we got a secret!

17
We’ve Got a Secret!

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Post on 17-Jan-2015

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  • 1. Weve Got a Secret!

2. Heres a hint 3.

  • INTRODUCING . . .
  • Energy Solutions Business Capabilities
  • from
  • Cummins Power Generation

4. What Are We Talking About? Energy Solutions Business Capabilities!

  • Lean-burn natural gas gensets
  • Low BTU gas gensets
  • Waste-to-energy solutions
  • Projects ranging from 300 kW to 30 MW
  • Combined heat and power (CHP)
  • Peaking power
  • Remote prime power
  • Complete power plant project capability
  • Standby systems

5. Generator Sets 60 Hz RatingModelEfficiencyEmissions 334 kW QSK19 35% 1.2g NOx 1000/1100 kW QSK60 42.5% 0.5g NOx(high efficiency) 1400 kW QSK60 37%1.0g NOx 1250 kW QSV91 37%1.0g NOx 1540 kW QSV91 37%1.0g Nox(low MN) 1750 kW QSV91 38.5%1.0g NOx (available in low BTU) 2000 kW QSV91 40% 0.5g NOx(high-efficiency,low BTU) 6. Generator Sets 50 Hz RatingModel Efficiency Emissions 315 kW QSK19 35% 500 mg/Nm 3 995 kW QSK60 40% 250 mg/Nm 3 1200 kW QSK60 41%250 mg/Nm 3 1160 kW QSV60 39%350 mg/Nm 3 1400 kW QSV60 42%250 mg/Nm 3 1540 kW QSV60 38%350 mg/Nm 3 1750 kW QSV91 39% 350 mg/Nm 3 2000 kW QSV91 41% 250 mg/Nm 3 7. Fuels

  • Pipeline gas (approx 950 BTU/ft 3 )
  • Landfill gas (approx 450 BTU/ft 3 )
  • Sewage digester gas (approx 600 BTU/ft 3 )
  • Bio-gases (approx 200 BTU/ft 3 , higher hydrogen content)
  • Wellhead (associated) gas (800 BTU/ft 3plus low MN)

8. 315 kW 50 Hz and 334 kW 60 Hzwith QSK19G Engine

  • Applications
  • Island mode or grid parallel
  • CHP systems
  • Performance
  • 3234% efficiency
  • 12 g/hp-hr
  • (5001000 mg/Nm 3NOx)
  • Pipeline natural gas

9. 1160 kW 50 Hz and 1400 kW 60 Hzwith QSK60G Engine

  • Applications
  • Island mode or grid parallel
  • Suitable for standby with
  • separate black start
  • Performance
  • 3739% electrical efficiency
  • 0.71.2 g/hp-hr NOx
  • (350500 mg/Nm 3NOx)
  • Pipeline natural gas

10. 1540 kW 50 Hz and 60 Hz with QSV91G Engine

  • Performance
  • 0.71.2 g/hp-hr Nox
  • (350500 mg/Nm 3NOx)
  • Electrical efficiency up to 38%
  • Pipeline natural gas
  • Associated gas methane
  • number as low as 40
  • Applications
  • Island mode or grid parallel
  • Oil and gas markets

11. 1750 kW 50 Hz and 60 Hz with QSV91G Engine

  • Performance
  • 0.7-1.2 g/hp-hr NOx
  • (350-500 mg/Nm 3NOx)
  • Electrical efficiency up to 39%
  • Pipeline natural gas
  • Low BTU fuel
  • Applications
  • Island mode or grid parallel
  • Landfills and digesters

12. 1100 kW 60 Hz and 1400 kW 50 HzHigh Efficiencywith QSK60G Engine

  • Applications
  • CHP systems
  • Grid parallel
  • Moderate altitude/temperature
  • Performance
  • Efficiency up to 42%
  • 0.51.2 g/hp-hr NOx
  • (250500 mg/Nm 3NOx)
  • Pipeline gas
  • Most efficient genset Cummins
  • offers

13. 2000 kW High Efficiency 50 Hz and 60 Hzwith QSV91G Engine

  • Performance
  • Efficiency up to 40%
  • 0.51.2 g/hp-hr NOx
  • (250-500 mg/Nm 3NOx)
  • Pipeline gas and low BTU gas
  • Applications
  • CHP systems
  • Grid parallel
  • Moderate altitude/temperature

14. Applications:

    • Utilities / electric co-ops
    • Manufacturing / logistics facilities
    • Greenhouses
    • Waste water treatment plants
    • Military / civil services
    • Landfill waste-to-energy
    • Institutional: prisons, hospitals, schools
    • Commercial: hotels, resorts
    • Oil and gas drillers

15. Why Cummins Energy Solutions Business?

  • Fully integrated solution
  • Single point of contact for design, specification, installation and commissioning; power guarantees
  • Project accountability
  • Defined project scope and timeline
  • On-time delivery
  • Product reliability
  • Operations and maintenance
  • Customer service and support
  • Distribution network
  • Warranty

16. Cogeneration Case History De Breuck Greenhouses, Belgium The Project Provide power, heat and CO 2production for 27,000 sq/ft tomato greenhouse, meeting stringent emissions standardsOUR SOLUTION 1.5 MW lean-burn generator set The Outcome Energy efficiency 90% Energy savings 25% Project payback 3.5 years 17. Cogeneration Case History Tennessee Valley Authority (TVA) The Project Supply TVA with economical peaking power, both by supplementing TVA peak generating capacity and reducing load on the grid The Outcome Exceptionally fuel efficient, clean-burning units caused Tenn. Dept. of Environment and Conservation to permit plant operation up to 1,200 hours/year OUR SOLUTION Twelve 1750 kW lean-burn gas engine generators