POWER SYSTEM STATISTICS
|
|
- Jordan Tate
- 6 years ago
- Views:
Transcription
1 POWER SYSTEM STATISTICS KERALA STATE ELECTRICITY BOARD LIMITED
2 Table No. LIST OF TABLES Title 1 Growth of Kerala Power System 1 2 Plan wise Achievements 2 3 Particulars of Generators 3 4 Installed Generating Capacity (Station wise) 6 5 Annual Plant Load Factor of Hydro Stations 10 6 Generating Capacity, Maximum Demand and Load Factor 11 7 Reservoir Details and Data for Power Generation 12 8 Station wise Monthly Generation and Power Purchase Details for Station wise Monthly Generation and Power Purchase Details for Station wise Monthly Generation and Power Purchase Details for Station wise Monthly Generation and Power Purchase Details for Station wise Monthly Generation and Power Purchase Details for Station wise Monthly Generation and Power Purchase Details for Station wise Monthly Generation and Power Purchase Details & System losses for Station wise Monthly Generation and Power Purchase Details & System losses for Station wise Monthly Generation and Power Purchase Details & System losses for Station wise Monthly Generation and Power Purchase Details & System losses for Annual Generation from Renewable Sources Generation, Purchase, Sales and Losses Sales, Revenue and Per capita Consumption Allocation from Central Generating Stations to Kerala Transmission and Distribution Lines Pump Sets, Street Lights and Distribution Transformers Consumers and Connected Load Consumers and Connected Load Category wise Sales and Revenue Category wise Capital Outlay and Expenditure Average Realization Category wise Average Energy Sales and Revenue per consumer Demand and Consumption Percentage Sales and Revenue Category wise Cost per Unit Sent Out List of EHT Consumers List of EHV and 33kV Substations List of EHV and 33kV Transmission Lines Five Year Plan Target and Achievement All India Installed Generation Capacity of Power Utilities (Sector wise) All India Installed Generation Capacity of Power Utilities (State wise) 85 Page No.
3 SI. No. Particulars Unit TABLE 1 GROWTH OF KERALA POWER SYSTEM 1 Installed capacity MW * Maximum demand (Restricted) MW Maximum demand (Unrestricted) MW Annual energy requirement 4 MU (Unrestricted) 5 Own generation (gross) MU Power purchase (gross) MU Energy available for sale 7 MU (incl. PGCIL loss) 8 Energy sale to other states MU Energy sale (within the state) MU Total sale including export MU Per capita consumption kwh kv Lines km kv Lines km kv Lines km kv Lines km HT lines (11 kv & 22 kv) km 33,691 34,753 36,576 38,392 41,440 44,839 48,503 51,489 53,068 53,740 55,547 57, LT lines km 2,10,458 2,17,899 2,26,128 2,34,286 2,41,849 2,49,687 2,56,449 2,60,554 2,63,620 2,64,117 2,68,753 2,85,970 ** 18 Step up transformer capacity MVA 2, , , , , , , , , , Step down transformer capacity MVA 12,870 13,669 13,777 14,246 14,631 15,726 16,660 16,996 17,408 17,913 18,461 18, EHT substations No kv substations No Distribution transformers No. 35,822 37,573 39,697 42,250 46,359 52,149 57,954 62,329 64,972 67,546 71,198 73, Distribution transformer capacity MVA 4, , , , , , , , , , , Number of consumers Lakh Connected load MW 10, , , , , , , , , , Street lights No. 9,08,016 9,60,839 9,99,599 10,49,047 10,86,688 11,48,220 12,02,988 12,18,610 12,57,285 12,97,480 13,49,101 14,07, Irrigation pumpsets No. 4,12,602 4,23,571 4,35,673 4,40,958 4,31,745 4,37,877 4,46,460 4,55,078 4,66,289 4,78,449 4,90,056 5,00, Total revenue from sale of power Rs.Crore 2, , , , , , , , , * Unit 2 & 3 of BDPP & Unit 1 & 4 of KDPP were de-commissioned as per B.O (DB) No.1792/14 & 1791/14 ** Corrected as per SCM progress report As on As on As on As on As on As on As on As on As on As on As on As on
4 SI. No Particulars TABLE 2 PLAN WISE ACHIEVEMENTS 10th Plan 11th Plan 12th Plan 1st Year 2nd Year 3rd Year 4th Year 5th Year 1st Year 2nd Year 3rd Year 4th Year 5th Year 1st Year 2nd Year 3rd Year 4th Year Installed capacity (MW) kv line (km) kv line (km) kv line (km) kv line (km) kv line ( km) LT Lines (km) Step up transformer capacity (MVA) No. of EHT substations including upgragation 10 No. of 33 kv substations Step down transformer capacity (MVA) No. of distribution transformers Distribution transformer capacity (MVA) Service connections effected Connected load (MW) Street lights installed (Nos) Pump sets connected (Nos)
5 TABLE 3 PARTICULARS OF GENERATORS 1 Name of Station Pallivasal Sengulam Poringalkuthu Neriamangalam Panniar Sholayar Sabarigiri Kuttiyadi Idukki Idamalayar Kallada Rade Canada Alstom Alstom English Electric Alstom Alstom VA Tech 2 Make of units Koncar Fuji Japan Gen. Elec. BHEL BHEL Canada Canada UK Switzerland Canada Hydro Austria Yugoslavia Canada 3 Prime mover Horizontal Horizontal Vertical Vertical Francis Vertical Francis Pelton Pelton Francis Vertical Francis Vertical Pelton Vertical Pelton Vertical Pelton Vertical Francis Vertical Kaplan 4 Rated kva 5,550/9,330 14,125 9,400 19,500 18,000 22,000 55,500/66,667 28,000 1,44,000 41,118 8,824 5 Rated voltage (kv) Nominal output (MW) 5/ / Power factor Speed (RPM) Synchronous reactance Xd (%) 117/ / Transient reactance X'd (%) 30/ / Subtransient reactance X''d (%) 24/ / Negative sequence reactance X 2 (%) 28/ / Zero sequence reactance X 0 (%) 9/ / Short circuit ratio / Grounding of Neutral Resistance PT PT with PT with PT with PT PT PT PT resistance resistance resistance Transformer Transformer 16 Rated field current (Amps) 798/ /
6 TABLE 3 PARTICULARS OF GENERATORS 1 Name of Station Kanjikode wind farm Lower Meenmutty Kuttiadi Tail Race Lower Peppara BDPP PLBE KDPP Kakkad Mattupetty KES Malampuzha Periyar 2 Make of units Vestas Denmark VA Tech Flovel / TD Power GEC Jyothi / Jyothi BHEL Alstom BHEL ABB BHEL Jyothi GE Canada Jyothi Kirloskar France 3 Prime mover 4 Rated kva 5 Rated voltage (kv) 6 Nominal output (MW) 7 Power factor 8 Speed (RPM) 9 Synchronous reactance Xd (%) 10 Transient reactance X'd (%) 11 Subtransient reactance X''d (%) 12 Negative sequence reactance X 2 (%) 13 Zero sequence reactance X 0 (%) 14 Short circuit ratio 15 Grounding of Neutral 16 Rated field current (Amps) Wind S-type Full Kaplan Horizontal Full Kaplan S-type Full Kaplan Vertical Francis Diesel Engine Vertical Pelton / ,470 3,500 66,670 23,690 17,800 17,778 29,412 2,353 55,556 2, / / / / / / / / Dial Resistance PT Resistance Transformer Transformer Transformer Resistance Transformer Transformer Transformer Earthing / / Vertical Francis Diesel Engine Vertical Francis Horizontal Francis Horizontal Kaplan 4
7 TABLE 3 PARTICULARS OF GENERATORS 1 Name of Station Chembukadavu Stage I Chembukadavu Stage II Urumi Stage I Urumi Stage II Ranni Malankara KAES Poozhithode Peechi Vilangad Chimmony Barapole Adyanpara Perinad 2 Make of units Zhejiang Linhai Co Ltd. China Kumming Electric Machinery Work, China Chonging Electric Machinery Federation Ltd, China Hangzom Electric Equipment Work, China Kossler Austria BHEL Crompton/ Kirlosker TD Power System / Flovel Kirloskar TD Power System / Flovel TD Power Systems Ltd WEG Industries Pvt. Ltd. Crompton Greaves 3 Prime mover 4 Rated kva 5 Rated voltage (kv) 6 Nominal output (MW) 7 Power factor 8 Speed (RPM) 9 Synchronous reactance Xd (%) 10 Transient reactance X'd (%) 11 Subtransient reactance X''d (%) 12 Negative sequence reactance X 2 (%) 13 Zero sequence reactance X 0 (%) 14 Short circuit ratio 15 Grounding of Neutral 16 Rated field current (Amps) Horizontal Francis Horizontal Francis Horizontal Francis Horizontal Francis Horizontal Kaplan Vertical Pelton Horizontal Kaplan Horizontal Francis Horizontal Kaplan Horizontal Francis Horizontal Francis Horizontal Francis 1,125 1, , ,000 4,118 55,560 2,222 1,778 1,388 2,778 2,778 5,556 1, >1.0 1 > Neutral Ungrounded Ungrounded Ungrounded Ungrounded Transformer Transformer Transformer Transformer Transformer grounding Yes Yes Yes resistor Horizontal Francis 5
8 TABLE4... TABLE 4 INSTALLED GENERATING CAPACITY (STATION WISE) Sl. No. Name of Station PART A - HYDEL Unit Capacity (MW) Date of Commissioning Original date After renovation Station Capacity (MW) Annual Generation Capability (MU) Design PLF (%) Unit # Unit # Pallivasal Unit # Unit #4-7.5 Unit #5-7.5 Unit # Unit # Sengulam Unit # Unit # Unit # Unit # Neriamangalam Unit # Unit # Panniar Unit # Unit # Unit # Unit # Poringalkuthu Unit # Unit # Unit # Sholayar Unit # Unit # Unit # Sabarigiri Unit # Unit # Unit # Unit # Unit # Unit # Kuttiyadi Unit # NA Unit # Unit # Unit # Idukki Unit # NA Unit #4-130 Unit #5-130 Unit # Unit # Idamalayar NA Unit # Unit # Kallada NA Unit # Peppara NA Table 4 continued 6
9 Sl. No. Name of Station Unit Capacity (MW) TABLE4... Date of Commissioning Original date After renovation Station Capacity (MW) Annual Generation Capability (MU) Design PLF (%) Unit # Lower Periyar Unit # NA Unit # Mattupetty NA Poringalkuthu Left Bank NA Extension Unit # Kakkad NA Unit # Kuttiyadi Extension NA Malampuzha NA Unit # Chembukadavu Stage I Unit # NA Unit # Unit # Chembukadavu Stage II Unit # NA Unit # Unit # Urumi Stage I Unit # NA Unit # Unit # Urumi StageII Unit # NA Unit # Unit # Malankara Unit # NA Unit # Unit # LowerMeenmutty Unit # NA Unit # Neriamangalam Extension NA Unit # Kuttiadi Tailrace Unit # NA Unit # Unit # Kuttiadi Additional Extension NA Unit # Unit # Poozhithode Unit # NA Unit # Unit # Ranni perinad NA Unit # Peechi NA Unit # Vilangad Unit # NA Unit #3-2.5 Table 4 continued 7
10 Sl. No. Name of Station Unit Capacity (MW) TABLE4... Date of Commissioning Original date After renovation Station Capacity (MW) Annual Generation Capability (MU) 32 Chimony NA Design PLF (%) Unit # Adyanpara Unit # NA Unit # Unit # Barapole Unit # NA Unit # Total PART B - WIND 1 Kanjikode 9 x MW NA PART C - THERMAL Total Unit # Brahmapuram Diesel Power 1 Unit # NA Plant (BDPP) Unit # Unit # Unit # Kozhikode Diesel Power Plant Unit # (KDPP) NA Total Kayamkulam (NTPC) Unit # Unit # Unit # NA PART D - SOLAR 1 Kanjikode NA Chaliyoor Colony, Agali NA Poringalkuthu Powerhouse NA Banasurasagar, Wayanad NA Total PART D - PRIVATE HYDRO Unit #6-16 Unit #7-16 Unit # Unit # Maniyar Unit # NA Unit # Unit # Kuthungal Unit # NA Unit # Unit # Ullunkal NA Unit # Table 4 continued 8
11 Sl. No. Name of Station Unit Capacity (MW) TABLE4... Date of Commissioning Original date 9 After renovation Station Capacity (MW) Annual Generation Capability (MU) Design PLF (%) Unit # Iruttukkanam Unit # NA Unit # Unit # Pampumkayam (Mankulam) NA Unit # Unit # Karikkayam Unit # NA Unit # Unit # Meenvallom NA Unit # Kallar NA Total PART E - PRIVATE THERMAL Unit # Unit # BSES NA Unit # Unit # Unit # Kasargode Power Corporation Unit # NA Unit #3-7.3 MPS Steel Castings Ltd NA (Co-generation plant) Phillips Carbon Black Ltd NA (Co-generation plant) Total PART F - PRIVATE WIND 6 x 0.75 MW Ramakkalmedu 12 x 0.75 MW NA x 0.75 MW x 0.6 MW x 0.6 MW Agali NA x 0.6 MW x 0.6 MW x 2.1 MW Ahalia, Kanjikode NA x 2.1 MW Total PART G - PRIVATE SOLAR Cochin International 1MW NA Airport Ltd 12MW Total GRAND TOTAL
12 TABLE 5 ANNUAL PLANT LOAD FACTOR (PLF) OF HYDRO STATIONS (in %) Station Idukki Sabarigiri Idamalayar Kuttiady + KES Poringalkuthu PLBE Sholayar Pallivasal Sengulam Panniar Neriamangalam LowerPeriyar Kakkad Kallada Peppara Madupetty Malampuzha Chempukkadavu Urumi Malankara Lower Meenmutty Kuttiady Tailrace Poozhithode Ranni-Perinad Peechi Vilangad Chimmony Adyanpara
13 TABLE 6 GENERATING CAPACITY, MAXIMUM DEMAND AND LOAD FACTOR Sl.No. Year Installed Capacity (MW) Energy Input to System excl. aux. cons. & ext. losses (Gen. + Purchase - Export ) (MU) Maximum Demand (MW) Load Factor (%) * * Unit 2 & 3 of BDPP & Unit 1 & 4 of KDPP were de-commissioned as per B.O (DB) No.1792/14 & 1791/14 11
14 Name of Reservoir Full reservoir level (M) Effective storage at FRL (MCM) MDDL (M) TABLE 7 RESERVOIR DETAILS AND DATA FOR POWER GENERATION Dead storage (MCM) Kuttiyadi 3 x Kuttiyadi KES 1 x Thariode KAES 2 x Sholayar Sholayar 3 x Poringalkuthu Name of Power station Poringalkuthu 4 x PLBE 1 x Idamalayar Idamalayar 2 x Kundala x Pallivasal 570 Mattupetty x Sengulam Sengulam 4 x Anayirankal Panniyar 2 x 16.2 Ponmudi Neriamangalam Neriamangalam 3 x NES 1 x 25 Idukki Idukki 6 x Pamba Sabarigiri 5x55+1x60 Kakki Kallada Kallada 2 x Peppara Peppara 1 x Lower Periyar Lower Periyar 3 x Kakkad Kakkad 2 x Malampuzha Malampuzha 1 x Chembukadavu I Chembukadavu I 3 x No Reservoir NA NA NA NA Chembukadavu II Chembukadavu II 3 x Urumi I Urumi I 3 x No Reservoir NA NA NA NA Urumi II Urumi II 3 x Lower Meenmutty NA 61.3 NA Lower Meenmutty 2x1.5+1x Malankara Malankara SHEP 3 x Ranni Perinad No Reservoir NA NA NA Ranni Perinad 2 x 2 NA Poozhithodu No Reservoir NA NA NA Poozhithode 3 x 1.6 NA Peechi Peechi 1 x Vilangad No Reservoir NA NA NA Vilangad 3 x Chimmony Chimmony 1 x Barapole No Reservoir NA NA NA Barapole 3 x Adyanpara No Reservoir NA NA NA Adyanpara 2 x Installed Capacity (MW) Generation potential at FRL (MU) Average net effective head (m) Water required for 1 MU generation (MCM) Full load discharge of one machine (m3/sec) 12
15 Table 8... A Hydro TABLE 8 STATION WISE MONTHLY GENERATION AND POWER PURCHASE DETAILS FOR (in Million Units) Name of Station / Source 04/06 05/06 06/06 07/06 08/06 09/06 10/06 11/06 12/06 01/07 02/07 03/07 Total 1 Idukki Sabarigiri Idamalayar Kuttiadi + KES Poringalkuthu Poringalkuthu LBE Sholayar Pallivasal Sengulam Panniar Neriamangalam Lower Periyar Kakkad Kallada Peppara Malankara Madupetty Chembukadavu Urumi Malampuzha Lower Meenmutty Sub Total Hydro Auxiliary consumption Net Hydro Generation B Wind Table 8 continued 13
16 Thermal Table 8... (in Million Units) Name of Station / Source 04/06 05/06 06/06 07/06 08/06 09/06 10/06 11/06 12/06 01/07 02/07 03/07 Total BDPP KDPP Sub Total Thermal Auxiliary consumption Net Thermal Generation Total Internal Generation (excl. aux. cons.) Central Generating Stations NTPC-RSTPS Talcher Stage-II NLC-Stage-I NLC-Stage-II NLC Expansion MAPS KAIGA Sub Total CGS UI Import IPPs RGCCPP BSES KPCL Sub Total IPPs Total power purchase (E+F+G) External PGCIL loss Net power purchase at KSEB bus (H-I) Total Generation & Power Purchase (D+J) Auxiliary consumption in substations Net energy available for sale (K-L) Energy sale outside the state Net energy available for sale in the State
17 A Hydro Table 9 TABLE 9 STATION WISE MONTHLY GENERATION AND POWER PURCHASE DETAILS FOR (in Million Units) Name of Station / Source 04/07 05/07 06/07 07/07 08/07 09/07 10/07 11/07 12/07 01/08 02/08 03/08 Total 1 Idukki Sabarigiri Idamalayar Kuttiadi + KES Poringalkuthu Poringalkuthu LBE Sholayar Pallivasal Sengulam Panniar Neriamangalam Lower Periyar Kakkad Kallada Peppara Malankara Madupetty Chembukadavu Urumi Malampuzha Lower Meenmutty Sub Total Hydro Auxiliary consumption Net Hydro Generation B Wind Table 9 continued
18 Table 9 Name of Station / Source 04/07 05/07 06/07 07/07 08/07 09/07 10/07 11/07 12/07 01/08 02/08 03/08 Total Thermal BDPP KDPP Sub Total Thermal Auxiliary consumption Net Thermal Generation Total Internal Generation (excl. aux. cons.) Central Generating Stations NTPC-RSTPS Talcher Stage-II NLC-Stage-I NLC-Stage-II NLC Expansion MAPS KAIGA Sub Total CGS UI Import IPPs RGCCPP BSES KPCL Sub Total IPPs Total power purchase (E+F+G) External PGCIL loss Net power purchase at KSEB bus Total Generation & Power Purchase (D+J) Auxiliary consumption in substations Net energy available for sale Energy sale outside the state Net energy available for sale in the State
19 A Hydro Table10... TABLE 10 STATION WISE MONTHLY GENERATION AND POWER PURCHASE DETAILS FOR (in Million Units) Name of Station / Source 04/08 05/08 06/08 07/08 08/08 09/08 10/08 11/08 12/08 01/09 02/09 03/09 Total 1 Idukki Sabarigiri Idamalayar Kuttiadi + KES Poringalkuthu Poringalkuthu LBE Sholayar Pallivasal Sengulam Panniar Neriamangalam + NES Lower Periyar Kakkad Kallada Peppara Malankara Madupetty Chembukadavu Urumi Malampuzha Lower Meenmutty Kuttiady Tailrace Sub Total Hydro Auxiliary consumption Net Hydro Generation B Wind C Thermal 1 BDPP KDPP Table 10 continued
20 Table10... Name of Station / Source 04/08 05/08 06/08 07/08 08/08 09/08 10/08 11/08 12/08 01/09 02/09 03/09 Total Sub Total Thermal Auxiliary consumption Net Thermal Generation D Total Internal Generation (excl. aux. cons.) E Central Generating Stations 1 NTPC-RSTPS Talcher Stage-II NLC-Stage-I NLC-Stage-II NLC Expansion MAPS KAIGA Sub Total CGS F UI Import G IPPs 1 RGCCPP BSES KPCL Ramakkalmedu Wind Agali Wind Ullunkal Sub Total IPPs H Power purchase through Traders (KSEB bus) I Total power purchase (E+F+G+H) J External PGCIL loss K Net power purchase at KSEB bus L Total Generation & Purchase (D+K) M Auxiliary consumption in substations N Net energy available for sale O Energy sale outside the state P Net energy available for sale in the State
21 Table A Hydro TABLE 11 STATION WISE MONTHLY GENERATION AND POWER PURCHASE DETAILS FOR (in Million Units) Name of Station / Source 04/09 05/09 06/09 07/09 08/09 09/09 10/09 11/09 12/09 01/10 02/10 03/10 Total 1 Idukki Sabarigiri Idamalayar Kuttiadi + KES Poringalkuthu Poringalkuthu LBE Sholayar Pallivasal Sengulam Panniar Neriamangalam + NES Lower Periyar Kakkad Kallada Peppara Malankara Madupetty Chembukadavu Urumi Malampuzha Lower Meenmutty Kuttiady Tailrace Sub Total Hydro Auxiliary consumption Net Hydro Generation B Wind C Thermal 1 BDPP KDPP Sub Total Thermal Table 11 continued
22 Table Name of Station / Source 04/09 05/09 06/09 07/09 08/09 09/09 10/09 11/09 12/09 01/10 02/10 03/10 Total Auxiliary consumption Net Thermal Generation D Total Internal Generation (excl. aux. cons.) E Central Generating Stations 1 NTPC-RSTPS Eastern Region Talcher Stage-II NLC-Stage-I NLC-Stage-ll NLC Expansion MAPS KAIGA Sub Total CGS F UI Import G IPPs 1 RGCCPP BSES KPCL Ramakkalmedu Wind Agali Wind Ullunkal MP Steel Sub Total IPPs H Power purchase through traders (KSEB bus) I Total power purchase (E+F+G+H) J External PGCIL loss K Net power purchase at KSEB bus L Total Generation & Purchase (D+K) M Auxiliary consumption in substations N Net energy available for sale O Energy sale outside the state P Net energy available for sale in the State
23 A Hydro Table12... TABLE 12 STATION WISE MONTHLY GENERATION AND POWER PURCHASE DETAILS FOR (in Million Units) Name of Station / Source 04/10 05/10 06/10 07/10 08/10 09/10 10/10 11/10 12/10 01/11 02/11 03/11 Total 1 Idukki Sabarigiri Idamalayar Kuttiadi + KES + KAES Poringalkuthu Poringalkuthu LBE Sholayar Pallivasal Sengulam Panniar Neriamangalam + NES Lower Periyar Kakkad Kallada Peppara Malankara Madupetty Chembukadavu Urumi Malampuzha Lower Meenmutty Kuttiady Tailrace Sub Total Hydro Auxiliary consumption Net Hydro Generation B Wind C Thermal 1 BDPP KDPP Table 12 continued
POWER SYSTEM OPERATION CORPORATION LIMITED.
POWER SYSTEM OPERATION CORPORATION LIMITED. SOUTHERN REGIONAL LOAD DESPATCH CENTRE DAILY OPERATION REPORT POWER SUPPLY POSITION IN SOUTHERN REGION FOR 03-AUG-2017 DATE OF REPORTING : 04-AUG-2017 AT 06:00HRS
More informationCategory-wise and Voltage-wise Actual Sales ( )
Voltage LT 11 33 132kV & Above HT Total CAT Category-wise and Voltage-wise Actual Sales (2008-09) APCPDCL 2008-09 ATP KNL MBNR NLG MDK RRN RRS HYN HYS HYC Total 1 Domestic 309.19 347.85 169.23 253.39 253.89
More informationGENERATOR INTERCONNECTION APPLICATION
GENERATOR INTERCONNECTION APPLICATION FOR BUY-ALL/SELL-ALL PROJECTS WITH AGGREGATE GENERATOR OUTPUT OF MORE THAN 20 KW BUT LESS THAN OR EQUAL TO 1 MW Electric Utility Contact Information Great Lakes Energy
More informationLOSS OF LOAD PROBABILITY OF A POWER SYSTEM: KERALA
1 Working Paper 423 LOSS OF LOAD PROBABILITY OF A POWER SYSTEM: KERALA Vijayamohanan Pillai N February 2010 2 Working Papers can be downloaded from the Centre s website (www.cds.edu) 3 LOSS OF LOAD PROBABILITY
More informationChapter 8: Unsymmetrical Faults
Chapter 8: Unsymmetrical Faults Introduction The sequence circuits and the sequence networks developed in the previous chapter will now be used for finding out fault current during unsymmetrical faults.
More informationEE 6501 POWER SYSTEMS UNIT I INTRODUCTION
EE 6501 POWER SYSTEMS UNIT I INTRODUCTION PART A (2 MARKS) 1. What is single line diagram? A Single line diagram is diagrammatic representation of power system in which the components are represented by
More informationAPPENDIX A 5 BUSSYSTEM DATA
5 BUSSYSTEM DATA APPENDIX A A. BUSDATA S.No P gen Q gen P load Q Load Voltage Shunt 1 90 0 0 0 1.06 0 2 120 0 40 10 1.0707 0 3 120 0 90 60. 1.068 0 4 0 0 80 20 1.0 0 5 0 0 120 0 1.0 0 B. LINE DATA S. No
More informationB.E. / B.Tech. Degree Examination, April / May 2010 Sixth Semester. Electrical and Electronics Engineering. EE 1352 Power System Analysis
B.E. / B.Tech. Degree Examination, April / May 2010 Sixth Semester Electrical and Electronics Engineering EE 1352 Power System Analysis (Regulation 2008) Time: Three hours Answer all questions Part A (10
More informationKINGS COLLEGE OF ENGINEERING Punalkulam
KINGS COLLEGE OF ENGINEERING Punalkulam 613 303 DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING POWER SYSTEM ANALYSIS QUESTION BANK UNIT I THE POWER SYSTEM AN OVERVIEW AND MODELLING PART A (TWO MARK
More informationAlectra Utilities List of Station Capacity
lectra Utilities List of Station Capacity s per Distribution System Code this list represents the llocated Capacity on stations owned by lectra Utilities (formerly PowerStream) as of July 1st, 2018. llocated
More informationREGULATORY INFORMATION REPORT FOR THE QUARTER : 4th
REGULATORY INFORMATION REPORT FOR THE QUARTER : 4th 2007-08 PREPARED BY : "UGVCL,Mehsana" SUBMITTED TO : GUJARAT ELECTRICITY REGULATORY COMMISSION DATE : Jan-08 To March-08 Page 1 C:\Documents and Settings\UB
More informationModule 3 : Sequence Components and Fault Analysis
Module 3 : Sequence Components and Fault Analysis Lecture 13 : Sequence Modeling (Tutorial) Objectives In this lecture we will solve tutorial problems on fault analysis in sequence domain Per unit values
More informationECEN 460 Exam 1 Fall 2018
ECEN 460 Exam 1 Fall 2018 Name: KEY UIN: Section: Score: Part 1 / 40 Part 2 / 0 Part / 0 Total / 100 This exam is 75 minutes, closed-book, closed-notes. A standard calculator and one 8.5 x11 note sheet
More informationPower Engineering II. Fundamental terms and definitions
Fundamental terms and definitions Power engineering A scientific discipline that focuses on: Generation of electrical energy (EE) Transmission and distribution of EE Consumption of EE Power grid operation
More informationFault Calculation Methods
ELEC9713 Industrial and Commercial Power Systems Fault Calculation Methods There are two major problems that can occur in electrical systems: these are open circuits and short circuits. Of the two, the
More informationReplies to Additional Information
Replies to Additional Information 1. Actual Consumers Category wise sales for the months January to March, 2017. Reply : Enclosed in Annexure-I 2. Excel Format-7 (Total Revenue at Current Tariff and )
More informationSHORT QUESTIONS AND ANSWERS. Year/ Semester/ Class : III/ V/ EEE Academic Year: Subject Code/ Name: EE6501/ Power System Analysis
Srividya colllege of Engg & Tech,Virudhunagar Sri Vidya College of Engineering And Technology Virudhunagar 626 005 Department of Electrical and Electronics Engineering QUESTION BANK SHORT QUESTIONS AND
More informationSSC-JE EE POWER SYSTEMS: GENERATION, TRANSMISSION & DISTRIBUTION SSC-JE STAFF SELECTION COMMISSION ELECTRICAL ENGINEERING STUDY MATERIAL
1 SSC-JE STAFF SELECTION COMMISSION ELECTRICAL ENGINEERING STUDY MATERIAL Power Systems: Generation, Transmission and Distribution Power Systems: Generation, Transmission and Distribution Power Systems:
More informationFault Analysis Power System Representation
.1. Power System Representation Single Line Diagram: Almost all modern power systems are three phase systems with the phases of equal magnitude and equal phase difference (i.e., 10 o ). These three phase
More informationEnergy saving in electromechanical equipment with power coefficient correction. Dimitris Al. Katsaprakakis Aeolian Land S.A.
Energy saving in electromechanical equipment with power coefficient correction Dimitris Al. Katsaprakakis Aeolian Land S.A. www.aiolikigi.gr Introduction Electricity production companies (utilities) provide
More informationDynamics of the synchronous machine
ELEC0047 - Power system dynamics, control and stability Dynamics of the synchronous machine Thierry Van Cutsem t.vancutsem@ulg.ac.be www.montefiore.ulg.ac.be/~vct October 2018 1 / 38 Time constants and
More informationWeek No. 6 Chapter Six: Power Factor Improvement
Week No. 6 Chapter Six: Power Factor Improvement The electrical energy is almost wholly generated, transmitted and distributed in the form of alternating current. Therefore, the question of power factor
More informationPROJECT TITLE: 4.50 MW AKKIHEBBAL MINI HYDEL SCHEME, CAUVERY HYDRO ENERGY LTD., INDIA
PROJECT TITLE: 4.50 MW AKKIHEBBAL MINI HYDEL SCHEME, CAUVERY HYDRO ENERGY LTD., INDIA Document Prepared By: Cauvery Hydro Energy Limited Contact Information Cauvery Hydro Energy Limited 67, Lavina Courts,
More informationVoltage Deviation of Wind Power Generation due to Wind Velocity Change
Proceedings of the 7th WSEAS International Conference on Power Systems, Beijing, China, September 15-17, 2007 242 Voltage Deviation of Wind Power Generation due to Wind Velocity Change JUNICHI ARAI, Department
More informationNet Export Rule 1 : Deriving the generation value of storage device G(t)
Net Export Rule 1 : Deriving the generation value of storage device G(t) G(t) nx = n i=1 G(i, t) min{0, N(i, t)} Where, i = 1,2, n location G(i, t) storage device generation metered output at location
More informationSTUDY REPORT KERALA FLOODS OF AUGUST 2018
Government of India Hydrological Studies Organisation Hydrology (S) Directorate STUDY REPORT KERALA FLOODS OF AUGUST September, Contents 1.0 Introduction Page No. 1 1.1 Earlier floods in Kerala 2 2.0 District
More informationPower System Analysis Prof. A. K. Sinha Department of Electrical Engineering Indian Institute of Technology, Kharagpur
Power System Analysis Prof. A. K. Sinha Department of Electrical Engineering Indian Institute of Technology, Kharagpur Lecture - 9 Transmission Line Steady State Operation Welcome to lesson 9, in Power
More informationWind power and management of the electric system. EWEA Wind Power Forecasting 2015 Leuven, BELGIUM - 02/10/2015
Wind power and management of the electric system EWEA Wind Power Forecasting 2015 Leuven, BELGIUM - 02/10/2015 HOW WIND ENERGY IS TAKEN INTO ACCOUNT WHEN MANAGING ELECTRICITY TRANSMISSION SYSTEM IN FRANCE?
More informationEstimating Generator Capability Curves
Estimating Generator Capability Curves University of Wisconsin-Madison October 1, 13 Simplistic generator models often use rectangle constraints for active and reactive output limits. That is, generators
More informationSynchronous Machines
Synchronous Machines Synchronous generators or alternators are used to convert mechanical power derived from steam, gas, or hydraulic-turbine to ac electric power Synchronous generators are the primary
More informationPROJECT ECONOMIC ANALYSIS
Electricity Transmission Expansion and Supply Improvement Project (RRP NEP 41155) PROJECT ECONOMIC ANALYSIS A. Overview 1. The economic analysis undertaken for the Electricity Transmission and Supply Improvement
More informationHYDRAULIC TURBINES. Hydraulics and Hydraulic Machines
HYDRAULIC TURBINES Introduction: The device which converts h ydraulic energy into mechanical energy or vice versa is known as Hydraulic Machines. The h ydraulic machines which convert h ydraulic energy
More informationReducing Contingency-based Windfarm Curtailments through use of Transmission Capacity Forecasting
Reducing Contingency-based Windfarm Curtailments through use of Transmission Capacity Forecasting Doug Bowman Southwest Power Pool Jack McCall Lindsey Manufacturing Co. CIGRE US National Committee 2017
More informationALL INDIA INSTALLED CAPACITY (IN MW) OF POWER STATIONS
Region Northern Region Western Region Southern Region Eastern Region North Eastern Region Islands ALL INDIA Figures at decimal may not tally due to rounding off ALL INDIA INSTALLED CAPACITY (IN MW) OF
More informationUniversity of Jordan Faculty of Engineering & Technology Electric Power Engineering Department
University of Jordan Faculty of Engineering & Technology Electric Power Engineering Department EE471: Electrical Machines-II Tutorial # 2: 3-ph Induction Motor/Generator Question #1 A 100 hp, 60-Hz, three-phase
More informationEE 451 Power System Stability
EE 451 Power System Stability Power system operates in synchronous mode Power system is subjected to a wide range of disturbances (small and large) - Loads and generation changes - Network changes - Faults
More informationCentrifugal Pumps. Problem 1. This is a small project having three parts: Parts (a), (b), and (c).
7 Centrifugal Pumps Problem 1 This is a small project having three parts: Parts (a), (b), and (c). Part (a): Enlist the design parameters and performance parameters of a centrifugal pump. Explain, to the
More informationExercise 2: Power Factor
Power in AC Circuits AC 2 Fundamentals Exercise 2: Power Factor EXERCISE OBJECTIVE When you have completed this exercise, you will be able to determine the power factor of ac circuits by using standard
More informationBusiness Plan for 5-Year MYT Control Period FY to FY Submitted To: Jammu & Kashmir State Electricity Regulatory Commission
FY 2016-17 to FY 2020-21 Business Plan for 5-Year MYT Control Period Submitted To: Jammu & Kashmir State Electricity Regulatory Commission Submitted By: Jammu & Kashmir Power Development Department-Distribution
More informationEIA411 May 1, A Report to the Office of Energy Emergency Operations Department of Energy Under EIA-411
EIA411 May 1, 2006 A Report to the Office of Energy Emergency Operations Department of Energy Under EIA-411 All questions concerning this data should be directed to: Jason Speer Southwest Power Pool 415
More informationMINISTRY OF POWER O/O CHIEF CONTROLLER OF ACCOUNTS SEWA BHAWAN, RK PURAM
MINISTRY OF POWER O/O CHIEF CONTROLLER OF ACCOUNTS SEWA BHAWAN, RK PURAM NEW DELHI-110066 Statement of Receipts and Disbursements/Cash Flow for the year 2017-18 Head/Item Actuals up to COPPY % Variation
More informationSUMMARY REPORT FOR COUNCIL OF MINISTERS ON IMPORTANT DEVELOPMENTS IN POWER SECTOR DURING THE MONTH OF OCTOBER, 2018
SUMMARY REPORT FOR COUNCIL OF MINISTERS ON IMPORTANT DEVELOPMENTS IN POWER SECTOR DURING THE MONTH OF OCTOBER, 2018 1. CAPACITY ADDITION (Generation and Transmission) (i) Thermal capacity 600 MW has been
More informationEE2351 POWER SYSTEM ANALYSIS UNIT I: INTRODUCTION
EE2351 POWER SYSTEM ANALYSIS UNIT I: INTRODUCTION PART: A 1. Define per unit value of an electrical quantity. Write equation for base impedance with respect to 3-phase system. 2. What is bus admittance
More informationCASE No. 33 of In the matter of Determination of Generic Tariff for Renewable Energy for FY
Before the MAHARASHTRA ELECTRICITY REGULATORY COMMISSION 13 th Floor, Centre No.1, World Trade Centre, Cuffe Parade, Mumbai- 400 005 Tel: 22163964/65/69 Fax: 22163976 E-mail: mercindia@merc.gov.in Website:
More informationBirecik Dam & HEPP Downstream River Arrangement R. Naderer, G. Scharler Verbundplan GmbH, 5021 Salzburg, Austria
Birecik Dam & HEPP Downstream River Arrangement R. Naderer, G. Scharler Verbundplan GmbH, 5021 Salzburg, Austria e-mail: scharlerg@verbund.co.at Abstract Birecik Dam & HEPP on the Euphrates river in Turkey
More informationModule 3 : Sequence Components and Fault Analysis
Module 3 : Sequence Components and Fault Analysis Lecture 12 : Sequence Modeling of Power Apparatus Objectives In this lecture we will discuss Per unit calculation and its advantages. Modeling aspects
More informationSOUTHERN REGION POWER SECTOR PROFILE GOVERNMENT OF INDIA MINISTRY OF POWER PROJECT MONITORING CELL NIRMAN BHAVAN NEW DELHI
SOUTHERN REGION POWER SECTOR PROFILE GOVERNMENT OF INDIA MINISTRY OF POWER PROJECT MONITORING CELL NIRMAN BHAVAN NEW DELHI JANUARY 2007 SOUTHERN REGION POWER SECTOR PROFILE TABLE OF CONTENTS Sl. No. Contents
More information765kV Transmission Line for Capacity Enhancement
International Conference on Multidisciplinary Research & Practice P a g e 200 765kV Transmission Line for Capacity Enhancement Abhilash A. Netake #, P. K. Katti * # M. Tech-II(Electrical), *Professor Electrical
More informationTHE UNIVERSITY OF NEW SOUTH WALES. School of Electrical Engineering & Telecommunications FINALEXAMINATION. Session
Name: Student ID: Signature: THE UNIVERSITY OF NEW SOUTH WALES School of Electrical Engineering & Telecommunications FINALEXAMINATION Session 00 ELEC46 Power System Analysis TIME ALLOWED: 3 hours TOTAL
More informationDEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING QUESTION BANK
DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING QUESTION BANK SUBJECT CODE & NAME: EE 2303 - TRANSMISSION & DISTRIBUTION YEAR / SEM: III/V UNIT-I TRANSMISSION SYSTEM INTRODUCTION PART-A 1. What is
More informationMINISTRY OF POWER O/O CHIEF CONTROLLER OF ACCOUNTS SEWA BHAWAN, RK PURAM
MINISTRY OF POWER O/O CHIEF CONTROLLER OF ACCOUNTS SEWA BHAWAN, RK PURAM NEW DELHI-110066 Statement of Receipts and Disbursements/Cash Flow for the year 2017-18 Head/Item Actuals up to COPPY % Variation
More informationIncreasing Transmission Capacities with Dynamic Monitoring Systems
INL/MIS-11-22167 Increasing Transmission Capacities with Dynamic Monitoring Systems Kurt S. Myers Jake P. Gentle www.inl.gov March 22, 2012 Concurrent Cooling Background Project supported with funding
More information1. Explain the various methods of methods of grounding. In power system, grounding or earthing means connecting frame of electrical equipment (non-cur
1. Explain the various methods of methods of grounding. In power system, grounding or earthing means connecting frame of electrical equipment (non-current carrying part) or some electrical part of the
More informationALL INDIA INSTALLED CAPACITY (IN MW) OF POWER STATIONS
Region Northern Region Western Region Southern Region Eastern Region North Eastern Region Islands ALL INDIA Figures at decimal may not tally due to rounding off ALL INDIA INSTALLED CAPACITY (IN MW) OF
More informationNPCIL ISGS. Units Units Capacity in MW Stage-I&II Stage-III Stage- II Stage- II 1&2 3&4 Unit-1. Stage -II
ANNEXURE ( Page 1 of 3) REVISED PERCENTAGE ALLOCATION ( FIRM+UNALLOCATED ) FROM ISGS OF SR w.e.f.26.02.2015 From 18:00 hrs to 22:00 hrs. NTPC NLC NTECL NPCIL ISGS Ramagundam Talcher Simhadri TPS-II @ TPS-
More informationRESULTS OF ON-GRID OPERATION OF SUPERCONDUCTOR DYNAMIC SYNCHRONOUS CONDENSER
1 RESULTS OF ON-GRID OPERATION OF SUPERCONDUCTOR DYNAMIC SYNCHRONOUS CONDENSER Dr. Swarn S. Kalsi, David Madura, and Michael Ross American Superconductor Corporation (USA) Abstract: A high-temperature
More informationInternational Studies about the Grid Integration of Wind Generation
International Studies about the Grid Integration of Wind Generation Dr.-Ing. Markus Pöller/DIgSILENT GmbH Internation Studies About Grid Integration of Wind Generation Grid Integration of Wind Generationin
More informationFACULTY OF ENGINEERING B.E. 4/4 (EEE) II - Semester (Old) Examination, May 2014 Subject : Electrical Power Distribution Engineering (Elective- II)
B.E. 4/4 (EEE) II - Semester (Old) Examination, May 014 Subject : Electrical Power Distribution Engineering (Elective- II) Code No. 649 / O 1 Define Coincidence factor and Diversified factor. (3) Mention
More informationIntroduction to Synchronous. Machines. Kevin Gaughan
Introduction to Synchronous Machines Kevin Gaughan The Synchronous Machine An AC machine (generator or motor) with a stator winding (usually 3 phase) generating a rotating magnetic field and a rotor carrying
More informationAnalysis of factors affecting station capacitor bank switching transients
Scholars' Mine Masters Theses Student Research & Creative Works 1971 Analysis of factors affecting station capacitor bank switching transients M. Davarpanah Follow this and additional works at: http://scholarsmine.mst.edu/masters_theses
More informationELEC Introduction to power and energy systems. The per unit system. Thierry Van Cutsem
ELEC0014 - Introduction to power and energy systems The per unit system Thierry Van Cutsem t.vancutsem@ulg.ac.be www.montefiore.ulg.ac.be/~vct October 2018 1 / 12 Principle The per unit system Principle
More informationTurbine Engineering for Hydropower Plants
Turbine Engineering for Hydropower Plants Prof. François Avellan francois.avellan@epfl.ch Itaipu Power Plant Basic Concepts Scope Turbine Specific Energy Specific Speed Specifications Pelton Turbines Francis
More informationBASIC PRINCIPLES. Power In Single-Phase AC Circuit
BASIC PRINCIPLES Power In Single-Phase AC Circuit Let instantaneous voltage be v(t)=v m cos(ωt+θ v ) Let instantaneous current be i(t)=i m cos(ωt+θ i ) The instantaneous p(t) delivered to the load is p(t)=v(t)i(t)=v
More informationIncorporation of Asynchronous Generators as PQ Model in Load Flow Analysis for Power Systems with Wind Generation
Incorporation of Asynchronous Generators as PQ Model in Load Flow Analysis for Power Systems with Wind Generation James Ranjith Kumar. R, Member, IEEE, Amit Jain, Member, IEEE, Power Systems Division,
More informationWheeling Tariffs FY to FY and. Retail Supply Tariffs
Wheeling Tariffs FY2009-10 to FY2013-14 and Retail Supply Tariffs FY2009-10 Order 20 th March 2009 Andhra Pradesh Electricity Regulatory Commission Singareni Bhavan, Red Hills, Lakdi-Ka-Pool, Hyderabad
More informationEE2351 POWER SYSTEM OPERATION AND CONTROL UNIT I THE POWER SYSTEM AN OVERVIEW AND MODELLING PART A
EE2351 POWER SYSTEM OPERATION AND CONTROL UNIT I THE POWER SYSTEM AN OVERVIEW AND MODELLING PART A 1. What are the advantages of an inter connected system? The advantages of an inter-connected system are
More informationMINISTRY OF POWER O/O CONTROLLER OF ACCOUNTS SEWA BHAWAN, RK PURAM
MINISTRY OF POWER O/O CONTROLLER OF ACCOUNTS SEWA BHAWAN, RK PURAM NEW DELHI-110066 (Rs. In Crores) Statement of Receipts and Disbursements/Cash Flow for the year 2014-15 Head/Item Actuals up to COPPY
More informationCHAPTER 5 ELECTRIC POWER SUPPLY AND SYSTEM LOSSES
CHAPTER 5 ELECTRIC POWER SUPPLY AND SYSTEM LOSSES REVIEW: Central Electricity Authority General Review 2006 CHAPTER 5 ELECTRIC POWER SUPPLY AND SYSTEM LOSSES During the year 2004-05 gross electricity generation
More informationOptimal Capacitor Placement and Sizing on Radial Distribution System by using Fuzzy Expert System
274 Optimal Placement and Sizing on Radial Distribution System by using Fuzzy Expert System T. Ananthapadmanabha, K. Parthasarathy, K.Nagaraju, G.V. Venkatachalam Abstract:--This paper presents a mathematical
More informationEconomic Operation of Power Systems
Economic Operation of Power Systems Section I: Economic Operation Of Power System Economic Distribution of Loads between the Units of a Plant Generating Limits Economic Sharing of Loads between Different
More informationEfficient runner safety assessment during early design phase and root cause analysis
IOP Conference Series: Earth and Environmental Science Efficient runner safety assessment during early design phase and root cause analysis To cite this article: Q W Liang et al 2012 IOP Conf. Ser.: Earth
More informationBrief Steady of Power Factor Improvement
International Journal of Electrical Engineering. ISSN 0974-2158 Volume 6, Number 5 (2013), pp. 531-539 International Research PublicationHouse http://www.irphouse.com Brief Steady of Power Factor Improvement
More informationEnergy Forecasting Customers: Analysing end users requirements Dec 3rd, 2013 Carlos Alberto Castaño, PhD Head of R&D
IT Solutions for Renewables Energy Forecasting Customers: Analysing end users requirements Dec 3rd, 2013 Carlos Alberto Castaño, PhD Head of R&D carlos.castano@gnarum.com I. Who we are II. Customers Profiles
More informationJ. Electrical Systems x-x (2010): x-xx. Regular paper
JBV Subrahmanyam Radhakrishna.C J. Electrical Systems x-x (2010): x-xx Regular paper A novel approach for Optimal Capacitor location and sizing in Unbalanced Radial Distribution Network for loss minimization
More informationCase History - 13: Using Online TEV and Ultrasonic Method
Case History 13: Using Online TEV and Ultrasonic Meod Equipment Under Measurement: 1.6MVA 22kV /4V Dry type Transformer Date of Measurement: 11 June 215 Type of Partial Discharge Measurement: i) Continuous
More informationChapter 9: Transient Stability
Chapter 9: Transient Stability 9.1 Introduction The first electric power system was a dc system built by Edison in 1882. The subsequent power systems that were constructed in the late 19 th century were
More informationHydraulic Turbines. Table 6.1 Parameters of hydraulic turbines. Power P (kw) Speed N (rpm)
6 Hydraulic Turbines Problem 1 There are 10 solved examples and 7 exercise problems (exclude Problems 1, 2, and 10) in this chapter. Prepare a table to mention the values of all the parameters, such as
More informationCASE STUDY NATHPA JHAKRI, INDIA
SEDIMENT MANAGEMENT CASE STUDY NATHPA JHAKRI, INDIA Key project features Name: Nathpa Jhakri Country: India Category: reduce sediment production (watershed management); upstream sediment trapping; bypass
More informationIn the previous chapter, attention was confined
4 4 Principles of Power System CHAPTE CHAPTE 8 Unsymmetrical Fault Calculations 8. Usymmetrical Faults on -Phase System 8. Symmetrical Components Method 8. Operator a 8.4 Symmetrical Components in Terms
More informationForecast Postalised Tariff 2015/ /20. Utility Regulator Explanatory Note. August Introduction
Forecast Postalised Tariff 2015/16 2019/20 Utility Regulator Explanatory Note August 2015 1 Introduction Pursuant to condition 2A.4.3.1 (b) of the Gas Conveyance licences granted to GNI (UK) 1, Premier
More informationTutorial 2: Modelling Transmission
Tutorial 2: Modelling Transmission In our previous example the load and generation were at the same bus. In this tutorial we will see how to model the transmission of power from one bus to another. The
More informationBy David & Debbie Hibbert
By David & Debbie Hibbert Electricity Distribution G AS- F I R E D P O W E R S T A T I O N Electricity Distribution - David & Debbie Hibbert - Electricity is an invisible energy resulting from the existence
More informationElectromagnetic Energy Conversion Exam 98-Elec-A6 Spring 2002
Front Page Electromagnetic Energy Conversion Exam 98-Elec-A6 Spring 2002 Notes: Attempt question 1 and FOUR (4) other questions (FVE (5) questions in all). Unless you indicate otherwise, the first five
More informationINSTITUTE OF AERONAUTICAL ENGINEERING (Autonomous)
INSTITUTE OF AERONAUTICAL ENGINEERING (Autonomous) Dundigal, Hyderabad - 500 043 ELECTRICAL AND ELECTRONICS ENGINEERING QUESTION BANK Course Name : Computer Methods in Power Systems Course Code : A60222
More informationCASE STUDY NATHPA JHAKRI, INDIA
SEDIMENT MANAGEMENT CASE STUDY NATHPA JHAKRI, INDIA Key project features Name: Nathpa Jhakri Country: India Category: reforestation/revegetation; upstream sediment trapping; bypass channel/tunnel; reservoir
More information<Name of Unit of Generating Company> Filing for Quarter (I,II,III,IV) Financial Year Form 1: Generation Summary
FAC Formats - Distribution S.No. Title Reference Supporting document(s) Annexure Formats for Generation 1 Generation Summary F1 2 Energy Charge F2 3 Fuel Cost Details
More information2013 WEATHER NORMALIZATION SURVEY. Industry Practices
2013 WEATHER NORMALIZATION SURVEY Industry Practices FORECASTING SPECIALIZATION Weather Operational Forecasting Short-term Forecasting to support: System Operations and Energy Trading Hourly Load Financial/Budget
More informationHarmonic Modeling of Networks
Harmonic Modeling of Networks Thomas H. Ortmeyer ECE Dept. Clarkson University Potsdam, NY 13699-5720 M. Fayyaz Akram Dept. of Elec. Eng. Univ. of Engineering and Technology Lahore, Pakistan Takashi Hiyama
More informationSuperconducting Fault Current Limiters
Superconducting Fault Current Limiters First Friday Club 1 st April 2011 Gerhard Novak UK Technical Manager Joachim Bock Managing Director, Nexans Superconductors 1 Smart Grid Solutions 2 Fault current
More informationALL INDIA INSTALLED CAPACITY (IN MW) OF POWER STATIONS
Region Northern Region Western Region Southern Region Eastern Region North Eastern Region Islands ALL INDIA Figures at decimal may not tally due to rounding off ALL INDIA INSTALLED CAPACITY (IN MW) OF
More informationHydra Fault Current Limiting HTS Cable to be Installed in the Consolidated Edison Grid
Hydra Fault Current Limiting HTS Cable to be Installed in the Consolidated Edison Grid J. McCall, J. Yuan, D. Folts, N. Henderson, American Superconductor D. Knoll, Southwire M. Gouge, R. Duckworth, J.
More informationELECTRIC POWER CIRCUITS BASIC CONCEPTS AND ANALYSIS
Contents ELEC46 Power ystem Analysis Lecture ELECTRC POWER CRCUT BAC CONCEPT AND ANALY. Circuit analysis. Phasors. Power in single phase circuits 4. Three phase () circuits 5. Power in circuits 6. ingle
More informationMulti Year Tariff Order For Himachal Pradesh State Electricity Board Limited, Generation Business For the period FY to FY
Multi Year Tariff Order For Himachal Pradesh State Electricity Board Limited, Generation Business For the period FY 2014-15 to FY 2018-19 Himachal Pradesh Electricity Regulatory Commission 10 th June 2014
More informationDynamic simulation of a five-bus system
ELEC0047 - Power system dynamics, control and stability Dynamic simulation of a five-bus system Thierry Van Cutsem t.vancutsem@ulg.ac.be www.montefiore.ulg.ac.be/~vct November 2017 1 / 16 System modelling
More informationBattery Energy Storage
Battery Energy Storage Implications for Load Shapes and Forecasting April 28, 2017 TOPICS» What is Energy Storage» Storage Market, Costs, Regulatory Background» Behind the Meter (BTM) Battery Storage Where
More information1/15/ Copyright 2005 by Pearson Education, Inc. Upper Saddle River, New Jersey All rights reserved.
FIGURE 1-1 Gravitational attraction of two masses. f = k m 1m 2 f = the force attracting the two masses r 2 r = radius between centers of mass m 1, m 2 = masses k = universal gravitational constants =
More informationMadison City Schools Budget. FY 2018 Proposed Budget 2nd Public Hearing August 31,
Madison City Schools 2018 Budget FY 2018 Proposed Budget 2nd Public Hearing August 31, 2017 1 Budget Process State mandated process designed to develop a tool for the school system to use in order to provide
More informationLOADS, CUSTOMERS AND REVENUE
EB-00-0 Exhibit K Tab Schedule Page of 0 0 LOADS, CUSTOMERS AND REVENUE The purpose of this evidence is to present the Company s load, customer and distribution revenue forecast for the test year. The
More informationCHAPTER 2 LOAD FLOW ANALYSIS FOR RADIAL DISTRIBUTION SYSTEM
16 CHAPTER 2 LOAD FLOW ANALYSIS FOR RADIAL DISTRIBUTION SYSTEM 2.1 INTRODUCTION Load flow analysis of power system network is used to determine the steady state solution for a given set of bus loading
More informationExperience of Vibration and Noise Measurements of Small Hydro Power Plants
Experience of Vibration and Noise Measurements of Small Hydro Power Plants Arun Kumar 1, B K Gandhi 2, Pradeep Chandra 3* Indian Institute of Technology Roorkee Roorkee -247 667, India 1 & 3* Alternate
More information