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Deutz, TCG 2016, 2002, 2.3 MW Gas Generator Plant, 50 Hz

Description

  1. Overview
    1. Two Deutz V16 gas generators, built in 2007, with 24,300 operating hours each.
    2. One Deutz V12 gas generator, built in 2002, with 53,000 operating hours.
    3. Plant has an angegebeneleistung of 2.3 MW.
    4. Plant was operated with natural gas.
    5. Width information see annex.
  2. Technical Data 50 Hz
    1. Natural gas applications: nox ≤ 500 mg/nm3 (2) dry exhaust manifolds.
    2. Biogas applications: nox ≤ 500 mg/nm3 (2) minimum heating value (LHV) hu = 5.0 kwh/nm3.
    3. Sewage gas (65 % ch4 / 35 % co2) dry exhaust manifolds.
    4. Biogas (60 % ch4 / 32 % co2, rest n2).
    5. Landfill gas (50 % ch4 / 27 % co2, rest n2).
    6. Engine type TCG 2016 V08 C: electrical power 3) 400 kW, mean effective pressure 19.0 bar, thermal output 4) ±8 % 427 kW, electrical efficiency 3) 42.3 %, thermal efficiency 3) 45.2 %, total efficiency 3) 87.5 %.
    7. Engine type TCG 2016 V12 C: electrical power 3) 600 kW, mean effective pressure 18.9 bar, thermal output 4) ±8 % 654 kW, electrical efficiency 3) 42.0 %, thermal efficiency 3) 45.8 %, total efficiency 3) 87.8 %.
    8. Engine type TCG 2016 V16 C: electrical power 3) 800 kW, mean effective pressure 18.9 bar, thermal output 4) ±8 % 854 kW, electrical efficiency 3) 42.5 %, thermal efficiency 3) 45.3 %, total efficiency 3) 87.8 %.
    9. Engine type TCG 2016 V08 C: electrical power 5) 400 kW, mean effective pressure 19.0 bar, thermal output 4) ±8 % 394 kW, electrical efficiency 5) 42.8 %, thermal efficiency 5) 42.1 %, total efficiency 5) 84.9 %.
    10. Engine type TCG 2016 V12 C: electrical power 5) 600 kW, mean effective pressure 18.9 bar, thermal output 4) ±8 % 595 kW, electrical efficiency 5) 42.7 %, thermal efficiency 5) 42.3 %, total efficiency 5) 85.0 %.
    11. Engine type TCG 2016 V16 C: electrical power 5) 800 kW, mean effective pressure 18.9 bar, thermal output 4) ±8 % 790 kW, electrical efficiency 5) 42.8 %, thermal efficiency 5) 42.3 %, total efficiency 5) 85.1 %.
    12. Engine type TCG 2016 V08 C: bore/stroke 132/160 mm, displacement 17.5 dm3, speed 1500 min-1, mean piston speed 8.0 m/s, length 1) 3090 mm, width 1) 1490 mm, height 1) 2190 mm, dry weight genset 5340 kg.
    13. Engine type TCG 2016 V12 C: bore/stroke 132/160 mm, displacement 26.3 dm3, speed 1500 min-1, mean piston speed 8.0 m/s, length 1) 3690 mm, width 1) 1490 mm, height 1) 2190 mm, dry weight genset 7000 kg.
    14. Engine type TCG 2016 V16 C: bore/stroke 132/160 mm, displacement 35.0 dm3, speed 1500 min-1, mean piston speed 8.0 m/s, length 1) 4090 mm, width 1) 1590 mm, height 1) 2190 mm, dry weight genset 8450 kg.
    15. 1) Transport dimensions for gensets; components set up separately must be taken into consideration.
    16. 2) Nox emissions: nox ≤ 0.5 g no2/nm3 dry exhaust gas at 5 % o2.
    17. 3) According to ISO 3046/1 at voltage = 0.4 kv, cosphi = 1 for 50 hz, and a methane number of mn 70.
    18. 4) Cooling of the exhaust gases to 120 °c for natural gas and 150 °c for biogas.
    19. 5) According to ISO 3046/1 at voltage = 0.4 kv, cosphi = 1 for 50 hz.
  3. Technical Data 60 Hz
    1. Natural gas applications: nox ≤ 500 mg/nm3 (2) dry exhaust manifolds.
    2. Biogas applications: nox ≤ 500 mg/nm3 (2) minimum heating value (LHV) hu = 5.0 kwh/nm3.
    3. Sewage gas (65 % ch4 / 35 % co2) dry exhaust manifolds.
    4. Biogas (60 % ch4 / 32 % co2, rest n2).
    5. Landfill gas (50 % ch4 / 27 % co2, rest n2).
    6. Engine type TCG 2016 V08 C: electrical power 3) 400 kW, mean effective pressure 15.8 bar, thermal output 4) ±8 % 445 kW, electrical efficiency 3) 41.4 %, thermal efficiency 3) 46.0 %, total efficiency 3) 87.4 %.
    7. Engine type TCG 2016 V12 C: electrical power 3) 600 kW, mean effective pressure 15.7 bar, thermal output 4) ±8 % 675 kW, electrical efficiency 3) 41.3 %, thermal efficiency 3) 46.5 %, total efficiency 3) 87.8 %.
    8. Engine type TCG 2016 V16 C: electrical power 3) 800 kW, mean effective pressure 15.7 bar, thermal output 4) ±8 % 886 kW, electrical efficiency 3) 41.6 %, thermal efficiency 3) 46.3 %, total efficiency 3) 87.9 %.
    9. Engine type TCG 2016 V08 C: electrical power 5) 400 kW, mean effective pressure 15.8 bar, thermal output 4) ±8 % 416 kW, electrical efficiency 5) 41.6 %, thermal efficiency 5) 43.2 %, total efficiency 5) 84.8 %.
    10. Engine type TCG 2016 V12 C: electrical power 5) 600 kW, mean effective pressure 15.7 bar, thermal output 4) ±8 % 634 kW, electrical efficiency 5) 41.4 %, thermal efficiency 5) 43.7 %, total efficiency 5) 85.1 %.
    11. Engine type TCG 2016 V16 C: electrical power 5) 800 kW, mean effective pressure 15.7 bar, thermal output 4) ±8 % 829 kW, electrical efficiency 5) 41.7 %, thermal efficiency 5) 43.3 %, total efficiency 5) 85.0 %.
    12. Engine type TCG 2016 V08 C: bore/stroke 132/160 mm, displacement 17.5 dm3, speed 1800 min-1, mean piston speed 9.6 m/s, length 1) 3170 mm, width 1) 1490 mm, height 1) 2190 mm, dry weight genset 5120 kg.
    13. Engine type TCG 2016 V12 C: bore/stroke 132/160 mm, displacement 26.3 dm3, speed 1800 min-1, mean piston speed 9.6 m/s, length 1) 3770 mm, width 1) 1490 mm, height 1) 2190 mm, dry weight genset 6260 kg.
    14. Engine type TCG 2016 V16 C: bore/stroke 132/160 mm, displacement 35.0 dm3, speed 1800 min-1, mean piston speed 9.6 m/s, length 1) 4130 mm, width 1) 1490 mm, height 1) 2190 mm, dry weight genset 6780 kg.
    15. 1) Transport dimensions for gensets; components set up separately must be taken into consideration.
    16. 2) Nox emissions: nox ≤ 0.5 g no2/nm3 dry exhaust gas at 5 % o2.
    17. 3) According to ISO 3046/1 at voltage = 0.48 kv, cosphi = 1 for 60 hz, and a methane number of mn 70.
    18. 4) Cooling of the exhaust gases to 120 °c for natural gas and 150 °c for biogas.
    19. 5) According to ISO 3046/1 at voltage = 0.48 kv, cosphi = 1 for 60 hz.
  4. Additional Notes
    1. Specifications for special gases and two-gas operation on request.
    2. The figures in these data sheets are for information purposes only and are not binding.
    3. The information given in the offer is decisive.