Power sector mis
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Power sector mis

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Power sector mis Power sector mis Presentation Transcript

  • Power Sector Group -1 Anima Roy N-11 J.K. Vashishth N-29 Kapeesh Rastogi N-31 Kavita Sharma N-33 Kinshook Chaturvedi N-35 Mayank Swami N-42 Nitin Marjara N-47 Zia Al Nasir Khan N-86
  • Power Sector
    • Generation
    • Transmission
    • Distribution
  • 24 X 7 Service Delivery Politically Sensitive Theft Prone Privatization acting as a barrier to the “ Free Lunch” Generation Power Sourcing Transmission TRANSCO – 220/66 kV Grid Station (G/Stn.) Xpresss Consumer NDPL – 66/11 kV G/Stn. NDPL – 11kV/ 220V DT CGHS (HCB Consumers) NDPL – 66/11 kV G/Stn. 66/33 kV G/Stn. HRB / HCB Consumers NDPL – 11kV/ 220 V 11kV/ 440 V DT KCG Consumer NDPL – 11kV / 440V DT HVDS Network 11 kV / 440 / 220 V NDPL – 33/11 kV G/Stn. NDPL – 11kV/ 220 V Distribution Transformer JJ Clusters - LT ABC Network Distribution HRB / HCB Consumers View slide
  • Power Generation
    • India has fifth largest power generation capacity in the world.
    • Installed capacity of 162 GW (about 4% of global power generation).
    • Per capita consumption 704 kWh (world average at 2300 kWh)
    • 11 th plan target of 1000 kWh per capita consumption requires additional 100 GW power generation by 2012.
    View slide
  • Power Transmission
    • The current installed transmission facility is only 13% of total installed capacity.
    • Ministry of power plans to establish integrated National Power Grid by 2012 with 200,000 MW power generation and 37,700 MW (additional 20,750 MW planned during 11 th plan) inter-regional power transfer capacity.
  • Power Distribution
    • Transmission & Distribution losses stand at 33% substantially higher than global benchmarks.
    • Reforms have been undertaken through unbundling State Electricity Boards into separate power generation, transmission & distribution units.
    • Privatization of power distribution initiated through outright privatization or franchisee route.
  • Power Distribution continued
    • While there has been slow and gradual improvement in metering, billing & collection efficiency, the current losses still pose a significant challenge for power distribution companies.
  • Generation History
    • Full scale asset management & mapping
    • Predictive, preventive and routine maintenance management
    • Work order generation, activity scheduling.
    • Open system platform and database management
    • Enterprise-wise documentation management
    • Manual logging of Data
    • Huge Man power deployment.
    • Vast count of instruments and data.
    • Persons expertise required to run the machines.
  • Generation History Cont….
    • Manual follow up for running equipment in sequence.
    • No automatic alarm generation in case of fault.
    • No analysis provision available in the case of fault.
    • Auto staring of stand by equipment in case of failure of one is not possible.
    • Remote monitoring and control not available.
  • ABB Automation System in power Plant
  • Gross Generation 2004-05 Hydro 84497 GWh Nuclear 16638 GWh Thermal and Wind 486031 GWh No. Villages electrified 498286 Length of Transmission & Distristribution lines 6497727 Circuit km. Per Capita consumption 606.2 kWh Loss-- Transmission, Distribution,  Transformation and Unaccounted energy 32.15%
  • TRANSMISSION NETWORK
  •  
  •  
  •  
  • Transmission History
    • Analog meters need logging of data by persons.
    • Controlling of over drawl by utilities is not possible.
    • Lot of time is required to collect and summerise data for transmission lines running in 100’s of KM.
    • No Grid discipline.
    • Localised operation was possible.
    • Quality parameters( Voltage, frequency andPF) monitoring was missing
    • Non availability of monitoring system was one of the reason for not connecting different regional grids.
  • SCADA SUPERVISORY CONTROL AND DATA ACQUISITION
    • Was introduced in 2002
    • As the name SCADA ( Supervisory Control and Data Acquisition) implies its functions are two fold:
    • Scans the monitored system, obtaining and deriving data about the state and operating behavior of devices
    • &
    • Provides the capability to send control signal out to those devices to modify their operation
  • AVAILABILITY BASED TARIFF
    • Intra-state ABT is a techno-economic tool for bringing rational tariff structure for supply of electricity from State generators to the distribution Licensees.
    • It is a mechanism for enforcing discipline in the Grid.
  • Benefits of Intra – State ABT
    • a) Benefits to the Power System
    • Brings about grid discipline by maintaining frequency in prescribed band (49.5 to 50.5 Hz).
    • Ensures optimum utilization of available generation capacities.
    • Enhances opportunities for Open access, and Trading of electricity.
    • Scope for encouraging competition among generators.
  • SCHEDULING
    • Following processes of Scheduling has been automatized:
    • Declared Capacity (Input)
    • Entitlement Generation
    • Discom’s requirement (Input)
    • Open Access Transactions
    • Inter Discom Transfer (Output)
    • Drawl Schedule Generation
    • Injections Schedule Generation
    • Unrequisitioned surplus Generation
    • Schedule generation on the basis of generation back-down.
    • Printouts of the schedules on the intranet portal of SLDC.
    • Automatic uploading of schedules on SLDC website on the lines of WRLDC.
    • Automatic calculation of Inter-discom Transfer of surplus power.
  • Distribution History
    • Power cuts
      • Poor network.
      • Long distribution lines.
      • Outdated equipment.
      • No Preventive maintenance
    • No power in most of the villages even cities face the same problem.
      • Low level of Generation
      • Lack of Transmission network.
      • Power to all by 2012.
    • Loss level of Rs 26000 Crore.
    • National Level of Loss 55%.
    • High T&D Losses.
    • No MIS Generation.
  • Distribution History
    • Commercial losses.
      • Theft of Electricity
      • Non Payment of Bills
      • Faulty meters
      • No proper reading of meters
      • Long processing time for Bills
      • Manual bill preparation for energy consumed.
      • No tracking of non payments.
      • Loop poles in the billing system and high level of erroneous bills.
      • Free power to vote banks.
    • No asset management
    • No balance sheets.
    • IT implementation in piece meal basis.
    • Core business operation having no IT implementation.
  • Parameters for Monitoring
    • Revenue Enhancement
    • Cost Reduction
    • Shorten consumption to collection time
    • Outage time / PLF
    • Units Generated
    • Quality
      • Stable Voltage and Frequency.
      • Enhanced customer Experience.
    • Loss level monitoring( Energy Audit)
    • Best In Class Companies
    • Generation
      • Ontario Power Generation
      • National Thermal Power Corporation
    • Transmission
      • Power Grid Corporation
    • Distribution
      • Baltimore Gas and Electric Company
      • Torrent Power
  • Generation: Ontario Power Generation
    • OPG's generating portfolio has a total capacity of over 21,000 megawatts (MW)Operates 65 hydroelectric, 5 thermal, 3 nuclear power stations
    • 2009 generation mix consisted of 51% nuclear, 39% hydroelectric and 10% thermal electricity
    • Nuclear Fleet
    • (i) Generating Capacity :- 6606 MW
    • (ii) 2009 Output :- 46.8 TWh
    • (iii) Currently generating :- 5167 MW
    • Hydroelectric Fleet
    • (i) Generating Capacity :- 6963 MW
    • (ii) 2009 Output :- 36.2 TWh
    • (iii) Currently generating :- 2042 MW
    • Thermal Fleet
    • (i) Generating Capacity :- 8177 MW
    • (ii) 2009 Output :- 9.5 TWh
    • (iii) Currently generating :- 3424 MW
    • Throughout 2009, the availability of our hydroelectric stations remained at consistently high levels, finishing the year at 94.8 per cent.
    • The nuclear stations achieved a capability factor of 84.0 per cent in 2009
  • Generation: National Thermal Power Corporation
    • Installed Capacity - 28840 MW
    • Generation - 218840 Mus
    • PLF - 90.81 %
    • Availability Factor - 91.76 %
  • Transmission: Power Grid Corporation of India Ltd.
    • POWERGRID, the Central Transmission Utility (CTU) of the country, is responsible for providing matching transmission network for generation capacity programme under Central Sector, implementation of various system strengthening schemes, load dispatch & communication schemes and inter-regional link s
    • Company Performance (figure in crores)
    • Turn over : 4082 ( 66% Growth )
    • Net Profit : 1229 ( 78% Growth)
    • Gross Asset Base : 29015 (111% Growth)
    • Net Worth : 10668 ( 58% Growth)
  • Distribution: Baltimore Gas & Electric Supply Co.
    • For nearly 200 years, the Baltimore Gas and Electric Company (BGE) has met the energy needs of central Maryland.
    •   Customer Base is spread across approximately 2,300 sq. miles, including Baltimore City and all or part of 8 Maryland counties in central Maryland
    • More than 1.2 million electric customers
    • Residential - approximately 1.1 million
    • Commercial and Industrial - approximately 122,100
    • Total Revenue : $2,680 million (63% Residential, 22% Commercial, 2% Industrial)
    • Average use per residential customer: 13,020 kWh annually
  • Distribution: Torrent Power
    • Torrent Power distributes over 10 billion units of power to annually Ahmedabad, Gandhinagar and Surat – the industrial and commercial hubs of Gujarat.
    •   Over 1.9 million customers spread over an area of 408 Sq Kms in these cities are served
    • AT&C Loss level :
    • Torrent Power Ahmedabad : 8.9% (FY 2008-2009)
    • Torrent Power Surat : 7% (FY 2008-2009)
  • Thanks