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Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions
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Grid Interconnection – Wind Turbine Penetration into KESC - Requirements, Issues and Solutions

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Grid Interconnection – Wind Turbine Penetration into KESC

Grid Interconnection – Wind Turbine Penetration into KESC

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  • 1. Grid Interconnection – Wind Turbine Penetration into KESC Requirements, Issues and Solutions ABDUL HASEEB SIDDIQI EE-14
  • 2. Profile-Abdul Haseeb • Graduation- Electrical 2008 • Electrical Engineer-Ipek Energi-2009 • Junior Design Engineer- S Mehboob 2009 • Assistant Manager-Grid Maintenance-KESC 2012 • Senior Project Engineer-Schneider Electric-XXXX hasboo86@gmail.com
  • 3. Alta Wind Energy Center, California Largest Wint Farm 1320MW Enercon-E126-7.5MW, Largest Wind turbine
  • 4. PAKISTANI MARKET Two projects out of 50-60GW potential; Zorlu Energi 56.4MW & Fauji Fertilizer Company Energy Limited 49.5MW - Jhampir, Sindh. 14.66cents/KWhr || to 2-3 cents/KWhr generation costs.
  • 5. Minimum wind velocity (cutin speed) of 3-5 m/s Nameplate capacity at 12-14 m/s. Exceeding 25 m/s (cut-off speed) the turbine is blocked
  • 6. 1. Blade 2. blade support 3. Pitch angle actuator 4. hub 5. spinner 6. main support 7. main shaft 8. aircraft warning lights 9. gearbox 10. mechanical brakes 11. hydraulic cooling devices 12. generator 13. power converter 14. Anemometers 15. transformer 16. frame of the nacelle 17. supporting tower 18. yaw driving device
  • 7. • Number of blades (commonly two or three) • Rotor orientation (upwind or downwind of tower) • Blade material, construction method, and profile • Hub design: rigid, teetering or hinged • Power control via aerodynamic control (stall control) or variable-pitch blades (pitch control); • Fixed or variable rotor speed • Orientation by self-aligning action (free yaw) or direct control (active yaw) • Synchronous or asynchronous generator (with squirrel-cage rotor or wound rotor - Doubly Fed Induction Generator (DFIG) with gearbox or direct drive generator. DESIGN CONSIDERATIONS
  • 8. INSTALLATION OPTIONS • OFF SHORE - Sea bed for up to 40 m from sea floor while for 50m floating turbines are used. • ON SHORE -
  • 9. Country Name of Company Market share Delivery 2011 in MW Totally installed power in GW Denmark Vestas 12.7% 5,217 50 China Sinovel 9.0% 3,700 13 [3] China Goldwind 8.7% [4] Spain Gamesa 8.0% 3,308 24 Germany Enercon 7.8% 3,203 24 United States GE Energy 7.7% 3,170 India Suzlon Group 7.6% 3,116 20 China Guodian United Power 7.4% 3,042 Germany Siemens Wind Power 6.3% 2,591 6.7 China Ming Yang 3.6% 1,500 WIND TURBINE MANUFACTURERS
  • 10. INTERCONNECTION ISSUES AND REQUIREMENTS •Limitation of the generated disturbance •Gradual insertion of the power to be injected into the network •Immunity from voltage reductions •Control of the active/Reactive power
  • 11. WHEN TURBINE CAN BE DISCONNECTED
  • 12. SOLUTIONS- ABB STATCOM
  • 13. KESC INTERCONNECTION-DHABEJI GRID
  • 14. Kesc Network
  • 15. KESC NETWORK
  • 16. LOAD ON DHABEJI-03-05-13 0 20 40 60 80 100 120 140 160 180 200 BOC Gharo Pakland Amreli Trafo 1 Trafo 2 3/5/2013 2/5/20132 Source : KESC
  • 17. FUTURE ?????
  • 18. THANK YOU

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