A monthly house journal of Dakshin Haryana Bijli Vitran Nigam, Hisar

Issue - 9February - 2007 Page - 24

A monthly house journal of Dakshin Haryana BijliVitran Nigam, Hisar

Published by:

Edited by:

Disclaimer

Dakshin Haryana Bijli Vitran Nigam, VidyutSadan, Vidyut Nagar, Hisar

Dharam Pal DhullManager/Public Relations

The views expressed by contributors representtheir personal views and not necessarily the viewsof the DHBVN or the editor.

Inside PageReliance Energy to Construct Hisar Thermal Project

Cont..pg.3..

Reliance Energy will constructthe 1,200-MW Hisar Thermal PowerPlant on turnkey basis. TheHaryana Cabinet, which met underthe chairmanship of the ChiefMinister, Mr Bhupinder SinghHooda, at Chandigarh on January29 last, accorded its administrativeapproval to this effect.

The bids were invited on2 0 . 0 7 . 2 0 0 6 f o r t u r n k e yimplementation of the project on

Engineering, Procurement & Construction basis. In response, bids werereceived from M/s BHEL and M/s Reliance Energy Ltd. (REL) on 20.11.2006.The bids were evaluated by the project consultants M/s Desein, New Delhi andreviewed by Central Electricity Authority. For this project BHEL offered two (2)units of 500 MW each at a total price of Rs. 3457.47 crore which works out toRs. 3.457 crore per MW. However, Reliance offered two units of 600 MW eachat a cost of Rs. 3775.43 crore working out to Rs. 3.147 crore per MW. TheGovt. of Haryana has, therefore, decided to award the turnkey implementationof 1200 MW (2 x 600 MW) Hisar Thermal Power Project to REL. The ratesoffered by Reliance are the lowest among the contemporary projects beingexecuted by other States.

The government has already acquired 989 acres at village Khedar nearBarwala in Hisar district for the project. This is the first project in the northernregion to be awarded the Mega Project status under the Mega Power ProjectPolicy of the Union Government. This has resulted in the reduction of cost andlower cost of generation.After the project starts generation, additional 288 lakhunits would be available to the state. It would be sufficient to cater to additional4.4 lakh consumers, which constitute 11 per cent of the existing consumers.

The State of Haryana has a total installed capacity of 4051.30 MW out ofwhich 1587.4 MW is from own generating stations of Haryana PowerGeneration Corporation Limited i.e. Panipat Thermal Power Station : 1360MW, Faridabad Thermal Power Station : 165 MW and Western Yamuna CanalHydel Station, Yamuna Nagar : 62.4 MW. The balance capacity is fromHaryana's share in Central sector generating stations and long-term powercontracts. The present peak demand of power in the State is 4951 MW and atthe growth rate of 9% the demand will rise to 6989 MW by the year 2009 – 10and 8303 MW by 2011 – 12.

REL hasstarted construction activities at site.

VsyhQksu ij feysaxs duSD'ku

nf{k.k gfj;k.kk fctyh forj.k fuxe us

'kgjksa esa u, ?kjsyw vkSj xSj&?kjsyw duSD'ku ds

bPNqd O;fDr dks VsyhQksu dky ij duSD'ku

nsus dk QSlyk fy;k gSA izkFkhZ }kjk fctyh fuxe

ds fctyh lqfoËkk dsUnz ;k dLVej ds;j lsUVj

ij VsyhQksu dky djus ij fuxe dk deZpkjh

mlds ?kj tkdj lHkh vkSipkfjdrk,a iwjh

djok,xk rFkk gfj;k.kk fctyh fu;ked

vk;ksx }kjk r; le; ds Hkhrj izkFkhZ dk

duSD'ku tkjh fd;k tk,xkA

Administrative MattersAdministrative Matters

TRANSFER AND POSTINGSr. Name of Officer Present Posting Proposed Posting

No.

PROMOTIONS:

1. Sh. Daljeet Singh Xen ‘OP’Divn. Rewari Xen ‘OP’City Div. Gurgaon

2. Sh. Navin Kumar Xen/SO, Hisar Xen ‘OP’Divn., Narnaul

3. Sh. D. L. Hansu Xen ‘OP’Divn. Narnaul Xen ‘OP’Divn. Rewari.

3. Sh. Rajinder Singh Sabarwal SDO ‘OP’S/Divn. Barwala SDO S/U S/Divn. Tohana.

4. Sh. Krishan sarup SDO S/U S/Divn. Tohana SDO ‘OP’S/Divn. Uklana

5. Sh. Shamasher Singh SDO ‘oP’S/divn. Uklana SDO ‘OP’S/Divn. Barwala.

6. Sh. Manoj Yadav AE/M&P Divn., Gurgaon. SDO CCC S/Divn. Gurgaon

7. Sh. Raj Kumar AE CE (OP) Delhi AE/M&P Divn. Gurgaon

8 Sh. Satyavir Yadava AE/Enforcement, Gurgaon SDO (OP)S/Divn. New

Colony, Gurgaon

9 Sh. Rajnish Garg AEE/MM, Hisar AEE/Planning, Hisar.

10 Sh. K.D.Bansal AEE/Monitoring, Hisar AEE/CCC, Hisar

11 Sh. Vinod Punia AE/Civil Line S/Divn. Hisar AE/Monitoring

12 Sh. Sachin Yadav AE(T) ‘op’S/Divn. Pataudi AE(T)Const. S/Divn.Ateli

13 Sh. Rajender Singh Hooda SDO(OP)S/Divn. Gurgaon SDO (OP)Ind.Area

S/Divn. Gurgaon

14 Sh.Ram Chand Josan Supdt.(HO) CE/MM, Hisar Supdt. FA/HQ, Hisar

The following Junior Engineers-I (Diploma Holders) have been promoted to the rank of AssistantEngineers.As they are already working against the post ofAE/SDO, their posting will remain unchanged.

S/Sh. Roor Singh, O.P. Chahal, Mani Ram , Subhash Chander, R.K. Vohra S.L. Mehta, S.P. Bhatia N.K. Sharma, P.D. Sharma, Devi Dayal, Ram Kumar, Rai Sahib, R. S. Dhanda, S.P.Dagar, Brish Bhan.

ADMINISTRATIVECONTROL

The administ rat ivecontrol of staff of operationzone Delhi will be under theSuperintending Engineer( H u m a n R e s o u r c e ) ,DHBVN, Delhi and theAdministrative control ofstaff of Operation Zone,Hisar will be under SE(Administration), DHBVN,Hisar with immediate effect.

The headquarter ofconstruction sub divisionAteli under the admini-strative control of SE(OP)Circle, DHBVN, Narnaulhas been shifted from Atelito Rewari.

MCCBs on transformers

RECOVERY TARGETS FOR OPERATION CIRCLES

Quality Control Officers

Promotion policy to the posts of LDCs

1. SE(OP) Circle,DHBVN,Gurgaon 2 crore

2. SE(OP) Circle,DHBVN, Faridabad 2 crore

3. SE(OP) Circle,DHBVN, Narnaul 1 crore

4. SE(OP) Circle,DHBVN, Hisar 1 crore

5. SE(OP) Circle,DHBVN, Sirsa 1 crore

6. SE(OP) Circle,DHBVN , Bhiwani 1 crore

The Dakshin Haryana Bijli Vitran Nigam hasdecided to provide inbuilt MCCBs or separate MCCBson the transformers alongwith energy meters. Thisprovision is necessary on new tubewell connectionunder self-execution scheme.

An abnormal high defaulting amount of Rs. 1300 croreis outstanding against various categories of connectedconsumers of the DHBVN. This amount reflects large gap inthe revenue realization/RIB harms the financial strength ofthe Nigam.

The situation of heavy defaulting amount outstandingagainst the consumers has been viewed very seriously bythe Nigam. The defaulting amount may affect the efforts ofthe Nigam to ensure quality supply to its consumers. Assuch, the Nigam has prescribed weekly target for operationcircles under DHBVN to recover the defaulting amount fromconnected consumers as under:

The following officers have been nominated asInspecting Officers of the Dakshin Haryana BijliVitran Nigam with immediate effect. They shallcarry out the inspection of material as being askedby the various sections of the Nigam from time totime:-1. Sh. V.K. Singla, SE/RA, DHBVN, Hisar2. Sh. V.K. Bhardwaj, SE/SO, DHBVN, Hisar.3. Sh. R. S. Manchanda, XEN/MM, Hisar4. Sh. V.P. Thukral, XEN/Monitoring, Hisar5. Sh. Satish Kumar,AE/SO, Hisar6. Sh. F.R. Naqvi,AE/SO, Hisar7. Sh. M.R. Sachdeva, SDO/Const. Sirsa8. Sh. Jai Deep Phogat,AE/Planning, Hisar.

The Dakshin Haryana Bijli Vitran Nigam hasm a d e f o l l o w i n gamendments/additions/deletions/adoption in therecruitment and promotion policy for promotionfrom class-IV to the post of L.D.C.

20 per cent posts of LDC shall be filled up byappointment from amongst the peons, DMAs,Restorers, Havildars, Daftries, Photedars, BookBinders, Safai Karamcharies, Malies andChowkidar etc. having the qualification 10+2 withworking knowledge of computer. However,minimum qualification for employees of thesecategories recruited prior to 27-08-2002 shallremain as matric. The promotion shall be made on

the basis of seniority-cum-fitness. The officials arerequired to complete five years service for gettingpromotion.

20 per cent posts of LDCs/MRs (Field Cadre) shallbe filled up by promotion amongst peons, DMAs,Restorers, Havildars, Daftries, Photedars, BookBinders, Ferro Printers, Ferro Khalasis and SafaiKaramcharies, etc. on the same terms and conditionsas referred to above.

Such employees shall have to qualify test in typewriting in Hindi/English at the speed of 25/30 words perminute with in one year of their promotion.

In its endeavor to bridge the gap between the demand and availability of power, the Govt. of Haryana accordedadministrative approval to HPGCL for setting up 1000 / 1200 MW coal based Thermal Power Project at Hisar in the Statesector through International Competitive Bidding route. The project is proposed to be financed with debt : equity ratio of 80 :20 with 20% of the cost to be contributed by the State Govt. and the debt portion to be funded by raising loan from PFC / REC/ NCR Planning Board.

A Greenfield project of this magnitude takes at least 42 months for commissioning. However, for Hisar Project anaggressive commissioning Schedule of 35 and 38 months has been envisaged for the two units which is the shortestcommissioning schedule in the country for such large capacity projects. The State is further targeting a Best Effort Scheduleof 34 and 36 months for early availability of power from these units.

The first year tariff from this project is expected to be Rs. 2.81 per unit. This project will pave the way for the Statetowards self – reliance in power.

HPGCL is also in advanced stage of implementation of its ongoing 2 x 300 MW Thermal Power Plant at Yamuna Nagar.The two (2) units of this project would start generating power by November, 2007 and February, 2008 respectively. Theseunits would make available 144 lac units of electricity per day to the State.

A joint Venture Agreement for setting up 1500 MW Coal based Thermal Power Plant at Jhajjar has been signed byHPGCL with National Thermal Power Corporation (NTPC) and Indraprastha Power Generation Corporation Limited(IPGCL), New Delhi. The three units of 500 MW each are scheduled for commissioning in 2010 before the CommonwealthGames. The share of Haryana shall be 750 MW and with the commissioning of this project, additional 180 lac units ofelectricity per day shall be available for the State.

Another 1200 MW Thermal Power Station is proposed to be set up in Jhajjar Distt. under the Govt. of India tariff policy byselection of Independent Power Producer (IPP) through tariff based competitive bidding. This would make available 288 lacunits of electricity per day. Besides, HPGCL is also in the process of procuring 2000 MW Power from IPPs under Case – 1model of Govt. of India tariff policy.

In addition, Power Purchase Agreements have been signed with M/s Power Trading Company India Ltd. for procuring70 MW power from Budhil Hydroelectric Project, 300 MW fromAmarkantak Thermal Power Station, 200 MW from KarchamWangtoo Hydel Project in Himachal Pradesh, 200 MW from Teesta Stage – III Hydro project in Sikkim. Besides,Memorandum of Understanding for 150 MW from West Seti Hydro project, Nepal and 200 MW from ONGC Gas basedProject in Tripura. The power from these projects is expected to start flowing from year 2007 – 08 onwards in different years.

The Transmission and Distribution Networks in the State are also being upgraded / augmented suitably to match theincreased generation capacity.

HPGCL has also been allotted a coal block at Mara – II Mahan in Madhya Pradesh measuring about 50 sq. km forcaptive mining jointly with Govt. of NCT, Delhi. The block has estimated coal reserves of 950 Million Tonne.

The possibilities are being explored for setting up a Pit-head mega power project in joint venture with Delhi.

Contract for construction of Hisar Thermal awarded Contd..pg..1..

DHBVN introduces Spot Billing

With a view to provide a pleasant bill paymentexperience to its consumers, the Dakshin Haryana BijliVitran Nigam has decided to introducespot billing system in its area.

It is yet another step towardsimproving service to electr ic i tyconsumers. The meter readers wouldnow generate energy bills at the spot, inpresence of the consumer. For thispurpose, the Nigam is purchasingelectronic machines, along with printers,in which the meter reader will feed thereading of meter at spot.

The previous reading will already beavailable in the machine. On givingcommand of printing, the machine willgenerate the electricity bill at the spot andwill be handed over to the consumer atthe same time. The consumer can makepayment against his bill by cheque to the meter readerat the same movement.

The work of meter reading, bill distribution andcash collection is being done by members of Haryana

Ex-Services League (HESL) in the rural areas ofDHBVN. The ex-servicemen meter readers will also

equipped with the bill spot generating machine soas to bring about efficiency and accuracy in thework, leading to consumer satisfaction. Thoughthere has been considerable reduction incomplaints relating to billing service with thesetting up of consumer care centres and billingcentres at all district head quarters, however,introduction of spot billing system would furthersatisfy the consumers and will bring transparencyin the service.

In addition, the Nigam has decided to installcash collection machines in town areas to collectelectricity bill amount. The consumers can seetheir electricity bills by feeding their names andaccount numbers and deposit their bills amount incash through these machines. The machineswould credit the amount in their accounts

simultaneously & generate receipts.The Nigam has also decided to introduce monthly

billing system for domestic and non-domestic categoryof consumers .

Strengthening power distribution system in distt. SirsaThe Dakshin Haryana Bijli Vitran Nigam (DHBVN)

plans to strengthen and renovate power transmission anddistribution system in district Sirsa at a cost of Rs. 189crores.

Works worth Rs. 134 crores are already in processwhile scheme of costing Rs. 65 crore are underconsideration for approval.

Under this comprehensive plan, DHBVN and theHaryana Vidyut Prasaran Nigam(HVPN) would construct 11 newsubstations of 33 KV level andaugment capacity of 14 existingsubstations, including a 220 KVsubstat ion, f ive 132 KVsubstations and eight 33 KVsubstations. A proposal toconstruct a 220 KV and two 132KV sub stations in the districthas been submitted to HVPN.

The N igam p lans torenovate complete distributionsystem in all the 323 villages oft h e d i s t r i c t u n d e r i t sprogrammes of creating HighVoltage Distribution System(HVDS) and Low VoltageDistribution System (LVDS).

Besides this, all the rural 11K V f e e d e r s a r e b e i n gsegregated to create differentfeeding system for agricultureand domestic categories ofconsumers. With the creation of this system, domesticconsumers in rural areas would be able to get powersupply on the pattern of urban area and tube wells will getqualitative power supply during the pre-determinedschedule of supply. As many as 31 overloaded and

lengthier feeders of 11 KV level are being divided into 62feeders of proper load and length. In addition, completesystem of 8 feeders is being renovated.

While segregating and bifurcating the feeders,complete system of the feeders is being renovated andadditional distribution transformers are being set up asper requirement. With the completion of these projectstotal number of 11 KV feeders in the district will increase

from present 193 to 334.Under the project of introducing

HVDS in villages, ring mains of hightension lines are being laid around thevillages and larger number of smallerdistribution transformers are beinginstalled in the villages. Eachconsumer is being connected to thetransformers for getting supplythrough armoured cable.

Under this compre-hensive plan,DHBVN plans to add 2750 distributiontransformers to the existing networkof 12555 distribution transformers inthe district.

The new sub stations planned tobe constructed include 33 KV substations, at Rasalia Khera, DesuJodhan, Kagdana, Jamal, KhuianMalkana, Kuttabarh, Panihari ,Badagurha, Mohammadpur ia ,Mirjapur andAhamadpur Road Sirsa.

It is planned to complete the workof segregation of agriculture and

domestic load in rural areas by the end of December ofthis year. While the projects of HVDS & LVDS are likely tobe completed by the end of next financial year. Underthese projects all the meters of consumers are also beingshifted outside the consumer premises.

The Dakshin Haryana Bijli Vitran Nigam (DHBVN) hasdecided to give one more chance to defaulter consumersfor joining the electricity bill arrear waiver scheme up toFebruary 28, 2007. The defaulter consumers, who couldnot avail the electricity bill arrear waiver scheme, can jointhe scheme by making payment of their current bills issuedfrom June, 2005. No surcharge would be levied on thebills. But they will have to pay Rs. 200 as a late entry fee.The waiver scheme is meant for domestic and agriculturalconsumers in villages.

The Nigam has clarified that in case a consumer failedto pay bills after joining the scheme and subsequently re-enter into the scheme by making payment of current duesalongwith arrears, from the date of default after opting forthe scheme, he shall be treated eligible for bill waiverscheme from the date of first entry into the scheme.

The facility of reconnection of permanentlydisconnected connections would also be available up toFebruary 28 under the waiver scheme. Under the scheme,permanently disconnected domestic and agricultural

consumers of rural area, who were defaulters as on June16, 2005, can apply for reconnection by depositingadvance consumption deposit (ACD), meter cost andreconnection fees. They will not be charged minimummonthly charges for the period of disconnection prior toJune 16.

In case of tubewell connection, a fee of only Rs.1000/-for disconnected consumer for less than six months periodand only Rs.2000/- where the period of disconnection ismore than 6 months will be charged. Where the HighTension/Low Tension (HT/LT) lines are required to beerected, the reconnection shall be allowed by chargingonly 50 per cent of the cost of erection of the lines. Rest ofthe 50 per cent of the cost would be borne by DHBVN. Thecost of augmentation of transformer or installation of newtransformer would be borne by DHBVN.

Such disconnected consumers would be allowed toget benefit of waiver of arrears of electricity bills standingagainst them in case they come forward for reconnectionof their disconnected connections.

Arear waiver scheme extended

Rehabilitation of overloaded and lengthier feeders,segregation of domestic and agricultural feeders, HighVoltage Distribution System, low Voltage DistributionSystem, relocation of meters out side premises ofconsumers and regularization of Kundi connections are theon going schemes of

Under the scheme of rehabilitation of feeders, eachfeeder having load more than 200 ampere are beingdivided into two or three feeders. The lengthier feeders arealso being divided into feeders of shorter length. Under thisscheme, 624 feeders have been identified forrehabilitation. Work on 43 feeders has already beencompleted and it is in progress on 112 feeders. Duringrehabilitation of the feeders,their complete system is beingrenovated, inc lud ing thedistribution transformers andservice cables connecting theconsumers. Under this scheme,old wornout conductor is alsobeing replaced with proper sizednew conductor.

The scheme for segregationof domestic and agriculture loadin rural area is an innovativescheme that could impact theday to day life of masses inentire rural area. The schemewill make way for rural area toget three phase power supply for24 hours on the pattern of urban areas. The DakshinHaryana bijli Vitran Nigam has conceptualized the schemeto eliminate the discrimination to villages in supply ofpower.

The ready availability of electricity due to this schemewill have a positive social and economic multiplier effect onthe common man’s life and the rural economy is likely to geta major fillip.

The other major factors necessitating theconceptualization of the scheme are that erratic powersupply situation has put tremendous pressure on farmerslife as they have to rush to fields at odd hours and theirfamily life too is adversely affected, need of improving livingstandard of rural women by increasing domestic comforts,reducing drudgery, supply of quality drinking water andenhanced security and mobility. There are a number ofindustrial and commercial activities which are run with theavailability of electricity.

Availability of electricity on urban mode wouldeliminate the necessity of costly land plots in towns for suchactivities. Ultimately, it would ruse average employmentlevel and reduce migration from the rural area. Thus thethought behind the scheme is to make a concerted anddetermined effort to bring about major social change andimprove the common rural man’s lot.

The possibility of pilferage of electricity through phaseconverters or misuse of electricity by using shuntcapacitors is being minimized by bifurcating the feeders atsubstation itself. The Nigam plans to segregate 358

feeders in total by the end of December, 2007 at a cost ofRs. 266 crores. For electrification of Dhanies (hamlets),single phase transformers are being used.

It has been decided that new tube well connections willnow be released by installing independent transformer foreach tube well. The farmers are being encouraged to takeindependent transformers on the existing tube wells also. Itwould increase length of HT portion in the network andreduce LT portion, thus reducing technical line losses andchances of pilferage of power by illegal consumers by wayof “Kundi” connections. Distribution transformers are beingprovided with meters for energy auditing purposes and theconsumer meters are also being installed at thetransformers.

High Voltage Distribution System (HVDS) and LowVoltage Distribution System(LVDS) of power supply arebeing created in villages toimprove quality of powersupply and to rest ra inunsc rupu lous use rs o felectricity. Under HVDS, alarge number of distributiontransformers of 10KVA, 16KVA and 25 KVA capacity, asper requirement of load ofvillage, are being installedaround the village. For joiningthe transformers, the feedersare being extended makinghigh voltage ring main aroundthe village. The transformers

are being provided protection measures on LT side like thatof MCCB. Each consumer of village is being givenconnection directly from the transformer by usingindependent armoured cable of proper size. With theremoval of haphazardly laid PVC cables and low tensionlines, the power distribution system in such villages isbecoming neat & clean and safer also. A load less than 70per cent of its capacity is being allowed to be put on anytransformer. Under the LVDS, a very safe low tensionpower distribution system is being created by erectingaerial bunched conductor (ABC). The schemes are likely tocover 2000 villages.

To inject power in this strong distribution system,DHBVN has started construction of 20 additionalsubstations and augmentation of nine existing substationsof 33 KV level in rural area having target to complete with ina period of one year at a cost of over Rs. 36 crore.

To relieve the consumers from meter relatedresponsibilities, DHBVN has launched a massivecampaign to relocate meters out side their premises onpoles or outer walls. It is targeted to complete this task byMarch, 2008.

To facilitate early and easy release of connections inrural areas, DHBVN is holding camps in villages whereindomestic and non-domestic connections are given on thespot. The ruralists are not required to go to ruralites anyoffice of DHBVN. All formalities are completed in the camp.They are not required to submit even the test report if theload is up to 20 kilowatt.

Dakshin Haryana Bijli Vitran Nigam(DHBVN) which are going to bring about major change inrural electrification leading to parity on the urban living.

RENOVATING POWER DISTRIBUTION SYSTEM IN RURAL AREA

The Haryana Vidyut Prasaran Nigam (HVPN) hasembarked on strengthening and augmenting powertransmission system in district Fatehabad in big way to meetthe increasing demand of electricity in the paddy area.

For this purpose, the HVPN has envisaged an ambitiousplan of Rs. 60 crores and has startedconstruction work at site. Under thisplan, the Nigam will construct a 220 KVsubstation at Bhuna at a cost of Rs.45.5 crore, a 132 KV substation atBhuthan Kalan at a cost of Rs. 5.50crore and a 132 KV substation at Jakhalat a cost of Rs. 8.31 crore. Theconstruction work on the massive planis likely to be completed with in a periodof next one year.

It is planned to set up three powertransformers at the 220 KV substation Bhuna. Two of thetransformers will be of capacity of 100 MVAeach and the thirdtransformer will be of 8 MVA capacity. The 100 MVAtransformers will transform power from 220 KV to 132 KVlevel for feeding 132 KV substations at Bhuthan Kalan,Uklana, Dharsul and Teliwara.

While the 8 MVA transformer will feed local consumersdirectly. It is planned to feed the 132 KV substation Barwalaalso from 220 KV Substation, Bhuna. The BarwalaSubstation is likely to be commissioned shortly byconnecting, for the time being, to the Uklana substation forgetting power.

The 220 KV substation Bhuna will get power from 220

KV substation, Narwana and Hisar through 220 KV Narwana-Fatehabad transmission line. A loop –in – loop – outarrangement is planned to be made for this purpose. The 220KV substations at Narwana and Fatehabad are alreadyconnected to the system transmitting the power generated at

Panipat Thermal, Projects of the Bhakraand the Chamera Hydel Project throughthe transmission system of the PowerGrid Corporation of India.

The 132 KV substation BhuthanKalan will have transformation capacityof 55 MVA. It is planned to set up twotransformers of 25 MVA each and onetransformer of 5 MVA at the substation.While, the 132 KV substation Jakhal willhave one transformer of 25 MVAcapacity.

With the commissioning of 220 KV substation, Bhunaand 132 KV substation at Bhuthan Kalan, consumers ofdifferent categories of about 150 villages of districtsFatehabad and Hisar will be benefited by way of improvedvoltage and regular power supply. With the completion of thisprecious power transmission project, Bhuna will emerge as abig centre of electricity. This transmission project willspecially be beneficial for the agriculture category ofconsumers as it covers the paddy and wheat belt at large ofthe Dakshin Haryana Bijli Vitran Nigam (DHBVN). Demand ofelectricity in the area, is increasing at fast rate because ofincrease in the area covered by water guzzling crops ofpaddy and wheat.

An ambitious plan to strengthen transmission systemR. K. Bansal, CE, HVPN

The PanipatT h e r m a lPower Station(PTPS) hasa c h i e v e de x c e l l e n tperformanced u r i n g t h ecurrent year.The overal lP lan t LoadFactor (PLF)of the power

plant fromApril to December, 2006 hasbeen 82.71 percent against a PLF of6 7 . 8 0 p e r c e n t d u r i n g t h ecorresponding period of last year,which is an all time high achievementwithout considering the outage due toplanned maintenance. The 110 MWUnit –IV of the plant generatedelectricity continuously for 131 days,which is a new record.

It was reviewed in a meeting of theBoard of Directors of Haryana PowerGeneration Corporation (HPGC)chaired by Mr Ashok Lavasa, FC&PS(Power) Haryana and Chairman,HPGC here today. The coa l

consumption of Thermal Powerstations had been 724 gm. per unit ofthe power generated and the oilconsumption had been 1.93 ml per unitup to December, which was the lowestsince formation of the HPGC.

The excellent performance hasbeen achieved in spite of the fact thatPTPS has four 110 MW units whichwere 22 to 27 years old. The thermaland hydro power stations generated8115.737 million units during thecurrent financial year up to Decemberas compared to 6862.81 million unitsduring the corresponding period of lastyear.

Ms Jyot i Arora, ManagingDirector, HPGC said that withoutconsidering the planned maintenanceof all the power generating units, thePLF worked out to be 83.24 percent.The PLF of Unit 5-8 of Panipat Thermalhad been 96.69 percent, which iscomparable to the best performingunits in the country.

The overall auxiliary consumptionof Thermal Power Stations had been9.77 percent during the first ninemonths of current financial year

against 10.16 percent during thecorresponding period of last year,which was also the lowest ever. Thepercentage auxiliary consumption ofunit 5-8 had been brought down to arecord low of 8.71 percent since theircommissioning.

The Station Heat Rate of thegenerating units during the year 2006-07 had been brought down to 2897 KiloCalories per unit from April toDecember compared to 3074 duringthe corresponding period of the lastyear.

The good performance was due tothe hard work and dedication of thee m p l o y e e s . T h e c o n t i n u o u smonitoring of the performance of thepower stations by the corporate officeat Panchkula by way of obtainingregular feedbacks and holdingfrequent performance review meetingswere also largely responsible for theimproved performance. She said thatthe Central Electricity Authority, NewDelhi had carried out Energy AuditTests and their recommendations forfurther improving the performance hadbeen implemented.

Panipat Thermal performance excellent

Mr. Ashok LavasaMr. Ashok Lavasa

lqjsUnz flag ikuw

The Haryana Vidyut Parsaran Nigam (HVPN) hasaugmented capacity of its two 132 KV substations atMadhosinghana and Ram Nagaria in district Sirsa at acost of Rs. 5 crore.

The HVPN has set up additional transformers of16 MVA each at both of the 132 kv substations foraugmentation of their capacity. Both of thetransformers have been connected with the 220 kv

sub station, Sirsa for getting power.With the augmentation of 132 kv substations at

Madhosingana and Ram Nagaria, consumers of 23villages will get benefit by way of improved voltage andregular power supply. The beneficiaries include 2700tubewell consumers. Thus, augmentation of capacity of thesubstations would mainly be beneficial for agriculturesector of this area of district Sirsa.

AUGMENTATION OF CAPACITY OF SUBSTATIONS

gfj;k.kk bysDV™hflVh jsX;qysVjh deh'ku ds ps;jeSu lfgr

rhu lnL;h; desVh us xr 12 tuojh dks Qjhnkckn ftys ds

miHkksDrkvksa ls feydj mudh leL;kvksa dks lqukA bl ekSds ij

ftys ds jsthMsaVl osyQs;j ,lksfl,'ku] fdlku Dyc vkSj

m|ksxifr ekStwn FksA deh'ku ds ps;jeSu] Jh HkkLdj pVthZ vkSj

nwljs lnL; rst flag rsofr;k vkSj Vh-vkj- Mkdk ds lkeus yksxksa us

cqfu;knh leL;kvksa dk ftÿ fd;kA

fctyh fuxe ds mPp vf/kdkfj;ksa ds lkeus duQsMjs'ku

vkQ jsthMsaVl osyQs;j ,lksfl,'ku ds Vh-Mh- tsBokuh us c<+h

VsfjQ] ikoj 'ksM;wy vfu;fer gksus] okVj lIykbZ izHkkfor gksus ds

vykok ehVj cnyus ds nkSjku gksus okyh leL;kvksa dks Hkh lkeus

j[kkA bl ekSds ij tsBokuh us vf/kdkfj;ksa dks /;ku fnyk;k fd

ehVj ds ?kj ds vgkrs ls ckgj ys tkus ij mls dgha ≈ij ;k uhps

yxk fn;k tkrk gSA bl dkj.k vDlj ijs'kkuh dk lkeuk djuk

iM+ jgk gSA lkFk gh] ckgj yxs ehVj dh ftEesnkjh fdldh gS\xkao

>kM+ lsaryh ls vk, fdlku gse Mkxj us crk;k fd flapkbZ djus ds fy,

xkaoksa dks vyx ls fctyh QhMj fn, tkus pkfg,A mUgksaus yEcs le; rd

fdlkuksa dks V;wcoSy dusD'ku u feyus dh ckr mBkbZa bl ekSds ij ,d

;qok fdlku us BaM ds ekSle esa jkr dks flapkbZ ds fy, fctyh nsus ij jks"k

izdV fd;kA jsthMsaV~l osyQs;j ,lksfl,'ku ds tujy lsÿsVjh ih-lh-

QqykSfj;k us fctyh njksa dks ysdj vkifŸk dhA nwljh vksj ,lMhvks

vkWfQl esa Mkd ;k f'kdk;r ugha ysus dh ckr crkbZA mUgksaus u, ldqZyj

dh tkudkjh ifCyd dks rqjar nsus dh Hkh ekax dhA

cSBd esa deh'ku ds ps;jeSu Jh HkkLdj pVthZ us crk;k fd VsfjQ

c<+us ds ekeys esa os fuxe dks ykbu ykWl de djus ds fy, dgsaxsA

vfu;fer fctyh dV dks ysdj nf{k.k gfj;k.kk fctyh forj.k fuxe

ds ,eMh fot;sUnz dqekj us crk;k fd bl lky ;equkuxj FkeZy dh ,d

;wfuV 'kq: gks tkus ds ckn Qjhnkckn dks dkQh jkgr feysxhA lkFk gh

mUgksaus tkudkjh nh fd ?kj ls ckgj yxs ehVj dh lkjh ftEesnkjh fuxe dh

gSA

fctyh miHkksDrkvksa dks ehVj laca/kh ftEesnkfj;ksa ls futkr

fnykus ds fy, nf{k.k gfj;k.kk fctyh forj.k

fuxe }kjk pyk, tk jgs vfHk;ku dks

miHkksDrkvksa dk Hkjiwj lg;ksx fey jgk gS rFkk

vc rd fuxe ds {ks= esa yxHkx ,d yk[k ehVj

?kjksa ls ckgj fudkys tk pqds gSaA

ftu QhMjksa ij ehVj ?kjksa ls ckgj yxkus dk

dk;Z pkyw gS] mu ij ehVjksa esa [kkeh vkSj c<+s gq,

yksM dks vuns[kk dj vukf/kd`r yksM c<+kus o

fctyh pksjh dk ekeyk ntZ ugha fd;k tk,xkA

fuxe us u, duSD'ku ysus okys lHkh miHkksDrkvksa

ds ;gka ehVj ?kjksa ls ckgj yxkus dk QSlyk Hkh

fy;k gSA vkS|ksfxd bdkbZ;ksa ds lHkh ehVj igys

gh ckgj fudkys tk pqds gSaA

ehVj cnyus dk ;g dk;Z pj.kcº rjhds ls

fd;k tk jgk gS] ftldh 'kq:vkr 'kgjh {ks=ksa esa

fLFkr ikW'k dkWyksfu;ksa] fctyh fuxe dh

dkyksfu;ksa vkSj ljdkjh dkyksfu;ksa ls 'kq: dh xbZ gSA nwljs pj.k

esa 'kgj ds vU; {ks=ksa o xzkeh.k {ks= esa miHkksDrkvksa ds ehVjksa dks

ckgj LFkkfir fd;k tk jgk gSA vfHk;ku dh xfr rst cuk, j[kus

ds fy, QhMjksa dk p;u dj ,d&,d QhMj fu/kkZfjr le; esa

ehVj ckgj djus dk dk;Z iwjk fd;k tk jgk gSA

bl fu/kkZfjr le;kof/k ds nkSjku dk;Z 'kq: djus ds mijkar

ml QhMj ls tqM+s miHkksDrkvksa ij fctyh pksjh o vukf/kd`r :i ls

c<+k, yksM ds ekeys ntZ ugha fd, tk,axsA bl nkSjku

;fn fdlh miHkksDrk ds ehVj dh lhyksa ds lkFk fdlh

rjg dh NsM+NkM+ ikbZ tkrh gS ;k lhysa VwVh ikbZ tkrh gS]

ehVj dk 'kh'kk <hyk ik;k tkrk gS] ehVj dk VfeZuy

CykWd tyk ik;k tkrk gS ;k vU; fdlh rjhds ls ehVj

esa lqjk[k vkfn ik;k tkrk gS] ml fLFkfr esa Hkh

miHkksDrk ij pksjh dk ekeyk ugha cuk;k tk,xkA

bld s vUrx Zr ,d Q st o rhu Q st

bYdV™ks&eSdsfudy ehVj 'kkfey fd, x, gSaA tks

bYDV™ks eSdsfudy ehVj Bhd izdkj ls dk;Z dj jgs gSa]

muds LFkku ij fuxe vius [kpsZ ls bYDV™ksfuDl ehVjksa

dh LFkkiuk djsxkA u;k yxus okyk bYDV™ksfuDl

ehVj ckgj [kEcs ij ;k nhokj ij gh yxk;k tk,xkA

;fn iqjkus ehVj dh ,e-lh-ch- Bhd ikbZ tkrh gS rks u,

bYDV™ksfuDl ehVj dks mlh esa yxk;k tk,xkA ehVjksa

ds ?kjksa ls ckgj LFkkfir gksus ls fctyh dfeZ;ksa dh vksj

ls miHkksDrkvksa dh futrk esa fdlh izdkj dh ck/kk ugha vk,xh D;ksafd

orZeku esa ehVj jhfMax o pSfdax ds fy, dfeZ;ksa dks izk;% ?kj ds vanj

rd tkuk gksrk gSA ehVj ckgj vkus ls deZpkfj;ksa ds ikl ?kj ds vanj rd

tkus dk dkj.k ugha gksxkA blds vykok miHkksDrkvksa dks xyr fcfyax]

xyr jhfMax o edku dk rkyk can fn[kkuk vkfn leL;kvks als Hkh

NqVdkjk feysxkA

fxjh'k panz cgqxq.kk

The demand side management(DSM) has the potential to addressthe needs of filling the gap betweendemand and supply of electricity andproviding uninterrupted electricitysupply to consumers at reducedrates. Realising its necessity andbenef i ts, Power ut i l i t ies andgovernments all over the world aren o w i m p l e m e n t i n g D S Mprogrammes. There is a vast potentialfor improvement in power position inHaryana by implementing DSM whichstill remains largely untapped.Demand side Management inH a r y a n a c a n r a t i o n a l l y b eimplemented by changing use ofelectricity to maximum energyefficiency, changing electricity habitsof consumers and using energy-efficient appliances, equipment andbuildings.

Demand management throughhigher tariff during peak hours,concessional tariff during off-peakhours, interruptible tariffs, etc. arethe soft options. But, promoting anddeve lop ing ene rgy e f f i c i en ttechnologies and improving theefficiency of different end-usesthrough better house keeping,correcting power leakages, systemconversion losses, etc. are the most

suitable measures to be taken inHaryana for implementation of DSM.Peak demand hours in Haryana are5.00 a.m. to 9.00 a.m. and 6.00 p.m.to 10.00 p.m. During winters, thepeak of load curve is higher duringmorning. It proves that domestic useof electricity is main factor causingextra-ordinary rise in load curve. Toreduce the peaking of load curve, thestrategic conservation to reduce endconsumption is the best approach toload management. Change ofcustomer mind set is needed toovercome the barriers of consumersbehaviour in way of effectiveimplementation of demand sidemanagement and energy efficiency.Lighting in domestic and commercialsectors represents or large portion ofelectricity consumption in Haryanaand contributes a large amount to theevening and morning peak load. Mostof the households and commercialinstitutes use incandescent lampsand low efficiency fluorescent tubelights (FTL) for lighting. Promotion ofcompact fluorescent lamps (CFL),efficient fluorescent tube lights withelectronic ballast can contributesignificantly in reduction of electricityconsumption and thereby loweringpeak demands.

DSM has potential to fill gap

C.S. Jakhar, AEE, DHBVN

POWER THEFT CASES ;HIGH COURT APPROVES SPECIAL COURTS

The Punjab and Haryana High Court has approved a proposal of theHaryana government for designating the courts of Additional District andSessions judge-II and III in each district as special courts for cases of electricitytheft.

The Indian Electricity Act 2003 provides for stringent provisions againstoffences of theft of electricity and the accused is liable for criminal and civilpenalties, to be determined and imposed by the special courts.

These special courts are to be established and notified by the respectivestate governments under section 153 of theAct.

On a proposal from the Haryana government, the High Court recentlyapproved the notification of special courts under the Act. As per the proposal,the courts of Additional District and Sessions Judge-II and III in each districthave been designated as special courts for the purpose.

The cases of electricity theft would be referred to these courts by therespective District and Sessions Judges.

With the establishment of special courts at the district level, it will bepossible for the power utilities of Haryana to expedite prosecution againstpersons indulging in the theft of electricity. This will help the utilities in reducingthe theft related line losses and improve power availability to genuine andhonest consumers.

Division wise A.T.&C. losses at a glance and target to achieve

1. Faridabad 22.82 20.00 15.50 C.K. Sharma

2. Old Faridabad 32.32 20.00 26.44 P.P. Mittal

3. Ballabgarh 26.72 20.00 21.88 Sudhir Chhabra

4. Palwal 53.41 35.00 47.09 Vipin Chanda

1. City Gurgoan 25.42 20.00 24.08 Dalip Singh

2. S/U Gurgoan 19.08 20.00 11.71 O.P. Ahlawat

3. Manesar / OCC 25.88 15.00 3.75 R.P. Rehlan

4. Sohna 54.74 35.00 50.32 S.S. Dalal

5. Nuh - 35.00 76.58 R.S. Gupta

1. Narnaul 42.66 35.00 61.08 Hakim Kumar

2. Mahendergarh 66.81 35.00 53.29 R.S. Yadav

3. Rewari 56.64 30.00 50.64 D.L. Hansu

4. Dharuhera 24.63 25.00 28.31 S.S. Yadav

1. City Bhiwani 63.88 30.00 55.92 Virbhan

2. S/U Bhiwani 71.32 35.00 76.12 Y.K.B. Sharma

3. Charkhi Dadri 73.28 35.00 73.75 K.K. Sharma

1. Hisar-1 19.14 15.00 12.27 R.A. Bansal

2. Hisar-II 51.50 30.00 43.45 Anil Goel

3. Hansi 71.73 35.00 73.30 A.K. Virdhi

4. Tohana 47.65 35.00 28.07 Jaipal Singh

5. Fatehabad 40.41 35.00 27.00 A.K. Jain

1. City Sirsa 31.17 25.00 17.75 I.D. Mehta

2. S/U Sirsa 27.58 25.00 12.22 Sant Singh

3. Dabwali 31.01 25.00 11.04 D.S. Malhan

Delhi Zone 30.85 25.00 26.77 K.G. Yadav

31.27 25.00 25.26 R.K. Sachdeva

25.21 22.00 19.86 M.B. Vasisth

48.35 35.00 48.09 B.R. Mehra

Hisar Zone 49.97 35.00 43.07 M.L. Goel

67.18 35.00 66.57 K.K. Sharma

43.78 35.00 35.20 R.K. Jain

29.35 25.00 14.92

DHBVN 37.52 32.70

%Age ATC Targeted %age %age ATC Name ofSr. Name of losses during ATC losses losses OfficersNo. Division FY 2005-2006 2006-07 during In-charge

November 2006 S/Shri.

SIR

SA

SIR

SA

HIS

AR

HIS

AR

BH

IWA

NI

BH

IWA

NI

NA

RN

AU

LN

AR

NA

UL

GU

RG

AO

NG

UR

GA

ON

FA

RID

AB

AD

FA

RID

AB

AD

Gurgaon

Gurgaon

Narnaul

Narnaul

Sir

sa

Sir

sa

Bhiw

ani

Bhiw

ani

His

ar

His

ar

Op.Divn. Faridabad 2.00 15.00 17.00 0.33 14.16 14.49 1.67 0.84 2.51 16.50 94.40 85.25 Good C.K. Sharma

Op. Old Faridabad 4.00 22.00 26.00 1.28 21.15 22.43 2.72 0.85 3.57 32.00 96.14 86.27 Good P.P. Mittal

Op. Divn. Ballabgarh 5.50 23.00 28.50 5.24 18.52 23.76 0.26 4.48 4.74 92.27 80.52 83.37 Poor Sudhir Chhabra

Opp. Divn. Palwal 0.20 4.30 4.50 0.37 4.50 4.87 -0.17 -0.20 -0.37 185.00 104.65 108.22 V.Good Vipin Chanda

City Divn. Gurgaon 0.40 22.60 23.00 0.12 18.47 18.59 0.28 4.13 4.41 30.00 81.73 80.83 Poor Dalip Singh

S/U Divn. Gurgaon 0.50 41.50 42.00 0.31 39.73 40.04 0.19 1.77 1.96 62.00 95.73 95.33 Good O.P. Ahlawat

OCC Divn.Gurgaon 0.30 13.20 13.50 0.25 11.47 11.72 0.05 1.73 1.78 83.33 86.89 86.81 Poor R.P. Rehlan

Op. Divn. Sohna 0.60 3.40 4.00 0.10 3.46 3.56 0.50 -0.06 0.44 16.67 101.76 89.00 V.Good S.S. Dalal

Op. Divn. Nuh 1.20 1.30 2.50 0.26 0.97 1.23 0.94 0.33 1.27 21.67 74.62 49.20 V.Good R.S. Gupta

Op. Divn. Narnaul 1.10 2.80 3.90 0.00 2.33 2.33 1.10 0.47 1.57 0.00 83.21 59.74 Poor Hakim Kumar

Op. Divn. M/Garh 1.30 2.70 4.00 1.80 1.66 3.46 -0.50 1.04 0.54 138.46 61.48 86.50 V.Poor R.S. Yadav

Op. Divn., Rewari 2.00 3.50 5.50 1.67 3.44 5.08 0.36 0.06 0.42 82.00 98.29 92.36 Good D.L. Hansu

Op. Divn. Dharuhera 0.60 6.00 6.60 0.04 5.01 5.05 0.56 0.99 1.55 6.67 83.50 76.52 Poor S.S. Yadav

Op. Divn. Sirsa 1.00 6.10 7.10 0.73 5.41 6.14 0.27 0.69 0.96 73.00 88.69 86.48 Poor I.D. Mehta

S/U Divn. Sirsa 0.80 3.10 3.90 0.50 3.76 4.26 0.30 -0.66 -0.36 62.50 121.29 109.23 Ostd. Sant Singh

Op. Divn. Dabwali 0.50 2.50 3.00 0.47 2.48 2.95 0.03 0.02 0.05 94.00 99.20 98.33 Good D.S. Malhan

City Divn. Bhiwani 1.00 9.00 10.00 1.50 5.91 7.41 -0.50 3.09 2.59 150.00 65.67 74.10 V.Poor Virbhan

S/U Divn. Bhiwani 2.00 3.00 5.00 0.74 1.63 2.37 1.26 1.37 2.63 37.00 54.33 47.40 V.Poor Y.K.B. Sharma

Op. Divn. Ch.Dadri 2.00 3.00 5.00 1.55 2.11 3.66 0.45 0.89 1.34 77.50 70.33 73.20 V.Poor K.K. Sharma

Op. Divn., Hansi 0.80 18.20 19.00 0.89 18.39 19.28 -0.09 -0.19 -0.28 111.25 101.04 101.47 V.Good A.K. Virdhi

Op. Divn. Fatehabad 0.90 4.60 5.50 0.92 4.72 5.64 -0.02 -0.12 -0.14 102.22 102.61 102.55 V.Good A.K. Jain

Op.Divn Tohana 0.30 3.70 4.00 0.15 3.45 3.60 0.15 0.25 0.40 50.00 93.24 90.00 Good Jaipal Singh

Op. Divn. No. 1, Hisar 0.70 4.80 5.50 0.65 4.04 4.69 0.05 0.76 0.81 92.86 84.17 85.27 Poor R.A. Bansal

Op. Divn No.2, Hisar 0.30 3.70 4.00 0.30 3.73 4.03 0.00 -0.03 -0.03 100.00 100.81 100.75 V.Good Anil Goel

Faridabad 11.70 64.30 76.00 7.22 58.33 65.55 4.48 5.97 10.45 61.71 90.72 86.25 Good R.K. Sachdeva

Gurgaon 3.00 82.00 85.00 1.04 74.10 75.14 1.96 7.90 9.86 34.67 90.37 88.40 Good M.S. Vasisth

Narnaul 5.00 15.00 20.00 3.48 12.44 15.92 1.52 2.56 4.08 69.60 82.93 79.60 Poor B.R. Mehra

Sirsa 2.30 11.70 14.00 1.70 11.65 13.35 0.60 0.05 0.65 73.91 99.57 95.36 Good

Bhiwani 5.00 15.00 20.00 3.79 9.65 13.44 1.21 5.35 6.56 75.80 64.33 67.20 V.Poor K.K. Sharma

Hisar 3.00 35.00 38.00 2.91 34.33 37.24 0.09 0.67 0.76 97.00 98.09 98.00 Good R.K. Jain

CE OP Delhi 19.70 161.30 181.00 11.74 144.87 156.61 7.96 16.43 24.39 59.59 89.81 86.52 Poor K.G. Yadav

CE OP Hisar 10.30 61.70 72.00 8.40 55.63 64.03 1.90 6.07 7.97 81.55 90.16 88.93 Good M.L. Goel

Grand total DHBVN 30.00 223.00 253.00 20.14 200.50 220.64 9.86 22.50 32.36 67.13 89.91 87.21 Poor

B. Circle's

C. Zone

DHBVN—Review of revenue collection for the month of November, 2006

Govt. Govt. Govt. Govt.Pvt. Pvt. Pvt. Pvt.Total Total Total Total

Name of OfficerName of Division Target fixed Achievement mode Shortfall PercentageAchievement

MD's Remarkson the basis of

realisationmade from Pvt.

consumers

A. Divisions (Rs. in Crores)Farid

abad

Farid

abad

11 KV Under Ground Cables (Aluminum) Voltage RegulationConductor Power Km- MVA for line regulation

Factor 5% 6% 7% 8%70mm2 0.70 14.92 18.09 21.27 24.5

0.75 14.31 17.32 20.39 23.50.80 13.73 16.64 19.60 22.610.85 13.26 16.08 18.90 21.820.90 12.82 15.56 18.36 21.210.95 12.52 15.20 17.87 20.66

95 mm2 0.70 18.00 21.79 25.66 29.590.75 17.32 20.94 24.68 28.480.80 16.69 20.24 23.81 27.500.85 16.18 19.58 23.11 26.640.90 15.71 19.08 22.47 25.910.95 15.41 18.67 21.99 25.45

120 mm2 0.70 22.66 27.44 32.32 37.280.75 21.87 26.51 31.25 36.070.80 21.23 25.70 30.31 34.940.85 20.65 25.06 29.51 34.110.90 20.23 24.51 28.87 33.380.95 19.94 24.23 28.54 32.94

150 mm2 0.70 25.84 31.32 36.85 42.540.75 25.08 30.37 35.75 41.300.80 24.39 29.55 34.80 40.230.85 23.81 28.86 34.08 39.340.90 23.42 28.41 33.49 38.67

To give quality supply to consumers, a general level ofmaintenance has to be carried out in the distributionsystem. The health of the system is very much linked to itsgrade/degree of maintenance. The healthy systemalways yields better system reliability thus results incatering quality service to customers. Poor maintenanceon the contrary leads to ill health of the system. Thedistribution system can be bifurcated into two parts, (1)Overhead lines and cables (Undergrounds/overhead), 2,Sub station and station equipment.

Part (1) consists of conductors, cables, insulators,jumpers, sockets, clamps, stay wires, support structures,foundations, earthing, etc.. Periodical inspection/surveyof this portion is very essential. It should be more frequentif it is located in climate prone to strong wind and salinity.Maintaining adequate space between conductors andsafe clearance over ground crests safety aspect andensures long life of the conductors. Special attention hasto be imposed where the line is crossing over farms,building, construction sites, work yards, storage orloading areas, fishing areas, forests, roads, highways,railways, rivers, boatyards, etc.. Visual inspection ofjumpers, conductors, clamps, sockets, insulators, stays,earthing, structures, foundations, etc. and taking remedialmeasures timely promotes health of the system. Premonsoon and post monsoon checking are very vitalissues.

Part (2) includes transformers, switch gears,

breakers, isolators, horn gaps, lightening arrestors,meters, cables, earthing protection items (such as relays,CTs , PTs, D.C. system etc.), cubical, control panels,control rooms, etc.. Transformers and switchgears arecostliest components among them. The transformer hastank, coolers, breather, conservator, tap, windings, oil ,bushings silica gel, gaskets, etc. depending on capacityand type (distribution or power), it may include tapchanging mechanisms, cooling systems, pumps, coolerfans, temperature alarms, selector tanks, buchholzerelays, valves etc. The switchgear has insulators,main/arching contacts operating mechanism, auxiliarycontacts, interlocks, indicating devices, dehydratingbreathers etc.

Each of the above items needs periodicalmaintenance. Routing testing of oil, winding, buchholzerelay, protection circuit, etc and adhering to remedialmeasures (including replacing of silica gel, maintaining oillevel in the tank and balancing loads in three phases)extends the life of the transformers.

The planned and routine maintenance of all theaforesaid equipment will normally comprise regular taskto inspect the components which may be supplementedto more extended intervals in case of emergency. Thisenables the replacement or treatment of those items thatrequire attention. Adhering to this level of maintenancewill eradicate frequent breakdowns and reduce down timeof the system.

MAINTENANCE, A KEY ISSUE IN THE LIFE OF DISTRIBUTION SYSTEMEr.D.K.Satapaty, Joint Director (Engg.), OERC

TECH-TONICTECH-TONIC

izns'k esa fctyh pksjh ds ekeyksa dks rRijrk ls fuiVkus ds fy,

fo'ks"k vnkyrksa dh eatwjh feyus ds lkFk gh fctyh fuxeksa }kjk

fctyh pksjh ds fo:º vfHk;ku dh :ijs[kk rS;kj dh tkus yxh gSA

bl laca/k esa mPp Lrj ij fopkj foe'kZ ds ckn Qjojh ekl esa ,d

l?ku tkx:drk vfHk;ku 'kq: fd;k tk,xkA ;g tkudkjh

gfj;k.kk fo|qr izlkj.k fuxe ds lrdZrk ,oa lqj{kk iqfyl

egkfujh{kd Jh yk;d jke Mckl us xr 22 tuojh dks fglkj esa

lrdZrk nLrs ds vf/kdkfj;ksa ds lkFk ,d cSBd esa nhA mUgksaus dgk fd

fctyh pksjh ds lHkh cM+s ekeyksa esa iqfyl esa ,QvkbZvkj ntZ djkbZ

tk,xh rFkk vnkyrksa esa py jgs lHkh fctyh pksjh ds eqdneksa dh

fo'ks"k iSjoh djrs gq, nksf"k;kas dks 'kh?kzrk ls ltk fnyokbZ tk,xhA

ljdkjh dk;kZy;ksa esa fctyh pksjh laca/kh vfu;ferrk ikbZ tkus ij

dk;kZy; ds ihBklhu vf/kdkjh dks Hkh nks"kh ekuk tk,xkA mUgksaus

dgk fd gfj;k.kk esa fctyh dh pksjh djus okyksa ij rqjar vkSj izHkkoh

dk;Zokgh ds fy, iqfyl vuqlaËkku o U;k;ky;ksa esa dlksa ds fuiVku

ds fy, ra= esa lq/kkj fd;k x;k gSA ftyk iqfylksa }kjk Hkh 'kh?kz dsl

ntZ djus] vUos"k.k djus o pkyku izLrqr djus] rstyh ykus ds fy,

gj ftyk iqfyl esa fo'ks"k 'kk[kk [kksyus ds fy, fy[kk tk,xkA ftyk

esa lhvkbZ, fujh{kd ds v/khu [kksys tkus okyh 'kk[kk,a 'kh?kzrk ls

dk;Zokgh djds nksf"k;ksa dks ltk fnyok,xhA

lrdZrk foHkkx }kjk fiNys rhu eghuksa esa fd, x, dk;Z dh

leh{kk djrs gq, Jh Mckl us foHkkxh; vfËkdkfj;ksa dks rRijrk]

esgur] yxu vkSj iw.kZ ikjn'khZ gksdj dk;Z djus dk vkg~oku fd;kA

mUgksaus crk;k fd bl nkSjku ljdkjh] dk;kZy;ksa esa Hkh ntZuksa fctyh

pksjh ds ekeys idM+s x, gSaA Hkfo"; esa ,sls ljdkjh dk;kZy;ksa ds

ftEesnkj vf/kdkfj;ksa ij fctyh pksjh ds eqdnesa pyk, tk ldrs gSaA

fiNys rhu ekl ds nkSjku lrdZrk foHkkx }kjk 1623 duSD'ku pSd

fd, x, ftuesa 704 ehVjksa dh lhysa VwVh ikbZ xbZ] 608 fctyh pksjh

ds ekeys cus] vkB ,QvkbZvkj ntZ gqbZ rFkk 277 ehVj dke u djrs

ik, x,A bu lHkh vfu;ferrkvksa esa miHkksDrkvksa ij ikap djksM+

#i, tqekZuk olwy fd;k x;kA iqfyl egkfujh{kd pksjh jksdus ds

izca/kksa ds fy, lHkh ftyksa dk nkSjk dj jgs gSaA

The Dakshin Haryana Bijli Vitran Nigam(DHBVN) has decided to give power supplyon urban mode to the villages which have 33KV substations within their boundary and tothe villages which are located on a distanceof less than 2 KM from a substation of 33 KVand above level.

The DHBVN has allowed power supplyon urban mode also to all villages or townswithin municipal limits and all localitiesoutside municipal limits contiguous with thecity having continued urban infrastructure.

However, such villages should haveelectricity bill recovery rate at least equal tothe recovery rate of adjoining city area of thatparticular village where conversion fromrural to urban mode is sought. Power supplyfrom these feeders shall not be given fortubewell connections meant for irrigationpurposes. All domestic and non-domesticelectromechanical meters of the village toget this facility will be replaced by electronicmeters.

The cost of line to be erected forconversion of supply from rural to urbanmode will be borne by the consumers or thePanchayats. The full cost of the line wouldnormally be recovered before starting thework but in case there are such consumersor Panchayats who are financially weak,they will be allowed to make payment of costof line in equitable installments over a periodof six months. High voltage distributionsystem (HVDS) will be installed in thevillages to get this facility.

INSTALLATION OF METERS ON POLES

The electronic meters installed by the staff at a height of more than8’ on the poles were not accessible for taking readings. To avoid thisproblem, the Dakshin Haryana Bijli Vitran Nigam has decided that theheight of each meter would be kept at accessible height of 5’ on the poleso that the meter reading can be taken easily by Meter Readers.According to new instructions, it will also be ensured that not more thansix meters are installed at a particular pole. If there are more than sixmeters then an additional pole (preferably discarded broken pole) maybe provided adjacent to the existing pole.

Meanwhile, DHBVN has clarified that in case of consumer ownedelectronic meter, the accuracy shall be checked with accu-checkmeter& if accuracy is found correct the same meter shall be shifted tothe nearby pole. The work of replacement of defective/dead stop burntmeter may be got carried out through Haryana Ex-serviceman League(HESL).The terminal cover seal will also be provided by HESL.

Villages to get power on urban mode

Use of renewable energy stressedAccording to a report of the European

Renewable Energy Council and GreenpeaceInternational, renewable energy and its optimumuse could deliver half of the world’s energy needsby 2050. The report, titled as “Energy Revolution:A Sustainable World Energy Outlook, hasexplained how to restructure the global energysystem based on proven and sustainabletechnologies, such as renewable energy sourcesand efficient, decentralized cogeneration. Thereport lists up a blueprint that for how to cut global

CO2 emissions by almost 50 per cent , while providing a secure andaffordable energy supply and maintaining steady world widedevelopment. The report keeps in view the rapid economic growth areasof China, India and Africa and provides for staged phasing out of nuclearand coal as environmentally unsafe or damaging fuel sources. The reportsays that the time for making key decisions in energy infrastructure –which will spark the shift from fossil fuel to renewable energy – is relativelyshort.

fglkj 'kgj esa 30 djksM+ :i;s dh ykxr ls lEiw.kZ fctyh

forj.k O;oLFkk dk uohuhdj.k fd;k tk,xkA ;g dk;Z vkxkeh 6

ekl ds nkSjku iwjk dj fy;k

tk,xkA

;g tkudkjh nf{k.k

gfj;k.kk fctyh fojr.k fuxe

ds izcU/k funs'kd Jh fot;sUnz

dqekj us xr 20 toujh dks

fglkj esa fuxe ds ftykLrjh;

[kqys njckj esa yksxksa dh

f'kdk;rsa lqurs le; nhA mUgksaus

dgk fd fglkj 'kgj blesa le;

700 fofHkUu {kerk ds

V™kalQkeZjks a ds ek/;e ls

fctyh dh vkiwfrZ dh tk jgh

gSA bu lHkh V™kalQkeZjksa dk

j[k&j[kko vkSj uohuhdj.k

dk dk;Z vkxkeh ekpZ ekl rd

iwjk dj fy;k tk,xkA 'kgj esa

200-200 ds oh , {kekr ds

250 vfrfjDr V™kalQkeZjksa dh

LFkkiuk dh tk,xhA vxys Ng

ekl esa ;g dk;Z iwjk gksus ds ckn

'kgj esa de oksYVst dh leL;k

ugha jgsxh vkSj fofHkUu {ks=ksa dh

vfrfjDr V™kalQkeZjksa lEcU/kh

lHkh ekaxs Hkh iwjh gks tk,xhA

mUgksaus dgk fd 'kgj esa 170

fdyksehVj yEckbZ dh iqjkuh

rkjs cny dj muds LFkku ij

mfpr {kerk dh ubZ rkjsa yxkbZ

tk,xhA 'kgj esa ehVj cnyusa

dk dk;Z iwjs tksj ij gSA vkxkeh

ekpZ ekl ds vUr rd 'kgj ds

lHkh 61 gtkj ehVj ckgj yxk

fn, tk,xasA

mUgksaus dgk fd ftyk fglkj esa fctyh forj.k o izlkj.k

O;oLFkk dks etcwr cukus ds fy, cM+s Lrj ij dk;Z fd, tk jgs gSA

nf{k.k gfj;k.kk fctyh forj.k fuxe ds vksijs'ku ldZy fglkj

{ks= ds dqy 524 xkaoksa esa ls 30 xkaoksa esa yks oksYVst forj.k iz.kkyh

vkSj 224 xkaoksa esa gkbZ oksYVst iz.kkyh dh LFkkiuk dh tk jgh gSA

blds lkFk&lkFk xzkeh.k {ks=

ds 11 dsoh Lrj ds 60 QhMjksa

dks nks&nks Hkkxkssa esa ckaVdj

mudh lEiw.kZ iz.kkyh dk

uohuhdj.k fd;k tk jgk gSA

bu QhMjksa ds vyx&vyx

gksus ls d`f"k {ks= vkSj xzkeh.k

?kjsyw {ks= dks vyx&vyx

QhMjksa ds ek/;eksa ls fctyh

dh vkiwfrZ dh tk ldsxhA bl

nkSjku xkaoksa esa yksM o ekax ds

vuq:i vfrfjDr V™kalQkeZjksa

dh LFkkiuk dh tk,xh vkSj

vfrfjDr [kEcs o rkj yxkdj

fctyh vkiwfrZ dh ykbuksa dh

yEckbZ c<kbZ tk,xhA bl

izdkj nsgkr esa mPp xq.koRrk

okyh] lgh oksYVst okyh o

vokafNr ck/kk jfgr fctyh

dh vkiwfrZ dh tk ldsxhA

Jh fot;sUnz dqekj us

vf/kdkfj;ksa vkSj deZpkfj;ska

d k s f u n s Z ' k f n , f d

miHkksDrkvksas dh f'kdk;rksa dk

fuokj.;k fuxe }kjk r; fd,

x, ekudksa ds vuq:i o

le;cº rjhds ls gksuk

pkfg,A ;fn dksbZ deZp[kjh

;k vf/kdkjh dksrkgh cjrsxk

rks mlds fo:º tqekZuk ;k

foHkkxh; dk;Zokgh dh tk

ldrh gSA izcU/k funs'kd us

crk;k fd nf{k.k gfj;k.kk

fctyh forj.k fuxe {ks= ds

lHkh 9 ftyksa esa bl izdkj ds

[kqys njckj ds fy, vf/kdkfj;ksa dks funsZ'k fn, x, gSaA bl izdkj ds

[kqys njckj yxkrkj :i ls yxk, tk,xsa rkfd miHkksDrkvksa vkSj

fuxe vf/kdkfj;ksa ds chp leUo; cuk jgs vkSj mudh f'kdk;rksa

dk fuokj.k rRijrk ls gksrk jgsA fuxe dh lsokvksa eas lq/kkj ykdj

miHkksDrk larqf"V dk y{; gSA Jh fot;sUnz dqekj us dgk fd miHkksDrvksa dh T;knkrj f'kdk;rksa dk eq[; dkj.k fctyh dh pksjh vkSj

vukf/kd`r :i ls yksM dk c<k;k tkuk gSA bZekunkj miHkksDrkvksa dks pkfg, fd oks fctyh pksjh dks lkekftd cqjkbZ ekudj blds

fo:º yM+kbZ yMs+A

bl volj ij mifLFkr fuxe ds funs'kd (vksijs'ku) Jh

bZ'oj flag uSu us vkVks ekdsZV esa rkj cnyokus dSejh jksM+

ij vfrfjDr 12 [kEcksa okyh ykbZu LFkkfir djus o

gk≈flax cksMZ dkyksuh fljlk jksM+ esa ,d u;k V™kalQkeZj

LFkkfir djus ds vkns'k fn,A Jh uSu us crk;k fd ftyk ds

xkao ckl] eks<k[ksM+k vkSj ukxFkyk esa vxys Ng ekl ds

nkSjku 33 dsoh Lrj ds u, lc LVs'kuksaa dk fuekZ.k dk;Z iwjk

dj fy;k tk,xkA yxHkx 4 djksM+ dh ykxr ls cuus okys

33 dsoh Lrj ds rhu lc LVs'kuksa ls ftyk ds 16 xkaoksa ds

miHkksDrkvksa dks csgrj oksYVst vkSj yxkrkj fctyh

vkiwfrZ dk ykHk gksxkA bl ds vykok vk;Z uxj esa 132 dsoh

Lrj ij u;k lc LVs'ku cuk;k tk jgk gS rFkk 132 dsoh

lc LVs'ku vkneiqj vkSj chM+ fglkj dh {kerk c<kbZ tk jgh

gSA mUgksaus crk;k fd 33 dsoh LVs'ku HkkVyk dks fctyh

izkfIr ds fy, 132 dsoh lc LVs'ku cjokyk ls tksM+k

tk,xkA blls u dsoy 33 dsoh LVs'ku HkkVyk ds {ks= esa

fctyh vkiwfrZ esa lq/kkj gksxk cfYd 132 dsoh lc LVs'ku

gkalh ij ncko ?kV tkus ls gkalh {ks= ds miHkksDrkvksa dks Hkh

vizR;{k :i ls ykHk gksxkA bl volj ij fglkj vksijs'ku

ld Zy d s v/ k h { kd vfHk;Urk Jh ,-ds- tSu lfgr 'kgj

d s l H k h d k ; Z d k j h vfHk;Urk] mie.My vf/kdkjh o

deZpkjh f'kdk;rksa ds fuokj.k ds fy, reke fjdkWMZ

lfgr mifLFkr FksA Jh tSu us crk;k fd 'kgj ds lHkh fctyh

forjd V™kalQkeZjksa ij lqj{kk ds fy, vfFkZax miyC/k

djokbZ tk,xhA

[kqys njckj esa dqy 145 f'kdk;rsa vkbZA ftuesa ls 45 dk ekSds ij fuokj.k dj fn;k x;k]56 f'kdk;rksa ij 24 tuojh rd

dk;Zokgh dh tkus ds vkns'k fn, x,] 9 f'kdk;rksa dks fu;eksa ds vuq:i u gksus ds dkj.k fujLr fd;k x;k rFkk 'ks"k f'kdk;rksa ij ,d

lIrkg ds Hkhrj dk;Zokgh djus ds vkns'k fn, x,A lcls T;knk f'kdk;rsa fcyksa ls lEcfU/kr Fkh rFkk mlds ckn u;s duSD'ku ls

lEcf/kr f'kdk;rsa vkbZA dbZ iapk;rs o laLFkk,a] xkao o 'kgjh {ks= dh lkewfgd ekaxs ysdj Hkh [kqys njckj esa vf/kdkfj;ksa ds le{k

vkbZA [kqys njckj esa dqN ,slh f'kd;rksa dk fuokj.k Hkh gqvk ftudks ysdj miHkksDrk Ng ekl ls T;knk le; ls fctyh fuxe ds

dk;kZy;ksa esa pDdj yxk jgs FskA njckj esa rhu miHkksDrkvksa dks T;knk fcy dh f'kdk;r dk fuokj.k djrs gq, 37 gtkj :i, ykSVk,

x,A xkao cgcyiqj ds Jh NUuw jke us rc viuh larqf"V tkfgj dh tc mlds ,d o"kZ igys tys ehVj dks cnyus ds vkns'k tkjh gq,A

[kqys njckj esa fctyh pksjh lkekftd cqjkbZ fo"k; ij ekWMy vkSj iSfUVax izfr;ksfxrk dk vk;kstu fd;k x;kA fo|qr uxj] feMy

Ldwy ds Hkjr] lqfer vkSj lksgu dk ekWMy izFke] larks"k dk f}rh; vkSj lq/khj dks ekWMy r`rh; LFkku ij jgkA vkBoha ds Nk=ksa dh M™kbZax

izfr;ksfxrk esa Hkkouk dks igyk] iwtk dsk nwljk rFkk fdj.k dsk rhljk LFkku izkIr gqvkA 10oha d{kk ds ≈ij ds Nk=ksa esa jktdh; lhfu;j

lSds.Mjh Ldwy ds nhis'k izFke] es/kkoh f}rh; rFkk ik:y r`rh; LFkku ij jgsA bu ekWMy cukus vkSj M™kbZax cukus dh izfr;ksfxrkvksa essa

dqy 60 cPpksa us Hkkx fy;kA thrus okys rFkk lHkh izfrHkkxh cPpksa dks bZuke esa lh ,Q ,y cYc fn, x,A [kqys njckj esa fctyh cpr

dks c<kok nsus ds fy, lLrh njksa ij lh ,Q ,y cYc cspus ds fy, LVkyksa dk vk;kstu Hkh fd;k x;k FkkA

As a part of its energy conservation promotioninitiatives, the Dakshin Haryana Bijli Vitran (DHBVN) hassigned agreements with manufacturers of CFLs to provideits consumers with a scheme to provide CFL bulbs at lowrates from DHBVN’s Customer Care Centres.

The Nigam had invited offers from CFL manufacturersof the country to provide best deal in CFL to its consumers.Although the manufacturers had offered the scheme of“Buy one CFL bulb, getanother absolutely free”,however, DHBVN managedto persuade the firms to offersale of one CFL bulb at halfof the market rates. Underthe scheme, customers willbe offered 11 watt, 15 wattand 20 watt CFL bulbs at therate of Rs. 67.50, Rs. 75 andR s . 1 0 0 p e r p i e c erespectively. While a T-8-36watt tube would be offeredfor Rs. 32 per piece. Them a n u f a c t u r e r s w o u l destablish their retail outletsat the Customer CareCentres of DHBVN atFaridabad , Gurgaon,Narnaul, Bhiwani, Hisar andSirsa.

DHBVN has entered into the new MoUs with the IndoAsian and the Crompton Greaves. The facility to theconsumers has been given considering that CFLs are anexcellent example of an energy efficient technology.Illumination equal to standard incandescent lamps can beobtained from CFLs for about 20-25 per cent wattage. Therated life of the compact fluorescent lamps can be 5 to 10times longer than that of incandescent lamps. Therefore,CFLs can save as much as 75-80 per cent of electricity

used for lighting. Similarly high efficiency FTL tubes canreduce energy consumption by at least 10 per cent overconventional FTLs about 25 per cent of the total power isbeing used for lighting in Haryana, which rises to over 40per cent during evening and morning hours. By usingCFLs and high efficiency FTLs, the consumption can bereduced to about 800 MW on an average and about 1400MW during evening, the time of peak electric load.

According to a studyc o n d u c t e d b y t h eHaryana Power Utilities,energy conservationmeasures in Haryana canensure 25 per centelectricity savings. Inother words conservationcan obviate the need toi n v e s t i n p o w e rg e n e r a t i o n t o t h ecapacity of 1200 M.W.costing Rs. 5000 crores.

Presently, Haryana isfacing a shortage ofelectricity by 20-25 percent for capacity and 20per cent for energy. Therate of increase indemand is getting faster

with each passing year. During the current financial year,the growth rate is about 17 per cent or more. The HaryanaPower Utilities are making all out efforts to add installedgenerating capacity and strengthening powertransmission and distribution system, involving huge cost,so as to solve the chronic inadequacies in power supply.Improvement of energy efficiency can contributeconsiderably to reduce the gap between supply anddemand because every unit of energy saved is equivalentto 1.3 units of energy generated.

Agreement signed for supply of CFL to Customer

CM asks Centre to award coal linkageHaryana Chief Minister

Mr. Bhupinder singh Hoodahas urged the Uniongovernment to award coallinkage to Haryana for1000/1200 MW coal basedthermal power project atHisar.

The CM, who called onthe Prime Minister, Dr.Manmohan Singh in NewDelhi on January 9 last saidt h e H a r y a n a P o w e rGeneration CorporationLimited (HPGCL) was setting up this project and thestate government had agreed to contribute 20 per centof the project cost by way of equity and the remaining80 per cent was proposed to be raised through loanfrom Power Finance Corporation, National Capital

Region Planning Board, etc.. He toldthe PM that union power ministryhad included this project forimplementation during the 11 planperiod and had recently beengranted the mega project status. Mr.Hooda said Union Power Ministryhad recommended allocation of coallinkage of 5.83 million tones perannum for this project to the UnionMinistry of Coal. He said he had alsorequested the Union Power Minterfor expediting the coal linkage. Thestanding linkage committee in its

meeting held in December last had considered the case andrecommended coal linkage for Hisar thermal power project,the 1500 MW Jhajjar project and enhancement of existinglinkage for 2X300 MW Deen Bandhu Chhotu Ram ThermalPower Project, Yamunanagar.

th

Lower back pain could be an acute affliction or a chronic disabling condition.The cases of chronic lower back pain are increasing day by day. Proper diagnosisis the mainstay for appropriate treatment and rehabilitation. Diagnosis of theunderlying cause of lower back pain could be quite complex and therebychallenging.

The course of treatment will usually be dictated by the diagnosis of theunderlying cause of the pain. Rarely, lower back pain will require surgery. For thevast majority of patients, pain can be treated conservatively by medication,physical therapy, exercises, acupuncture, chiropractic manipulation andmassage therapy.

Valuable time is generally wasted in India as the usual practice is to visit a self-styled, non-trained so-called chiropractor in rural areas. They might be able tohelp relieve pain due to muscle spasm, but when there is pain radiation due tocomplex problems they often fail to detect the cause and complicate the problem.this usually delays the treatment and the valuable time is thus lost.

Pain management is a fast growing specialty. Individuals who do not improvewith conservative treatment and for whom surgery is not an option, thesespecialists offer significant relief. Trigger point facet joint, epidural injectionsprovide relief in such cases.

Neurologists specialize in a non-surgical approach to various nerve-relateddisorders causing pain. A detailed neurological examination and various tests areperformed to evaluate the cause of pain and weakness.

It is extremely important to understand the difference in symptoms betweenback pain and leg pain. Leg pain could be caused due to pressure upon a nerveand can be cured by taking pressure off the nerve. Initially, conservativeapproaches are attempted.

The best ways to manage back pain is to take appropriate treatment at the first episode of pain from a specialisttrained in this field rather than taking treatment from a self-styled chiropractor to have better results.

HEALTHHEALTH

Dr. Ravinder Chadha

Managing chronic lower back pain

Guava.

L e m o n a n dlime.

Mango.

Orange,mandarin.

Papaya.

Peach.

Pear.

Apricot.

Prune.

Strawberry,raspberry

Very high in fibrea n d v i t a m i n Econtent. Guava juice,h o w e v e r , m a y

contain added sugar or corn syrup,which add calories and dilute thenutritional value as compared to theraw fruit.

Good sourceof vitamin C, withlemons containingabout one—third

more vitamin C than lime.

High in fibre,beta caroteneand vitamin C, alsohigher in caloriesthan similar fruit

s o u r c e s , s u c h a spapaya.

H a v e l o t s o f

vitamin C, folate and fibre. Alsocontain some calcium. Scraping ofthe white membrane under the skin

adds to vitamin C andpectin content.

High in calcium,folic acid, vitamin C,fibre, and carotenoids.

Have carotenoidsand a little vitamin C.

High in sorbitoland fibre, pears area n e f f e c t i v et r e a t m e n t f o rconstipation. Eatwith skin as most of

the vitamin C is concentrated in theskin. So is some of the fibre.

Five apricots containaround the same numberof calories as an apple,but they have much

more protein, calcium, iron, vitaminK, zinc, vitamin A, and dolic acid.Apricot is high in beta carotene, as

well as potassium andfibre.

Compared withother fruits, a prune isespecially high in fibre,protein, potassium,

vitamin A, vitamin E, calcium, andiron. It contains a touch of zinc andniacin, and some varieties have a bitof beta carotene.

Apart f rombeing high in fibre,strawberries arehigher in vitaminC per calorie thanany other fruit.L i k e w i s e ,

raspberries pack the most fiibre intothe fewest calories. They are alsohigh in folic acid and zinc.

TOP TEN FRUITSTOP TEN FRUITS

Life is tough, and if you have

the ability to laugh at it you

have the ability to enjoy it.– Goethe

Approximate feagure

Word of the Month

DHBVN FamilyDHBVN Family

r

r

r

Vhpj (lksuw ls)% eSa rqEgsa ihVrk blfy, gwa fd rqels

cgqr I;kj djrk gwaA rqEgsa dkfcy bUlku cukuk pkgrk

gwaA

lksuw % lj] I;kj rks eSa Hkh vki ls cgqr T;knk djrk gwa

ijUrq NksVk gksus ds dkj.k bldk izek.k ugha ns ldrkA

ikik % eSa ugha tkurkA

csVk % rks ikik vki vaxzsth esa ,e-,- dSls dj x,\

izsfedk us izseh ls dgk % rst gok dk >kSdk vk;k]

lkFk esa rsjh egd yk;k] rc fny esa [;ky vk;k] eq,

rw vkt Hkh ugha ugk;kA

csVk ikik ls % vkbZ MksaV uks dk vFkZ D;k gksrk gS\

Joke of the monthJoke of the month

Conscientious

Comecutive number

Forth with

Fraudulently

Ledger

Preventive measure

varfoZosd'khy

vuqxkeh la[;k

vfoyEc] rqjar

izrkjd :i ls] /kks[ks ls

izi¥th

fuokjd mik;

Terms

Cleaning with cloth is healthierDo you realy need sprays to

clean your telephone? Cleaningchemicals can be more harmfulthan your own germs. Aerosolcleaners are mixed with highly toxicdisinfectants, which should not beinhaled in excessive amounts. Youwould be smar ter w ip ing yourtelephones with a clean, dampcloth.

izk.kk;ke vkSj /;ku

izk.kk;ke ds vH;kl ls 'kjhjdk izR;sd ra= yEcs le;

rd fÿ;k'khy jg ldrk gSA Ropk

dk a fr;e jgrh g SA x z a f F k;k a

;Fkk&ihfu;r larqfyr rFkk lE;d gks

tkrk gS] ftlls 'kjhj ij mez dk

izHkko Lor% gh de fn[kkbZ nsrk gSA

blds fy, loksZŸke izk.kk;ke gS

diky Hkkfr] vuqykse&foykse]

mTtk;h] 'khryk ;k 'khrdkjh vkfnA

budk vH;kl ;ksX; ekxZ n'kZu esa djuk pkfg,A

/;ku% ekufld v'kkafr rFkk HkkoukRed vlarqyu gekjs

'kjhj rFkk eu dk lcls cM+k 'k=q gSA blds vH;kl ls mDr

lkjh leL;k dk iw.kZr;k 'keu gks tkrk gSA 'kkjhfjd lkSUn;Z

dks cuk, j[kus esa /;ku jkeck.k dk dk;Z djrk gSA

dkS'ky dqekj

A view of shopping centre under constructionat Vidyut Nagar Hisar

x.kra= fnol lekjksg] Qjhnkckn esa nf{k.k gfj;k.kk fctyh forj.k fuxe dh >kkadhA

Ballpark feagure

18

Theft of electricity, nonpayment of bills, higher linelosses and other unscrupulous activities by the peoplemars the quality of power supply and causes commercialloss to the power utility. To save the Nigam from highlosses caused by unscrupulous consumers in someareas and to ensure qualitative power supply in areaswhere there are sincere consumers, the DakshinHaryana Bijli Vitran Nigam (DHBVN) has decided not toinitiate new improvement works in the areas of highercommercial and line losses and lesser realization ofrevenue.

Board of DHBVN has decided not to start the newimprovement works in the areas where aggregatetransmission and commercial losses are more than 90per cent, in urban area, and 85 per cent in, rural area, orwhere collection of revenue is less than 95 per cent, inurban area, and 90 per cent, in rural area, or where linelosses are more than 30 per cent.

DHBVN shall intimate Gram Panchayats andrepresentatives of people that DHBVN is not in position toinitiate new improvement work in their village or localitybecause of higher commercial & line losses and lesserpayment of bills by consumers. It would ask thePanchyats to educate the consumers of their villages notto indulge in theft of electricity, to make payment ofelectricity bills in time and to get regular powerconnections in place of illegal Kundi connections toimprove the commercial parameters enabling DHBVN toinitiate new improvement and development works and to

ensure quality power supply as per their expectations.However, the cases of development works of those

villages will be considered by DHBVN whose Panchayatsenter into memorandum of understanding (MoU) with theNigam with regard to improvement of commercialparameters. The progress will be monitored for twomonths and if parameters improve with in two months inthat particular village, the improvement work would bestarted.

Inspite of all out efforts made by the DHBVN, theAT&C losses in some areas are very high mainly due totheft of electricity by tampering of meters, nonregularization of Kundi connections and non payment ofbills in time. It has been observed that consumers in suchareas have become habitual of unscrupulous activitiesand non payment of bills causing very high losses toDHBVN's exchequer and even improvement workscarried in such areas do not improve the parameters insuch area.

Situation in such villages or areas affects supplyposition in the areas of sincere consumers also. Theunauthorized load put on the power distribution systemcauses problems like break downs, interruptions, fuseblowing, low voltage, higher line losses, burning oftransformers, etc.. Theft of electricity and higher linelosses affects tariff of electricity also. Thus, pilferage ofelectricity is an encroachment in the rights of honestconsumers.

No Payment, No Development Works

Regulators play key role in development of electricity sector: CMThe power Regulatory Commission can play as

dual role in safeguarding the interests of electricityconsumers as well as strengthening the powerinfrastructure, Mr. Bhupinder Singh Hooda, ChiefMinister, Haryana said onJanuary 13 last whi leaddressing the 19 generalbody meeting of the Forum ofI n d i a n R e g u l a t o r s a tSurajkund in Faridabaddistrict. He said that theRegulatory Commissionscould also ensure capitalinfusion into the power sectorf o r d e v e l o p m e n t o finfrastructure. They mustestablish their independenceand impartiality and promotetransparency of procedure inregulation and in the functioning of the utilities, headded while saying that they must drive the agendabut with achievable road map.

th

Mr. Hooda said electricity was the most criticalinput for socio-economic development and was adeterminant for living standard. The Indian powersector made remarkable progress during the last fivedecades in generation, transmission and distributionof electricity. However, the demand for electricity had

overtaken the supply. Sincere efforts are being made by thestates as well as the Union Government for thedevelopment of suitable infrastructure to provide adequateand reliable power but certain impediments and issues

affecting the sector had to beresolved, he added. He saidthere was a need to createawareness abou t fa i rregulatory practices andregulatory economics amongall constituents.

Mr. Hooda said there hadb e e n c o n s i d e r a b l ei m p r o v e m e n t i n t h eperformance of the Statepower Utilities since theimplementation of powersector reforms in 1998-99and a sizeable investment of

Rs. 56,000 Crores had been made in the sector.The power generation company had added 724.4 MW

generation capacity since the re-organization. And acapacity addition of 6,000 MW had been planned for the 11Five Year Plan. Haryana’s own power stations hadsignificantly improved their performance factor, auxiliaryconsumption and specific oil consumption. The volume ofpower supplied in Haryana in 2006-07 had registered anannual growth of more than eight per cent, he added.

th

The Dakshin Haryana Bijli Vitran Nigam (DHBVN)plans to add 24,000 power distribution transformers tostrengthen the power distribution system in its area, at acost of Rs. 220 crores, during next four years.

With the installation of these transformers, the totalnumber of transformers in the area of DHBVN wouldincrease to about one lakh. DHBVN added 6478 newpower distribution transformers in the system during lastone year increasing the total number transformers, in itsarea, to about 74,000.

The Nigam has launched amassive dr ive of repair andmaintenance of existing distributiontransformers. The field officers havebeen directed to complete the task bySeptember, 2007. Under this drive, aspecial survey would be conductedand the transformers, found installedof more than five years, will beoverhauled. Each operation circle hasbeen directed to carry the capitalmaintenance of at least 200transformers every week. The capitalmaintenance of transformers wouldinclude the proper earthing and theirload balancing.

During the maintenance drive, itshall be ensured that all thedistribution transformers are properlyearthed. Each operation circle shall ensure earthing of atleast 200 transformers per month. It has been targeted tocomplete the work of installation of capacitors andthyristors on transformers in urban areas by March,2007.

In order to reduce the voltage drop in the lines to thefarthest consumers, the distribution transformers wouldbe located at the load centers. To bring the voltage dropwithin permissible limits, connections of the consumerswould be relocated or the transformers would be

replaced to load centers. In urban areas, the task is to becompleted by March, 2007.

To ensure regular power supply at proper voltage,the Nigam has formulated a policy to increase length ofhigh tension (HT) lines and reduce length of low tensionlines (LT). Under this policy, the Nigam has decided torelease all tubewell connections on HT by installingindependent transformers. The consumers of othercategories are also being encouraged to takeindependent transformers. Industrial units having load

of 250 KW or more have been allowedindependent feeders and transformers.

A damaged transformer in the area ofDHBVN is being replaced within 48hours. DHBVN has initiated a massiveprogramme of maintenance and renovationprogramme for existing power distributiontransformer under which each subdivisional officer is maintaining andmodernizing at least two transformersevery week. During renovation of thedistribution system, all safety measuresand load on transformer are being takencare of.

To reduce line losses and to abatepilferage of energy, DHBVN has initiatedschemes laying high voltage distributionsystem (HVDS) and low voltage distributionsystem (LVDS) and electricity meters of

consumers are being brought outside the premises ofthe consumers. Under the new system of powerdistribution, the Nigam is setting up larger number oftransformers of lower capacity so that there is minimumdamage to the transformers and minimum number ofconsumers is affected in case of damage of atransformer. Consequently, during next year, the numberof transformers to be added would be much more. Underthe LVDS and HVDS, demand of additional distributiontransformers is being met with fully.

Strengthening power distribution net work

The country is finally waking up to the need forserious energy conservation as well. Tubelight andfrost –free refrigerator manufacturers have been givenan April 2007 deadline by the Bureau of EnergyEfficiency rating system for their products. Other homeappliances companies are now also moving in the samedirection. Consumers will have the option to chooseappliances based on their energy consumption levels,which will be specified on their labels.

“Nearly 90 per cent of tubelights and 70 per cent offrost free refrigerators have today complaint with thenew ‘star rating’ system. Similar notifications for directcooling refrigerators, air conditioners, ceiling fans andmotors are likely to be brought very soon.

The move is crucial since much of the growth inenergy demand today occurs in large Asian countrieslike China and India. The demand in the region is

expected to rise nearly three times between 2003 and2030, according to the International Energy Outlook2006.

The BEE will be launching a campaign to educateconsumers on the benefits of the labelling. Productswith heavy energy consumption will carry a single star.Afive—starred appliance will work out to be 27 per centmore energy efficient for the end user as compared tothe one with a single star.

The rating not only gives the consumer a clear ideaof the energy efficiency of the unit but also allows him tobudget in the cost saving,” The difference in powersaving between a three—star rated and four –star ratedrefrigerators would be an average 100 units over a year.“it is a step in the right direction for an energy starvedcountry like India where energy prices only seen to begoing up.

Power—saving : April deadline for electric goods rating

xr 19 ls 21 tuojh rd izFke vf[ky Hkkjrh; jkT; fctyh cksMZ jLlk&dLlh izfr;ksfxrk dk vk;kstu fo|qr uxj fglkj ds [ksy

izkax.k esa fd;k x;kA izfr;ksfxrk ds QkbZuy eqdkcys esa iatkc jkT; fctyh cksMZ us gfj;k.kk ikoj LiksVZl xzqi dks igys gh nks jkmaMksa esa

gjkdj thr gkfly dhA rhljs LFkku ds fy, gq, dM+s eqdkcys esa mŸkj izns'k fctyh {ks= us VkVk ikoj cksEcs dks gjk;kA

izfr;ksfxrk dk mn~?kkVu nf{k.k gfj;k.kk fctyh forj.k fuxe ds izca/k funs'kd Jh fot;sUnz dqekj us iVk[kksa o Qwyksa dh o"kkZ ds

chp fd;kA Jh fot;sUnz dqekj us vius mn~?kkVu Hkk"k.k esa dgk fd vf[ky Hkkjrh; jkT; fctyh cksMksZa ds [ksy fu;a=.k cksMZ us vius

[ksy dySaMj esa jLlk&dLlh dh izfr;ksfxrk dks igyh ckj 'kkfey fd;k gSA jLlkdlh iqjkus iatkc o mŸkj izns'k ds {ks= dh laLd`fr esa

vR;ar egRoiw.kZ [ksy jgk gSA mUgksaus vk'kk O;Dr dh fd gfj;k.kk esa igyh ckj vk;ksftr gksus okyh bl jk"V™h; izfr;ksfxrk esa vkus okys

lkyksa esa izfrHkkfxrk vkSj T;knk gksxhA

blls iwoZ vk;kstu lfefr ds v/;{k Jh oh-ds- xxZ] v/kh{kd vfHk;ark (iz'kklu) vkSj gfj;k.kk fo|qr izlkj.k fuxe ds eq[;

& lR;oku

vfHk;ark Jh vkj-ds- caly us lHkh f[kykfM+;ksa dk Lokxr fd;k vkSj izfr;ksfxrk ds vk;kstu ls lacaf/kr tkudkjh nhA bl volj ij

nf{k.k gfj;k.kk fctyh forj.k fuxe ds funs'kd (izkstSDV) Jh vkj-lh- lijk rFkk funs'kd (vkizs'ku) Jh vkbZ-,l- uSu Hkh mifLFkr FksA

mn~?kkVu lekjksg esa fo|qr uxj feMy Ldwy dh Nk=kvksa us eSnku ij jaxkjax lkaLd`frd dk;Zÿe dh izLrqfr nh vkSj lHkh Vheksa us

lsuk cSaM dh /kqu ij 'kkunkj ekpZ ikLV fd;kA izca/k funs'kd us lkaLd`frd dk;Zÿe izLrqr djus okyh Nk=kvksa dks 2500 #i, dk bZuke

fn;kA fo|qr uxj ds [ks= izkax.k esa vk;ksftr bl rhu fnolh; izfr;ksfxrk esa mŸkj izns'k fctyh {ks=] iatkc jkT; fctyh cksMZ] VkVk

ikoj cksEcs] mŸkjk[kaM vkSj ;teku gfj;k.kk ikoj LiksVZl xzqi us fgLlk fy;kA

izFke fnu gq, 'kq:vkrh yhx eqdkcyksa esa gfj;k.kk ikoj LiksVZl xzqi us mŸkj izns'k fctyh {ks= vkSj VkVk ikoj cksEcs dks ijkLr fd;k

tcfd iatkc jkT; fctyh cksMZ ds Hkkjh Hkjde f[kykfM+;ksa us mŸkjk[kaM jkT; fctyh cksMZ dks ijkLr fd;kA lHkh eSpksa dk fu.kZ; izFke

nks jkmaMksa esa gh gks x;kA

izfr;ksfxrk ds nwljs fnu rFkk yhx eqdkcyksa ds vfUre fnu iatkc jkT; fctyh cksMZ ds vuqHkoh o Hkkjh Hkjde f[kykM+h Nk, jgsA

mUgksaus ckjh&ckjh ls gfj;k.kk ikoj LiksVZl xzqi] mŸkj izns'k fctyh {ks= rFkk VkVk ikoj cksEcs dks gjkdj lqijyhx eqdkcyksa ds fy,

viuk LFkku iDdk fd;kA ogha gfj;k.kk us mŸkjk[kaM ij thr ntZ djds mlus Hkh lqijyhx ds fy, viuk LFkku dCtk;kA

vU; eSpksa esa VkVk ikoj cksEcs us mŸkjk[kaM dks yxkrkj nks nkSj esa jLlk viuh vkSj [khapdj thr ntZ dhA mŸkj izns'k us Hkh mŸkjk[kaM

ij thr ntZ djds lqij yhx esa viuh txg cukbZA izfr;ksfxrk ds vfUre fnu gq, lqij yhx eqdkcyksa esa gfj;k.kk us mŸkj izns'k dks]

iatkc us VkVk ikoj cksEcs dks] gfj;k.kk us Hkh VkVk ikoj cksEcs dks rFkk iatkc us mŸkj izns'k fctyh {ks= dks gjk;kA

QkbZuy eqdkcys%

izfr;ksfxrk ds QkbZuy eqdkcys esa iatkc jkT; fctyh cksMZ us gfj;k.kk ikoj LiksVZl xqzi dks igys gh nks jkmaMksa esa gjkdj izFke vf[ky

Hkkjrh; jkT; fctyh cksMZ jLlk&dLlh izfr;ksfxrk dk f[krkc thrkA rhljs LFkku ds fy, gq, dM+s o la?k"kZiw.kZ eqdkcys esa mŸkj izns'k

fctyh {ks= us VkVk ikoj cksEcs dks igys gh nks jkmaMksa esa ijkftr fd;k o rhljk LFkku ik;kA

lekiu lekjksg %

lekiu lekjksg esa fglkj dh mik;qDr Jherh nhfIr mek'kadj us fotsrk f[kykfM+;ksa dks bZuke ckaVsA bl volj ij mUgksaus dgk fd

fctyh vkiwfrZ dh O;oLFkk ij rFkk fctyh mRiknu la;=ksa ij cgqr lko/kkuhiwoZd o rRijrk ls dk;Z djuk gksrk gS rFkk rqjar QSlyk ysuk

gksrk gSA ;s lHkh xq.k ,d vPNs f[kykM+h esa ik, tkrs gSaA fctyh {ks= esa dk;Zjr vfËkdkfj;ksa o deZpkfj;ksa dks [ksyksa esa Hkh fujarj Hkkx ysuk

pkfg,A blls fctyh tSls dfBu dk;Z esa mudh n{krk vkSj T;knk c<+sxhA mUgksaus izfr;ksfxrk ds vk;kstu dh ljkguk djrs gq, dgk fd vU;

jkT;ksa ls vk, f[kykM+h fglkj ls vPNh ;knsa ysdj tk,axsA Jherh mek'kadj us fo|qr uxj Ldwy dh Nk=kvksa }kjk izLrqr jaxkjax lkaLd`frd

dk;Zÿe dh ljkguk dhA mUgksaus dgk fd vkehZ cSaM dh /kqu us bl vk;kstu dks vr;ar vkd"kZd cuk;k gSA bl volj ij cksyrs gq, nf{k.k

gfj;k.kk fctyh forj.k fuxe ds izca/k funs'kd Jh fot;sUnz dqekj us dgk fd gfj;k.kk ikoj LiksVZl xzqi }kjk vf[ky Hkkjrh; fctyh

cksMZ] [ksy fu;a=.k cksMZ ds [ksy dyS.Mj ds vuq:i fd, tk jgs jk"V™h; Lrj dh VwukZesaV ds vk;kstu esa yxkrkj :i ls lq/kkj gks jgk gSA

orZeku VwukZesaV ds vk;kstu dk Lrj ljkguh; Fkk vkSj blesa Hkkx ysus okys f[kykfM+;ksa us tks vuq'kklu fn[kk;k og mnkgj.kh; jgkA Jh

fot;sUnz dqekj us dgk fd gfj;k.kk fctyh {ks= ds f[kykfM+;ksa us jk"V™h; o varjkZ"V™h; Lrj ij izns'k ds fy, uke dek;k gS vkSj mudk

izn'kZu yxkrkj :i ls mRd`"V jgk gSA fctyh {ks= esa [ksyksa dks izksRlkfgr djus dk gj laHko iz;kl fd;k tk,xkA nf{k.k gfj;k.kk fctyh

forj.k fuxe ds lHkh dk;kZy; izkax.kksa esa [ksy lqfo/kk,a miyC/k djokbZ xbZ gSA lekiu lekjksg esa gfj;k.kk fo|qr izlkj.k fuxe ds eq[;

vfHk;ark Jh vkj-ds- caly] nf{k.k gfj;k.kk fctyh forj.k fuxe ds v/kh{kd vfHk;ark iz'kklu Jh oh-ds- xxZ] phQ&vkWfMVj Jh diwj

flag] v/kh{kd vfHk;ark Jh oh-ds- Hkkj}kt] Jh ts-lh- esgrk o fctyh forj.k fuxeksa ds vusd mPp vf/kdkjh] deZpkjh] fo|qr uxj o

vklikl dh dkyksfu;ksa dh efgyk,a cPps o Hkkjh la[;k esa vke ukxfjd mifLFkr FksAiVk[kksa dh vkokt o vkehZ cSaM dh /kqu ds chp

Jherh nhfIr mek'kadj us VwukZesaV lekiu dh ?kks"k.kk dh rFkk vxyh okf"kZd VwukZesaV esa [kksys tkus ds fy, /ot [ksy vk;kstdksa dks lkSaikA

nf{k.k gfj;k.kk fctyh forj.k fuxe ds vdkmaVsaVl lqjsUnz dqekj vkSj fojsUnz dqekj us vf[ky Hkkjrh; fctyh cksMZ [ksy cksMZ dk

izfrfuf/kRo djrs gq, xr 8 ls 10 tuojh rd t;iqj esa gqbZ vf[ky Hkkjrh; bUlVhP;wluy cSM feUVu izfr;ksfxrk esa McYt eqdkcyksa esa

nwljk LFkku gkfly fd;kA fctyh fuxeksa ds bfrgkl esa ;g LFkku igyh ckj gkfly gqvk gSA bu f[kykfM+;ksa us gky esa lEiUu gqbZ vf[ky

Hkkjrh; jkT; fctyh cksMZ cSM feaVu VwukZesaV esa Vhe boSUV esa flYoj vkSj McYl eqdkcyksa esa xksYM eSMy gkfly fd;kA bu f[kykfM+;ksa

us dqy 21 jk"V™h; cSMfeaVu izfr;ksfxrkvksa esa Hkkx fy;k rFkk 18 xksYM eSMy vkSj 14 flYoj eSMy thrs gSaA ukS xksYM vkSj 15 flYoj

v-Hkk-fc-oks- izfr;ksfxrkvksa esa thrs gSaA

gfj;k.kk ikoj [ksy xzqi dh miyfC/k;ka

dq'rh izfr;ksfxrk esa f}rh;

xr fnuksa y[ku≈ esa lEiUu gqbZ vf[ky Hkkjrh; varj jkT; fctyh

cksMZ dq'rh izfr;ksfxrk esa gfj;k.kk ikoj LiksVZl xzqi dh Vhe us f}rh;

LFkku gkfly fd;k gSA Mh-,p-ch-oh-,u- ds igoku lqjs'k us yxkrkj 12oha

ckj bl izfr;ksfxrk esa izFke LFkku gkfly fd;k gSA Mh-,p-ch-,u- ds vU;

igyoku ujsUnz us Hkh izFke LFkku izkIr fd;k gSA Mh-ch-,p-,u- dk jktsUnz]

,p-oh-ih-,u- dk fd'kksjh vkSj ;w-,p-ch-oh-,u- ds jkts'k nwljs LFkku ij

jgsA ;w-,p-ch-,u- ds igyoku lrh'k r`rh; LFkku ij jgsA

ryokM+k (iatkc) esa 20 tuojh ls 22 tuojh 2007 dks lEiUu gqbZ 33oha vf[ky Hkkjrh; fctyh cksMZ dcM~Mh izfr;ksfxrk esa gfj;k.kk

ikoj [ksy xzqi us izFke LFkku izkIr fd;kA blds dIrku nyhi flag us ,slh izfr;ksfxrk esa 27 ckj Hkkx fy;k o iznhi dqekj us ikap ckj o

HkwisUnz flag us rhu ckj Hkkx fy;kA

cSM feUVu esa f}rh;

dcM~Mh esa izFke