine the non-linear static pushover analy-sis of a relatively simple mathematicalmodel and the response spectrum ap-proach. The main aim of the pushoveranalysis is to determine member forces

Dr.R.Ramesh BabuJoint Director

NATIONAL ROUND ROBIN EXERCISE FOR ANALYSIS AND EXPERIMENT ON

FULL SCALE FOUR-STOREYED RCC STRUCTURE

and global and local deformation capac-ity of a structure. The information can beused to assess the integrity of the struc-ture.

Basically, a pushover analysis is a se-ries of incremental static analysis car-ried out to develop a capacity curve forthe building. Based on the capacitycurve, a target displacement which is anestimate of the displacement that thedesign earthquake will produce on thebuilding is determined. The extent ofdamage experienced by the structure atthis target displacement is consideredrepresentative of the damage experi-enced by the building when subjected todesign level ground shaking. Many meth-ods were developed to apply the nonlin-ear static pushover to structures withminor variation in computation procedure.

The pushover analysis can be describedas applying lateral loads in patterns thatrepresent approximately the relative in-ertial forces generated at each floor leveland pushing the structure under lateralloads to displacements that are largerthan the maximum displacements ex-pected in design earthquakes. The push-over analysis provides the inelastic limitas well as lateral load capacity of thestructure. The changes in slope of thiscurve give an indication of yielding of vari-ous structural elements. The informationcan be used to assess the damage vul-nerability of buildings.

3.0 COLLABORATIVE RESEARCHPROJECT

The accuracy of the whole pushoveranalysis is largely dependant on the ac-curacy of pushover curve. However, thereis a lack of experimental data availablein the literature to evaluate different meth-ods recommended to develop the push-over curve. With this back ground a col-laborative research project titled ìSeis-mic pushover tests on prototype RCCframed Structureî was taken up jointly

by Bhabha Atomic Research Centre(BARC), Mumbai and Central PowerResearch Institute (CPRI), Bangalore tocompare different analytical procedureproposed by various researchers andrecommended by various codes. Thisresearch project was conceived by Re-actor safety Division of BARC. The scopeof the project is to construct a full-scalefour storeyed RC frame structure and toconduct pushover tests to evaluate theaccuracy of different methods followedin developing push over curves by com-paring the analytical results with that ofexperimental investigation. In this con-nection, a round robin exercise isplanned under this research project.

4.0 DESCRIPTION OF THE FRAMESTRUCTURE

A reinforced concrete structure consistsof a single bay four storeyed frame wasconstructed. The structure is an as-it-isreplica of a part of an existing office build-ing at BARC, Mumbai. The sizes, rein-forcement details, layout and other de-sign details are replicated from the de-sign of the original structure. The storyheight is 400 cm. A raft foundation of size6730 x 7400 and depth of 700 mm wasconstructed over a rock out crop. In or-der to ensure rigid foundation to the pro-totype structure so that the columns canbe assumed to be fixed to the ground inthe analysis, 144 nos. of 20 mm diam-eter rods were grouted to the bedrock.The cross section of columns at base is900 mm x 400mm and 900mm x 350mm.The cross section of beams of the framestructure is 230mm x 1000mm. Materialproperties are assumed to be 25 Mpa(M20) for the concrete compressivestrength and 415 MPa for the yieldstrength of the longitudinal and transversereinforcement. The dimension of the build-ing floor is 5m x 5m c/c between beamsin plan. Strain gauges are mounted onsteel reinforcement and on the concretesurface at critical locations.


SPONSORED RESEARCH

5.0 ROUND ROBIN EXERCISE

The main objective of this Round Robinexercise to synergize the expertise ofvarious researchers working in the fieldof pushover analysis of RCC structuresand to identify the effective analyticalmethodology that predicts the pushovercurve more closely under monotonicallyincreasing lateral loads. BARC had in-vited academic and research institutesto take part in this exercise. The com-plete structural details of the RC framestructure were furnished to all the insti-tutes willing to participate in this researchprogramme.

The scope of the round robin exerciseinvolves

a) Performing pre-test pushover analysis

b) Participating in on-site testing of thestructure

c) Performing post-test analysis modify-ing their recommended procedure if re-quired

d) Formalizing the best solution to theproblem at hand

Many academic institutes like IndianInstitute(s) of Technology, Thapar Insti-tute of Technology, Thiagarajar Collegeof Engineering, National Institute of Tech-nology Surathkal, Research Instituteslike Structural Engineering ResearchCentre, NPCIL participated in this exer-cise along with BARC and CPRI. Theseinstitutes have presented the methodolo-gies adopted by them and the corre-sponding push over curve before actualpushover test on the structure. The push-over curves developed by these institutesare shown in Figure.1.

6.0 PUSHOVER TESTS

Although, various procedures are avail-able to analyze and obtain the pushovercurve, there is an acute lack of experi-mental data by comparing with which theaccuracy of the analytical procedure canbe evaluated. Moreover, such a data iseven rarer for full-scale structures. Hencepush over test on a proto type RC framedstructure was proposed under this re-search project.

A pushover test is performed by subject-ing the four storeyed structure to a mono-tonically increasing pattern of lateralloads, representing the inertial forces,which would be experienced by the struc-ture when subjected to ground shaking.Different forces distributions can be usedto represent the earthquake load inten-sity. Under incrementally increasingloads various structural elements mayyield sequentially. Consequently, at eachevent, the structure experiences a lossin stiffness.

Loading arrangement consisting of slowspeed electrical winches and wire ropesover the existing anchor structure ofTower Testing station at CPRI is usedfor applying lateral loads on the struc-ture. The estimated loads on the struc-ture at ever floor level are applied in aninverted triangular pattern. The ratio offorces at first floor, second floor, third floorand fourth floor is kept as 1: 2 : 3 : 4 asshown in the Figure 2. Pre calibratedload cells and indicators are used formonitoring the load application on thestructure.

Loads were applied with predeterminedincrements and the corresponding lateraldeflections are measured using digitaltheodalites & laser sensors and verticaldisplacements with dial gauges. Dynamicstrain recorder has been used to moni-tor and record the strain levels in the re-inforcement and on the surface of theconcrete at pre identified critical loca-tions. At few Beam-column joints, rota-tions are also recorded using rotationmeters.

During loading cracks are developed atmany locations. At each loading incre-ment the crack positions were marked.The maximum load (sum of loads appliedat each floor level) the structure withstoodwas 94.5 Tonnes. At this load level, the

deflection of the building kept increasingwithout increase in the magnitude of lat-eral loads applied and subsequently thetest was stopped.

7.0 SCOPE OF THE FURTHER WORKPROPOSED.

The experimental load deflection curveobtained from the pushover tests will bemade available to all the participatinginstitutes for further fine-tuning their ana-lytical procedures in developing pushovercurves. The failed structure will be retro-fitted. The pushover test will be repeated.By this additional experimental data willbe available to researchers to validatetheir analytical methods. During the sec-ond phase of the Round robin exercisethe method, which predicts closer to theexperimental results will be identified andrecommended for designing the newstructures and to assess the capacityof the existing ones for seismic loads. Inaddition, the results of the proposed sec-ond push over test will be used to evalu-ate the efficiency of current retrofittingtechniques.

8.0 ACKNOWLEDGEMENT

CPRI and BARC express their sinceregratitude to Dr. Anil Kakodkar, the Chair-man, Atomic Energy commission andSecretary Department of Atomic Energyfor inaugurating the Round robin exerciseand push over test at CPRI, Bangalore.The research team gratefully acknowl-edges the encouragement and continu-ous support of Shri. S. Banerjee, Direc-tor BARC and Shri A.K.Tripathy, formerDirector general CPRI in executing thisprestigious project. This research projectis sponsored by BARC.Figure.1


CIGRE 2008 SESSION

CPRI deputed three officers viz.,Dr Mrs.Sujatha Subhash,AD,Smt S.Vijaya Kumari, JD, andMr. S.Ramaprasath, JD to participate inthe deliberations of the CIGRE 2008 or-ganized at Palais des Congres, Parisduring 24th -29th August 2008 and presentthe following three papers.

1. B1-202 “ Experience of CPRI in verylow frequency tan delta testing andcondition monitoring of medium volt-age polymeric cables“K . M A L L I K A R J U N A P P A ,S. RAMAPRASATH, C.D. KERI

This papers covers the Very Low Fre-quency (VLF) dissipation factor testingfor power cables and this technique hasbeen proved to be effective for conditionassessment of extruded cables. CentralPower Research Institute (CPRI) hasconducted VLF tan delta test on serviceaged cables to assess extent of ageingand on new cables to generate commis-sioning test data for future conditionmonitoring. The paper presents the ex-perience of CPRI in VLF dissipation fac-tor testing on the medium voltage XLPEcables. The base value of VLF tan deltaand its variation with test voltage havebeen found to be sensitive to check thelevel of ageing for medium voltage

In addition to the paper presentation (oral& poster), Shri.S.Ramaprasath activelyparticipated in the CIGRE Study com-

CPRI PARTICIPATION IN CIGRE 2008 SESSION

mittee meeting B1 ñ Insulated Cablesduring CIGRE Session.

2. B4-106 “RTDS simulation studies onthe upcoming multi-infeed HVDC sys-tems in India” D. Khare, C. Prabhakar,K.S. Meera, P.V.Balasubramanyam,Sujatha Subhash, A.K. Tripathy

This paper presents the results of anRTDS study of a multi-infeed system inIndia. The multi-infeed system consistsof two bipoles at +/- 500 kV - {existingRihand-Dadri HVDC bipolar link, Balia-Bhiwadi HVDC link under construction }and one at +/-800 kV new upcomingHVDC bipolar links from NER region toAgra. The inverters are not located physi-cally close to each other but electricallythey are close. The study concludes thatthe overvoltages are within the specifiedlimit for pole or bipole blocking of any ofthe systems. The commutation failureresponse of the systems is also accept-able for various faults near the inverters.It was shown that the inverter with theshort circuit ratio of 18.8 was less sus-ceptible to commutation failures as ex-pected.

3. D1-208 “Remaining life assess-ment of power transformers

“ S. VIJAYA KUMARI, G.R. VISWANATH,DHEEPALAKSHMI, K. DWARAKANATH,A.K. TRIPATHY.

The concentration of furans in the min-eral insulating oil of a power transformer

is a good indicator of the condition of thecellulosic materials such as paper, press-board, and cotton materials used bothas electrical insulation and as mechani-cal support. The condition of the cellulo-sic materials is vital, because thesematerials condition have bearing life of atransformer. Liquid Dielectrics Laboratoryat CPRI conducted a massive survey ofthe concentration of furans in the min-eral insulating oils of more than eighthundred operating transformers. Re-maining life assessment of transformersis attempted based on the percentilepopulation of furans.

The CIGRE Session is an open meet-ing, held once in two years in Paris andthe 42nd Session was held during 24-29August 2008. The technical session ad-dressed issues which are relevant for theElectricity Industry. The subjects rangefrom electric equipment (like rotating elec-tric machines, transformers, high volt-age equipment, insulated cables), sub-stations, HVDC & power electronics,Protection, System operation & control,Markets and Deregulation, Materials andEmerging technologies. The CIGRESession was attended by about 3000 reg-istered delegates from 80 countries.Technical exhibition organized in paral-lel had 130 exhibitors, exhibiting theirlatest products and services.


TRAINING PROGRAMME

Five day International Training Programme on ìTest Facilities at CPRIî was organisedat the Institute from 21-25 July 2008. Shri P.K. Kognolkar, Director General I/C,Inaugurated the programme on 21 July 2008.

Thirty five participants attended the programme. The participants drawn from U.L.India, Bangalore ñ NTPC Noida ñ NPTI (PSTI) Bangalore ñ M.P. Electricity Regula-tory Commission, Bhopal ñ NHPC Ltd., Faridabad ñ APTRANSCO, Hyderabad ñNational Small Industries Corporation, Technical Service Centre, Howrah ñ BESTUndertaking, Mumbai ñ BHEL, Bhopal ñ CEA, New Delhi ñ Ministry of Micro, Small& Medium Enterprises, New Delhi ñ Karnataka Power Corporation, RTPS, aichur ñSteel Authority of India, Burnpur ñ Kerala State Electricity Board, Kerala ñ VijayElectricals, Hyderabad - Orissa Power Transmission Corporation Ltd. Orissa, par-ticipants from abroad they are High Voltage & High Current Institute, Univerciti Tech-nology, Malaysia and BRB Cable Industries Ltd. Khushtia, Bangladesh.

During the programme presentations were made on the unique facilities available fortesting power equipments at CPRI and also laboratory visits arranged to show thepractical demonstrations at various laboratories of Bangalore.

At the valedictory function Shri P.K. Kognolkar, Director General I/C awarded certifi-cates to all the the participants on 25 July 2008.

TRAINING PROGRAMME ON ìPOLLUTION LEVEL MEASUREMENT ANDHIGH VOLTAGE TESTING TECHNIQUE

As desired by the Ministry of Power, the two day training was organised on the topicìPollution level Measurement and High Voltage Testing Techniqueî at the Institutefrom 21-22 August 2008. Twenty one engineers had participated from various StateElectricity Boards and Power Grid Corporation of India. Lectures and laboratorydemonstrations were arranged during the programme.

NATIONAL SEMINAR ON ìCONDITION MONITORING OF MACHINESTHROUGH OIL ANALYSIS

CPRI Guwahati & NPTI - NER conducted two day National Seminar on ìConditionMonitoring of machines through oil analysisî from 4-5 August 2008at Novelty Con-ference Hall, Narengi, Guwahati. Forty one delegates from various organization likeNEEPCO, ASEB, North Frontier Railway, IOCL ñ Guwahati Refinery, HindustanPaper mills Ltd. Etc. attended the programme.

Shri S.C. Nath, Chief General Manager, LAEDCL, ASEB, presided over the func-tion. Presentations were made by Shri Pattanshetti, Dr. C.J. Naidu & Shri G.R.Viswanath of CPRI along with speakers from Bharat Petroleum Limited, Balmer &Lawrie, Towa Optics & CMERI.

INTERNATIONAL TRAINING PROGRAMME ON TEST FACILITIES AT CPRI

Thermo make Gas Chromatograph with advance feature has been commissioned atRTL Guwahati.† This equipment is equipped with Flame Ionization, ThermalConductivity and Flame Photometric detectors.† The system has carboxen 1010capillary column and in† single injection dissolved gas analysis canbe completed very fast.

INSTALLATION OF NEW GAS CHROMATOGRAPH AT RTLGUWAHATI


TRAINING PROGRAMME

Scope exists for vastly improving theperfomance of SEB's and their function-ing and restoring their commercial viabil-ity. Ministry of Power, Govt. of India andUSAID have jointly initiated the DRUM(Distribution Reforms and UpgradationManagement) Program. They have en-trusted CPRI for its implementation. TheDRUM Program targets the junior andmiddle level officials of the SEBs/PowerUtilities with the aim of training and ca-pacity building in the managerial, op-erational and technical areas.. CPRI isresponsible for training utility engineers.It is conducting 3 & 5 day training pro-grams in certain vital fields:

� Distribution Business Management &IT Based Solutions

� Best practices in distribution loss re-duction

� Disaster Management, Electrical SafetyProcedures and Accident Prevention.

� Demand Side Management

The training programs are structured byUSAID and CORE and consist of lec-tures, demonstration, lab visits and fieldvisits. The course focuses on in depth

understanding of specialized subjectsand the role and responsibility of utilityengineers. Well experienced facultydrawn from CPRI and other leading insti-tutions deliver the lectures. The lecturescover procedures, emerging technolo-gies, case studies, etc. Herein CPRIísexperience in the areas of Metering, Au-tomation, Loss Reduction, etc. coveredin the training programme.

In addition to following the syllabus, spe-cialized lectures by CPRI engineers willbe delivered in the following areas:

Distribution loss reduction program:

� GIS mapping

� Earthing practices

� Harmonics

� Metering- advances, testing and tam pering

� Distribution automation

� Energy audit of distribution systems

� Sub-station maintenance

� Calibration of equipment especially metering

Disaster management and electricalsafety program:

� Flame retardant cables

� Seismic qualification of electrical equipment

� Safety system management

� Qualification of equipment under haz ardous environment

� Power grid collapse Demand Side Management:

� Technologies for DSM

� Risk assessment and analysis of DSM projects

CPRI has entered into a MoU withBESCOM for training its engineers onthe above subjects. Engineers from otherESCOMs of Karnataka like MESCOM,GESCOM, HESCOM, CHESCO, etc.,are also being trained.

Till date (Sept.2008) under the DRUMprogram, CPRI has conducted 37 train-ing programs and trained around 958engineers comprising of 778 men and180 women. The majority of the facultyhas been drawn from the CPRI Divisions.The program is being co-ordinated byCPRIís Training & HRD Office.

For further information contact thefollowing:

Dr. K.R.C. Nair,Joint Director,Tel: 080-23600942E-Mail:[email protected]

Dr. K.Dwarakanath,Additional Director,Tel: 080-23604448E-Mail:[email protected]

Training & HRD OfficeCentral Power Research InstituteProf. Sir C.V. Raman RoadBANGALORE-560 O80.

DRUM PROGRAM FOR TRAINING UTILITY’S DISTRIBUTION ENGINEERS


BIRTH ANNIVERSARY OF DR. B. R. AMBEDKAR

MoU’S SIGNED

MoU With Academic Institutions

CCAR has signed MoU with Indian Institute of Technology - Madras covers Collaborative Researh Projects,Consultancy studies, provision for higher studies through external registration, faculty exchange, con-ducting user oriented programme, Post-graduate diploma course on specialized topics relevant to PowerSector.

MoU with National Perspective Plan - R&D programme

MoU signed with NML, Jamshedpur, NHPC and SJVNL for excuting research project on ìDevelopmentof Silt Erosion Resistant Material for Hydroturbine Generatorsî.

117th Birth Anniversary of Dr. B.R.Ambedkar was celebrated at the Instituteon 6th August 2008. On the occasionProf. K.M. Hanumantharayapa, Principaland Former Dean Faculty of Law,University Law College, Bangaloredelivered lecture on the history of Dr.Baba Saheb Ambedkar. Dr.Aswathnarayana C.M. Honíble memberof Legislative Assembly, was the Guestof Honour. Shri P.K. Kognolkar, DirectorGeneral (I/C), CPRI, Bangalore. Severaldignitaries, Guests and family membersattended the function. The programmeended with a cultural programme by ShriGururaj Hoskote & Group.

117TH BIRTH ANNIVERSARY OF Dr. B.R.AMBEDKAR

Literacy is the foundation for the society.In the modern education systemmatriculation or the tenth standard is theminimum for one to be calledìLITERATEî. The three layerimplementation strategy as the essenceof Ambedkarís philosophy, EDUCATE,ORGANISE AND AGITATE. For thesecond time this office has liaison withmanagement of CPRI to instituteìDr. B.R. Ambedkar Merit awardî forchildren of CPRI employees who toppedin tenth standard under differentschemes. The following students werereceived the merit award on 6th August 2008.

State Syllabus

(1) Vishak Hegde, S/o. Prabhakar Hegde(2) Sandesh. D, S/o. B.N. Dinesh Kumar(3) S. Nausheer Ahmed S/o. M. NazeerBegum (4) M. Praveen Kumar, S/o. B.S.Mohan Singh (5) G. Bharath Nayak S/o.M. Ganesh (6) R. Gautham, S/o. T.P.Ramesh (7) Kutar Dipa Ramdas D/o.Ramdas S. Kutar, TRC, Nagpur.

CBSE

(1) Vishak C. Keri, S/o.Chandrashekar Keri (2) Nissar Ahmed,S/o. M. Zaheer Begum (3) NutanSingh D/o. Ramjeet Singh, STDS,Bhopal (4) Christie A. Kispotta D/o.Sibillia Kispotta, STDS, Bhopal (5)Karishma Ranjan D/o. Rajesh Ranjan,STDS, Bhpal

ICSE

(1) Vindhya J. Mandekar, D/o. M.R.Jagadeesh (2) Gauthan S. Rao, S/o. K.Sripad Rao


ACTIVITIES OF STDS BHOPAL

1250MVA Short Circuit Testing Station of CPRI, Bhopal Tested 420kV Disconnectors and EarthSwitches with Flexible and Rigid Conductors as per IEC : 62271-102, 2003

STDS, CPRI Bhopal has tested 420kVDouble Break, Central BreakDisconnector, Earth switches andPantographs Isolator at 40 kArms for 1Sec. and 3 Sec. as per IEC -62271-102(2003) Ed 1.0. using the MotorñlessGenerator, new technology adopted byCPRI Bhopal.

The test set-up for the Short timewithstand current & peak withstandcurrent tests are two FlexibleConductors having diameter of 32mmshall be used having central line distanceof 70mm ± 30mm without spacers andalso maintaining the recommendedstatic mechanical terminal loads as perIEC 62271-102 (2003) Ed -1.0.

Test Set-up configuration

420kV Isolator under tests

I ) 420kV Horizontal Central BreakIsolator with Flexible Conductor

II) 420kV Horizontal Double BreakIsolator with Flexible Conductor:

III) 245kV Pantograph Isolator withRigid Conductor:

IV) Oscillogram representing thecurrent (40kArms for 3.0 secondswith initial peak of 100kA) flowingthrough the Isolator during short timewithstand & peak withstand current test

An electronic six-position fully automatictest bench for testing energy meter hasbeen added to the energy meter testlaboratory of STDS CPRI Bhopal. Thetest bench is procured from M/s ZERAGmbh, Germany. The Test bench is fullyautomatic having reference standard of80-ppm accuracy the bench has thefacility of isolation current transformerand multi secondary transformers to testmeters without opening current &voltage links. Also has facility tocalibrate three reference standardssimultaneously. The laboratory alreadyhas one five-position electronics testbench with 200-ppm reference standardof ZERA make.

With the addition of the above test benchit is possible to test eleven meters at atime without opening links of metersunder tests, which will result incompletion of test with the minimumtime

Expansion of Energy Meter Test Facility at STDS:

Shri Rajendra SinghEngineering Officer Gr.2Calibration Laboratory,Station -1, CPRI, Bhopal haspassed the National

Certification Examination for EnergyManager and Energy Auditor held in May2008 by Bureau of Energy Efficiency(BEE), Ministry of Power, Govt. of India.He is qualified as Certified EnergyManager as well as Certified EnergyAuditor. He shall be entitled to practiceas Energy Auditor under the EnergyConservation Act 2001.

Shri A.K.Khanra , EngineeringOfficer Gr.3, 100 MVA OnlineTesting Station (Station-2),STDS, CPRI, Bhopal, haspassed the 6th National

Certification Examination for EnergyAuditors conducted by Bureau of EnergyEfficiency (BEE), New Delhi and hasbeen elected as BEE Certified EnergyAuditor in August, 2008. This enablesCPRI to seek accreditation from BEEfor Energy Audit.

National Certification Examination forEnergy Manager & Energy Auditor


IMPORTANT ACTIVITIES

� Rajiv Gandhi GrameenVidyutikaran Yojana is beinglaunched to

� Provide access to electricity to allrural households in next five years

� 24 Hours power supply of electricityto rural house holds at par withurban house holds

� Providing electricity to rural area forEconomic and HumanDevelopment

� Looking to the poor health ofDistribution companies GoRdecided to pay 90% as subsidy

CPRI has been appointed asSupervision and Monitoring agency forRGGVY works in Chamrajnagar Dt andKodagu Dt of CESC ,Karnataka andIdukki Dt of Kerala.

The work involves project monitoringand supervision of quality of worksduring construction of this programme.The work shall be carried out as perthe guidelines of REC. The duration ofthe project is for 2 years and thequantum of work carried out under thescope are as follows.

Description of Total work - Scopeof CPRI Work

Project monitoring and supervision ofquality of works during constructionunder Rajiv Gandhi Grameen

Vidyutikaran Yojana ( RGGVY) as givenbelow

a. Project monitoring & supervision ñphysical performance vis-‡-visprovision made in the contract

b. General physical verification ofmaterials received/installed,standard of works executed andconstruction of works executed andconstruction standards adoptedduring construction ñ detection ofdeviations

c. Monitoring and supervision of releaseof services including electrificationof BPL households

d. Adherence to Indian Electricity Rulesñ detection of deviations

New Definition of Villageelectrification

� The village will be declared electrifiedif :

� Basic infrastructure such asdistribution transformer anddistribution lines are provided in theinhabited locality as well as the dalitbasti/hamlet where it exists. (Forelectrification through Non-Conventional Energy Sources adistribution transformer may not benecessary).

� Electricity is provided to publicplaces like schools, panchayatoffices, health centers, dispensaries,community centers etc. and

� The number of householdselectrified should be at least 10%of the total number of householdsin the village.î

Guide Lines of RGGVY

� BPL household to get electricityconnection free of charge

� Revenue sustainability should beensure through franchisees

� No discrimination in hours ofsupply between Urban & Ruralhouseholds

� Services of Central Public SectorUndertakings is available to Stateswilling to utilize their services forimplementation of Programme

� Ninety percent Capital Subsidy willbe provided by Central Government

� The scheme will create necessaryinfrastructure

� REDB Provision of at least 33/11KV substation of adequate capacityin each block

� VEI Electrification of every villagewith a distribution transformer ineach habitation

� DDG System in village where gridconnectivity is not feasible or costeffective

RGGVY – CPRI CONTRIBUTION

R&D Management Division has reachedyet another milestone by receiving anorder worth Rs.83.68 lakhs from

CPRI SIGNED MOU WITH CHAMUNDESWARI ELECTRIC SUPPLY COMPANY (CESC)

Chamundeswari Electric Supply Com-pany (CESC) to monitor RGGVYprogramme at Chamrajnagar andMadikeri Districts of Karnataka.

The Memorandum of Understanding(MOU) signed by Shri.V.N.NandakumarAD(Admn) on behalf of CPRI andShri.H.Nagesh ,CE( O&M ) on behalf ofCESC on 25th April,2008 at CPRI, Ban-galore in the presence ofShri.P.K.Kognolkar,Director,CPRI ,Shri.M.M.Babu Narayanan, AD(R&D),CPRI and T.Raghunatha, Joint Director,

CPRI . RGGVY programme waslaunched by Govt. of India to provide ac-cess to electricity to all rural householdsin five years for the attainment of goalsof the National Common MinimumProgramme (NCMP).

The work involves project monitoring andsupervision of quality of works during con-struction of this programme. The workshall be carried out as per the guidelinesof REC. The duration of the project is for2 years and the quantum of work carriedout under the scope are as follows,


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NEWS IN HINDI

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~Vm`m {H$ {hÝXr ^mfm H$m CÎmamoÎma à`moJ H$aZm

Mm{hEŸ& ^maVr` hmoZo Ho$ ZmVo ^maV H$s hr ^mfm

H$m à`moJ H$aZm Mm{hE Am¡a AnZr ^mfm H$mo


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{díd ñVa na nhþ±MmZm h¡Ÿ& `h h_mam H$V©ì` h¡Ÿ&

Bg ew Adga na Eg Q>r S>r Eg Xn©U 2007-08

n{ÌH$m H$m {d_moMZ {H$`m J`mŸ& BgHo$ níMmV²

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{X`m J`mŸ&

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H$X_ gh`moJ XoH$a H$m ©H«$_ H$m g_mnZ {H$`mŸ&

Ho$ÝÐr` {dÚwV AZwg§YmZ g§ñWmZ Ho$ h¡Xam~mXEH$H$ _§o {XZm§H$ 02.09.2008 go 15.09.2008

VH$ {hÝXr nIdmS>m _Zm`m J`mŸ& Bg Xm¡amZ 2{gVå~a VH$ ñQ>m\$ gXñ`m| Ho$ {bE l¥VboI,eãXmdbr, Amew mfU, H${dVm nmR>, n«íZ_§M,AZwdmX n«{V`mo{JVmE Mbm`r J`rŸ& ñQ>m\$ gXñ`mHo$ gmVdr go ~mahdr H$jmAm Ho$ ~ÀMmo Ho$ {bE{deof én go VrZ AbJ - AbJ n«{V`mo{JVmE±^r Am`mo{OV H$s J`rŸ& {XZm§H$ 15.09.2008

H$mo ì` H$m`©H«$_ Ho$ gmW g_mamoh H$m g_mnZhþAmŸ& B§Or{Zàr A{YH$mar S>m°. àXrn {ZaJwS>oH$s AÜ`jVm _§o Am`mo{OV Bg H$m ©H«$_ Ho$ _w»À{V{W Wo EH$H$ Ho$ Ana {ZXoeH$ lr ~r.JwUeoH$aZŸ& _w»` A{V{W Zo AnZo ^mfU _§oamO^mfm {hÝXr Ho$ àJm_r à`moJ na Omoa XoVohþE H$hm {H$ BZ n«{V`mo{JVmAm| Ho$ Am`moOZ goamO^mfm {hÝXr Ho$ H$`m©b`rZ à`moJ H$mo Adí`~‹T>mdm {_boJmŸ& S>m° >àXrn {ZaJwS>o Zo {hÝXr {Xdg

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y EM dr AZwg§YmZ n« moJembm, h¡Xam~mX


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AV… gaH$ma H$mo g_ñ`m Ho$ ñWm`r g_mYmZ H$sÑ{ï> go à`ËZerb hmoZm Mm{hE Am¡a AnZrJ{V{d{Y`m± Vrd« H$aZr Mm{hEŸ& Š`m| {H$ amï´>_§S>>bIobm| H$s CëQ>r {JZVr ewê$ hmo MwH$s h¢Ÿ&

{VbH$ amO (ghm`H$ J«oS> -àW_)

NEWS IN HINDI


1.0 àñVmdZm :

AÜ`VZ yH$§nm| _| AZoH$ H$m§H«$sQ> g§aMZmE±Vrd« ê$n go j{VJ«ñV h¢ AWdm {Znm{VV h¢ Bggo ñnï>g§Ho$V {_bVr h¡ {H$, {dÚ_mZ B_maVm| H$s wH§$nrn`m©áVm Ho$ _yë`m§H$Z H$s Amdí`H$Vm h¡ VWm ZB© H§$nrà{VamoYr g§aMZmAm| Ho$ A{^H$ën Ho$ {bE {dÚ_mZ{H«$`m{d{Y`m|° H$mo gwYmaZo H$s Oê$aV h¡. {deof ê$n goCƒ wH§$nr joÌm| _| nwamZr H$m§H«$sQ> g§aMmZmAm| H$s wH$§nrnwZì ©dñWm ~T>>Vr qM>Vm H$m {df` h¡ Š`m|{H$ j{V Ho$à{V g§doXZerb g§aMZmAm| H$mo nhMmZm OmZm Mm{hEVWm gwajm Ho$ ñdrH$m © ñVa H$mo {ZYm©[aV {H$`m OmZm h¡Eogo _yë`m§H$Z Ho$ {bE, gabrH¥$V a¡{IH$ àË`mñW{dYmmE§ n`m©á Zht h¢ AVEd, g§aMZmË_H$ B§Or{Z`arg_wXm` Zo A{^H$ën VWm yH§$nr à{H«$`mAm| H$s ZB©nr{T> {dH${gV H$s h¡, Omo {ZînmXmZ AmYmm{aVg§aMZmAm| H$mo AnZmVr h¡ VWm gabrH¥$V a¡{IH$àË`mñW {dYmAm| go AbJ hmo ahr h¡ VWm A{YH$Aa¡{IH$ VH$ZrH$ H$s Amoa Om ahr h¡.

2.0 {Z`mo{OV Z_Z {díbofU

yH§$n B§Or{Z`ar _| g§aMZmË_H$ {díbofUEH$ O{Q>b H$m © h¡. Š`m| [H$ (H$) g_ñ`m J{VH$ h¡ VWmgm_mÝ`V`m Aa¡{IH$, (I) g§aMZmË_H$ àUmbrgm_mÝ`V`m O{Q>b h¡ Am¡a (J) {Zdoe S>mQ>m(g§aMZmË_H$ JwUY_© Am¡a y Mmb) WÔpÀN>H$ Am¡aA{ZpíMV h¡Ÿ& {dÚ_mZ A{YH$m§e B_maV {Z`_mdbr _|g§ñVwV {dYmE± a¡{IH$ àË`mñW g§aMZmË_H$ AmMaU Ho$nydm©Zw_mZ na AmYm[aV h¢ VWm dmñV{dH$ ~b VÝ`VmVWm D$Om© j` Ho$ ~mao _| gyMZm CnbãY Zhr H$amVmŸ&do _mÌmË_H$ nX _| àË`m{eV j[V H$m nydm©Zw_mZ bJmZo_| {d\$b hmo OmVo h¡Ÿ& gåà{V, àË`mñW à{H«$`mAm| _|ì`dhm[aH$ AZwà`moJm| Ho$ {bE n[a_o {díbofU VWm{ZînmXZ _yë`m§H$Z nÕ[V H$mo gabrH¥$V H$a {X`m h¡{Og_| Amno{jH$ gab J{UVr` {ZXe© H$m Aa¡{IH$ñW¡{VH$ {Z`mo{OV Z_Z {díbofU VWm à{V{H«$`mñnoŠQ´>_ CnmJ_ gpå_{bV h¡Ÿ& {Z`mo{OV Z_Z {díbofUH$m _w»` CÔoí` EH$ g§aMZm Ho$ ~b Ad`d VWmgm{d©H$ Ed§ ñWmZr` {dê$nU j_Vm H$m {ZYm©aU H$aZmh¡Ÿ& Bg gyMZm H$m Cn`moJ g§aMZm H$s AI§S>Vm H$m

{ZYm©aU H$aZo Ho$ {bE H$a gH$Vo h¢.

_ybV… EH$ {Z`mo{OV Z_Z {díbofU B_mVa Ho$ {bEj_Vm dH«$ H$m {dH$mg H$aZo hoVw g§nÞ {H$`m OmZodmbmdm{Y©H$ ñW¡{VH$ {díbofU h¡Ÿ&

j_Vm dH«$ Ho$ AmYma na EH$ bú` {dñWmnZ Omo{dñWmnZ H$m AmH$bZ h¡ B_maV na CËnÞ yH§$nA{^H$ën H$m {ZYm©aU H$aVm h¡. Bg bú` {dñWmnZ nag§aMZm Ûmam AZw ywV j[V H$s Vrd«Vm A{^H$ën ñVa yhëbZ Ho$ AYrZ B_maV Ûmam AZw yV j{V H$mà{V{Z{YËd g_Pm OmEJm. A{^H${bV à{H«$`m _| bKwn[adV©Z Ho$ gmW g§aMZmAm| Ho$ {bE Aa¡{IH$ ñW¡{VH${Z`mo{OV Z_Z à wº$ H$aZo hoVww H$B© nÕ{V ±§ {dH${gV H$sJB©Ÿ&

à{Vê$n Omo àË oH$ Vb ñVa na CËnÞ Ano{jVnmpíd©H$ ~b H$m bJ^J à{V{Z{YËd H$aVm h¡ VWm{dñWmnZ Omo A{^H$ën yH§$n _| àË`m{eV A{YH$V_{dñWmnZ go ~‹S>m h¡ Ho$ nmpíd©H$ md Ho$ AYrZ g§aMZmAnH$f©U _| {Z`mo{OV Z_Z {díbofU H$mo à wº$nmpíd©H$ ^ma Ho$ Vm¡a na d{U©V {H$`m Om gH$Vm h¡Ÿ&{Z`mo{OV Z_Z {díbofU g§aMZm Ho$ nmpíd©H$ ma j_VmHo$ gmW gmW àË`mñWVm gr_m ^r CnbãY H$amVm h¡&Bg dH«$ H$s àdUVm _| ~Xbmd {d{^Þ g§aMZm KQ>H$m| Ho$nam^dZ H$s gyMZm XoJm. `h gyMZm B_maVm| H$s j{V

oYVm Ho$ {ZYm©aU Ho$ {bE à`moJ H$s Om gH$Vr h¡.

3.0 gh`moJmË_H$ AZwg§YmZ n[a`moOZm

gånyU© {Z`mo{OV Z_Z H$s `WmW©Vm ~¥hV Vm¡a na{Z`mo{OV Z_Z dH«$ H$r `WmW©Vm na {Z ©a h¡Ÿ& VWm{n,{Z`mo{OV Z_Z dH«$ Ho$ {dH$mg Ho$ {bE g§ñVwV {d{^ÞnÕ{V`m| Ho$ _yë`m§H$Z Ho$ {bE gm{hË` _| CnbãYà`moJmË_H$ S>mQ>m _| H$_r h¡Ÿ& Bg n¥ð> y{_ Ho$ gmW{d{^Þ H$moS>mo Ûmam g§ñVwV VWm {d{^Þ AZwg§YmZH$Vm©Am| Ûmam àñVm{dV {d{^Þ {díbofUmË_H$ à{H«$`mH$s VwbZm H$aZoo hoVw ^m^m na_mUw AZwg§YmZ H|$ÝÐ«(~mH©$), _w§~B© VWm gr nr Ama AmB©, ~|Jbya Ûmam g§ wº$ê$n go ‹""Am{Xàê$n Ama gr gr T>±§MmJV g§aMZm na

yH§$nr {Z`mo{OV Z_Z narjU'' ‹er{f©V gh`moJmË_H$AZwg§YmZ n[a`moOZm br JB© h¡. `h n[a`moOZm ~mH©$ Ho$

[aEŠQ>a gwajm à^mJ Ûmam g§H$pënV h¡Ÿ& n[a`moOZm H$mCÔoí` h¡ nyU© - _mnH«$_ dmbm Mma _§{Obm Ama grT>m±Mm g§aMZm H$m {Z_m©U VWm {díbofUmË_H$ n[aUm_Ho$ gmW à`moJmË_H$ AÝdofU H$s VwbZm Ûmam {Z`mo{OVZ_Z dH«$m|§ Ho$ {dH$mg _| AZwH$m[aV {d{^Þ nÕ{V`m| H$s`WmW©Vm H$m _yë`m§H$Z H$aZo hoVw {Z`mo{OV Z_Z H$mnarjU. Bg g§~§Y _|, Bg AZwg§YmZ n[a`moOZm Ho$A§VJ©V am¢S> am{~Z Aä`mg H$s `moOZm ~ZmB© JB© h¡.

4.0 T>m§Mm g§aMZm H$m dU©Z

EH$b ~oo Mma _§{Obm T>m§Mo H$m à~{bV H$m§H«$sQ> g§aMZmH$m {Z_m©U {H$`m J`mŸ& `h g§aMZm ~mH©$ _w§~B© _|{dÚ_mZ H$m`m©b` ^dZ Ho$ EH$ ^mJ H$s à{VH¥${V h¡Ÿ&_mn, à~bZ ã`moam, A{^Ý`mg VWm AÝ` A{^H$ënã`moam _yb g§aMZm Ho$ A{^H$ën go à{VH¥$V h¡Ÿ& _§{ObH$s D±$MmB© 400 go§._r. h¡& a¡\$Q>Zrd H$m Am_mn6730•7400 VWm 700 {_. _r H$s JhamB© dmboMÅ>mZ Ho$ {Z_m©U na V¡ ma h¡Ÿ&

Am{Xàê$n g§aMZm Ho$ ÑT> AmYma H$mogw{ZpíMV H$aZo hoVw {díbofU _| y go ñVå^ bJmEOmZo Ho$ {bE 20 {_. _r. ì`mg dmbo 144 g§»`H$N>‹S>mo H$mo Vbe¡b _| J«mC§Q> {H$`m J`mŸ& Vb na ñV§å^m|H$m H¢$Mr IÊS> H$m Am_mn 900 {_._r •400 {_. _rEd§ 900 {_. _r •350 {_._r h¡Ÿ& T>>m±Mm g§aMZm Ho$X§S>mo H$m H¢$Mr IÊS> H$m Am_mn 9.230 {_. _r•1000 {_. _r h¡Ÿ& H$m§H«rQ> g§nrS>Z gm_Ï © Ho$ {bEnXmW© H$m JwUY_© 25 mpa(m20) VWm AZwX¡Ü © Ed§AZwàñW à~bZ H$m nam^d gm_Ï © Ho$ {bE 415

mpa _mZm OmVm h¡Ÿ& _mn{MÌ _| X§S>mo Ho$ _Ü` ^dZVb H$s {d_m 5 _r•5 _r gr/gr h¡& {dH¥${V à_mnrBñnmV à~bZ Ed§ O{Q>b ñWmZm| na H$m§H«$rQ> Vb naAmamo{nV h¡.

5.0 am¢S> am{~Z Aä`mg

Bg am¢S> am{~Z Aä`mg H$m _w»` CÔoí` Ama gr grg§aMZmAm| Ho$ {Z`mo{OV Z_Z {díbofU Ho$ joÌ _|H$m ©aV {d{^Þ AZwg§Ym`H$m| H$s gw{dkVm H$s gh{H«$`mñWm{nV H$aZm VWm à^mdr {díbofUmË_H$ {H«$`m {d{YH$mo nhMmZZm, Omo EH$ ê$nVm Ho$ ~T>Voo nmpíd©H$ mamo± Ho$

nyU© Am_mn Mma _§{Obdmbr Ama gr gr g§ñWmZm na à`moJ VWm {díbofU Ho$ {bEamï´>r` am¡§S> am{~Z Aä`mg

S>m°. Ama. a_oe ~m~w, g§ wº$ {ZXoeH$

NEWS IN HINDI


AYrZ A{V gyú_Vm go {Z`mo{OV Z_Z dH«$ H$mnydm©Zw_mZ H$aVm h¡Ÿ& Bg Aä`mg _| ^mJ boZo Ho$ {bE~mH©$ Zo e¡{jH$ Ed§ AZwg§YmZ g§ñWmZm| H$mo Am_§{ÌV{H$`m h¡Ÿ& Bg AZwg§YmZ H$m ©H«$_ _| ^mJ boZo Ho$ {bEBÀNw>H$ g^r g§ñWmZm| H$mo Ama gr T>m±Mm g§aMZm H$mg§nyU© ã`moam CnbãY H$am`m J`m h¡Ÿ&

am¢S> am{~Z Aä`mg _| em{_b CÔoí` :

A) nyd© narjU {Z`mo{OV Z_Z {díbofU H$m {ZînmXZ.

Am) g§aMZm H$m ñdñWmZo narjU _| ^mJ boZm.

B) `{X Amdí`H$ hmo Vmo CZH$s g§ñVwV {H$`m{d{Y _|n[adV©Z H$aVo hþE CÎma narjU {díbofU H$m {ZînmXZ.

B©) gm_Zm H$s Om ahr g_ñ`m Ho$ CÎm_ g_mYmZ H$moñWm{nV H$aZmŸ&

~mH©$ VWm gr nr Ama Ho$ gmW ~hþV go e¡{jH$ g§ñWmZO¡go ^maVr` àm¡Úmo{JH$ g§ñWmZ, Vmna àm¡Úmo{JH$g§ñWmZ, Ë`mJamO B§Or{Z`ar H$m°boO, amï´>r` àm¡¡Úmo{JHrg§ñWmZ, gyaVH$b, AZwg§YmZ g§ñWmZ O¡go g§aMZmB§Or{Z`ar AZwg§YmZ Ho$ÝÐ, EZ nr gr AmB© EZ Zo BgAä`mg _| ^mJ {b`m. BZ g§ñWmZm| Zo CZHo$ ÛmamAnZmB© JB© {H«$`m nÕ{V`m± VWm g§aMZm na dmñV{dH${Z`mo{OV narjU Z_Z Ho$ AmJo g§JV {Z`mo{OV Z_ZdH«$ H$mo àñVwV {H$`mŸ&

BZ g§ñWmZm| Ûmam {dH${gV {Z`mo{OV Z_Z dH«$ H$mo {MÌ1 _| Xe©m`m J`m h¡ :

à{V^mo{J`m| Ûmam {Z`mo{OV Z_Z

{dñWmnZ

({MÌ-1) ^mJ bo aho g§ñWmZm| Ûmam àmJwº$ {Z`mo{OVZ_Z dH«$

6.0 {Z`mo{OV Z_Z narjU

`Ú{n, {Z`mo{OV Z_Z dH«$ àmá H$aZo VWm {díbofU

H$aZo Ho$ {bE {d{^Þ {H«$`m{d{Y`m± CnbãY h¡,

à`moJmË_H$ S>mQ>m H$s Vrd« H$_r h¡ {OgHo$ gmW VwbZm

H$a {díbofUmË_H$ {H«$`m{d{Y H$s `WmW©Vm H$m

_yë`m§H$Z {H$`m Om gH$Vm h¡Ÿ& BgHo$ Abmdm nyU© -

Am_mn g§aMZmAm| Ho$ {bE Eogo S>mQ>m ~hþV hr {dab h¡&

VWm{n Bg AZwg§YmZ n[a`moOZm Ho$ A§VJ©V Am{Xàê$n

Ama gr T>m±MoXma g§aMZmAm| na {Z`mo{OV Z_Z narjU

àñVm{dV {H$`m J`m& {Z`mo{OV Z_Z na[jU g§aMZm

Ûmam AZw yV {H`m OmEJmŸ& OS>Ëd ~b H$m à{V{Z{YËd

H$aZo dmbo nmpíd©H$ ^mam| H$m EH${Xï> ê$n go ~T>Vo

à{Vê$n H$s$ Mma _§{Obm g§aMZm na {Zînm{XV {H$`m

OmVm h¡,{Og go y h„ ZHo$ AYrZ yH§$n ma Vrd«Vm H$m

à{V{Z{YËd H$aZo Ho$ {bE {d{^Þ ~b {dVaUm| H$m

à`moJ {H$`m Om gH$Vm h¡& dm{Y©H$ ê$n go ~T>Vo mam| Ho$

AYrZ {d{^Þ g§aMZmË_H$ KQ>H$ AZwH«${_H$ ê$n go

CËnÞ hmo gH$Vo h¢Ÿ& n[aUm_ñdê$n, ha KQ>Zm na g§aMZm

ÑT>Vm _| j` H$m AZw d H$aVm h¡Ÿ&

gr nr Ama AmB© _o Q>mda n[ajU H|$Ð H$s {dÚ_mZ

pñWaH$ g§aMZm Ho$ D$na Vma a‚mw VWm _§X Mmb [dÚwV

MIu H$s ~Zr ^maU ì`dñWm H$m à`moJ g§aMZm na

nmpíd©H$ ma bJmZo Ho$ {bE {H$`m OmVm h¡. ha Vb na

g§aMZm na AmH${bV ma à{Vê$n {Ì wO _| AZwà wº$

{H$`m OmVm h¡Ÿ& {MÌ 2 _| {XImE JE O¡go nhbm Vb,

Xygam Vb, Vrgam Vb Ed§ Mm¡Wo Vb na ~bm| H$m

AZwnmV 1:2:3:4 Ho$ Vm¡a na aIm J`m h¡Ÿ& g§aMZm na

^ma AZwà`moJ H$m _mZrQ>aZ H$aZo Ho$ {bE nyd© Ame§{H$V

^ma gob VWm gyMH$m| H$m à`moJ {H$`m OmVm h¡.

{MÌ-2 {Z`mo{OV Z_Z narjU

nyd© {ZYm©[aV dm{Y©H$ Ho$ gmW ma H$m à`moJ {H$`m OmVm

Wm VWm Am§{H$V {W`moS>mobmBQ> VWm boga g§doXH$m| H$m

à`moJ H$aVo hþE g§JV nmpíd©H$ {djonm| H$m _mnZ VWm

S>m`b à_mnr go D$Üdm©Ya {dñWmnZ H$m _mnZ {H$`m

OmVm h¡Ÿ& à~bZ _| VWm nyd© A{^{ZYm©[aV H«$m§{VH$

ñWmZm| _| H$m§H«$sQ> gVh na {dH¥${V ñVam| H$m [aH$mS>© H$aZo

VWm _m{ZQ>aZ Ho$ {bE J{VH$ {dH¥${V A{^boIr H$m

à`moJ {H$`m J`m h¡& YyU©Z _rQ>a H$m à`moJ H$aVo hþE X§S>

ñVå^ OmoS>mo, YyU©Zm| H$mo ^r A{^bo{IV {H$`m J`m h¡Ÿ&

^maU Ho$ Xm¡amZ H$B© ñWmZm| na Xamao {dH${gV hmoVr h¡Ÿ&

àË oH$ ^maU d¥{Õ Ho$ g_` Xama H$s {ñW{V`m| H$mo

{M{hZV {H$`m OmVm h¡Ÿ& g§aMZm Ûmam ghZ {H$`m J`m

A{YH$V_ ^ma (àË oH$ Vb ñVa na à wº$ ^mam| H$m

`moJ) 94.5 Q>Z WmŸ& Bg ^ma ñVa na à wº$ nmpíd©H$

~mam| Ho$ n[a_mU H$mo ~T>m o {~Zm ^dZ Ho$ {djoon H$mo

~T>mVo aho VWm VXZ§Va narjU amoH$ {X`m J`m.

7.0 àñVm{dV A{V[aº$ H$m © H$m {dñVma

{Z`mo{OV Z_Z narjU go àmá à`moJmË_H$ ^ma {djon

dH«$ H$mo g^r ^mJ bo aho g§ñWmZm| H$mo CnbãY H$am`m

OmEJm {Og go dh {Z`mo{OV Z_Z dH«$m| H$m {dH$mg

H$aZo Ho$ {bE CZHo$ {díbofUmË_H$ à{H«$`mAm| H$mo Am¡a

~ohVa ~Zm gHo$Ÿ& {d\$b g§aMZmAm| H$mo AZwénm§ÝV[aV

{H$`m OmEJmŸ& {Z`mo{OV Z_Z narjUm| H$mo Xmoham`m

OmEJm& AZwg§Ym`H$m| H$mo CnbãY H$amE J o Bg

A{V[aº$ à`moJmË_H$ S>mQ>m go dh CZHo$ {díbofUmË_H$

nÕ[V`m| H$mo _mÝ` R>ham gH$Vo h¢Ÿ& am¢S> am{~Z Aä`mg

Ho$ Xygao MaU Ho$ Xm¡amZ nÕ{V Omo à`moJmË_H$ n[aUm_ Ho$

ZOXrH$ hmo H$mo ZB© g§aMZmAm| Ho$ A{^H$ënZ VWm

yH§$nr` mam| Ho$ {bE {dÚ_mZ MrOm| Ho$ j_Vm {ZYm©aU

H$aZo Ho$ {bE {ZYm©[aV Ed§ g§ñVwV H$s OmE§JrŸ& BgHo$

A{V[aº$ àñVm{dV Xygao {Z`mo{OV Z_Z narjU Ho$

n[aUm_ H$m à`moJ dV©_mZ AZwê$nm§VaU VH$ZrH$ H$s

XjVm H$m _yë`m§H$Z H$aZo Ho$ {bE {H$`m OmEJmŸ&

8.0 Am^mamo{º$

gr nr Ama AmB©, ~|Jbya _| am¢S> am{~Z A{^`mZ VWm

{Z`mo{OV Z_Z narjU H$m CX²>KmQ>Z H$aZo Ho$ {bE gr nr

Ama AmB© VWm ~mH©$ S>m° A{Zb H$H$moS>H$a AÜ`j,

na_mUw D$Om© Am`moJ VWm na_mUw D$Om© {d^mJ Ho$

g{Md H$mo H¥$VkVm ì`º$ H$aVo h¢Ÿ& AZwg§YmZ Q>r_ lr

Eg. ~oZOu, {ZXoeH$, ~mH©$ Ho$ àmoËgmhZ VWm {Za§Va

g_W©Z VWm lr E. Ho$. {ÌnmR>r, _hm {ZXoeH$, gr nr

Ama AmB© Ho$ Bg à{V{ð>V n[a`moOZm Ho$ {ZînmXZ Ho$ {bE

AË §V Am^ma ì`º$ H$aVr h¡Ÿ& `h AZwg§YmZ

n[a`moOZm ~mH©$ Ûmam àm`mo{OV h¡.

NEWS IN HINDI

visit of hon’ble union minister of state for power …concerned 220 kv, 132 kv isolators, 12 kv,...

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