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CONTINUOUS POWER - GAS ENGINE SYSTEMS CHP PLANTS - 50 Hz - TA-LUFT

Onsite Energy type CHP type Electrical Output Thermal Output Thermal Output Energy
input		 Methane number  
    kWel kWth kW(°C) total    
GC 119 N5 ME 3066 D 119 198 - 345 ≥70 Modules for natural gas (90/70 °C)
GC 182 N5 ME 3066 L 182 279 - 520 ≥70 Modules for natural gas (90/70 °C)
GC 201 N5 ME 3066 L 201 275 38 (40) 576 ≥70 Modules for natural gas (90/70 °C)
GC 232 N5 ME 3042 D 232 369 - 655 ≥70 Modules for natural gas (90/70 °C)
GC 357 N5 ME 3042 L 357 529 - 987 ≥70 Modules for natural gas (90/70 °C)
GC 385 N5 ME 3042 ZH3 385 604 31 (40) 1138 ≥70 Modules for natural gas (90/70 °C)
GC 386 N5 ME 3042 Z 386 541 28 (40) 1061 ≥70 Modules for natural gas (90/70 °C)
GC 386 N5 ME 3042 Z6 386 489 33 (40) 999 ≥70 Modules for natural gas (90/70 °C)
GC 116 N5 ME 3066 DH 116 198 - 337 ≥70 Modules for natural gas (100/80 °C)
GC 165 N5 ME 3066 LH 165 256 - 479 ≥70 Modules for natural gas (100/80 °C)
GC 227 N5 ME 3042 DH 227 341 - 628 ≥70 Modules for natural gas (100/80 °C)
GC 323 N5 ME 3042 LH 323 485 - 907 ≥70 Modules for natural gas (100/80 °C)
GC 120 B5 MB 3066 L7 120 160 - 334 45-65 % Modules for bio/sewage gas (90/70 °C)
GC 150 B5 MB 3066 L6 150 191 - 402 45-65 % Modules for bio/sewage gas (90/70 °C)
GC 192 B5 MB 3066 L4 192 214 29 (50) 499 45-65 % Modules for bio/sewage gas (90/70 °C)
GC 349 B5 MB 3042 LH5 349 397 62 (50) 947 45-65 % Modules for bio/sewage gas (90/70 °C)
GC 350 B5 MB 3042 L3 350 523 - 1002 45-65 % Modules for bio/sewage gas (90/70 °C)
GC 370 B5 MB 3042 L5 370 426 69 (50) 955≥ 45-65 % Modules for bio/sewage gas (90/70 °C)

CONTINUOUS POWER - GAS ENGINE SYSTEMS GENERATING SETS - 50 Hz - TA-LUFT

Onsite Energy type Genset type Electrical Output Thermal Output Thermal Output Energy
input		 Methane number  
    kWel kWth kW(°C) total    
GR 232 N5 AE 3042 D 232 213 - 655 ≥70 Generating sets
for natural gas
GR 323 N5 AE 3042 LH3 323 261 - 907 ≥70 Generating sets
for natural gas
GR 357 N5 AE 3042 L 357 288 - 987 ≥70 Generating sets
for natural gas
GR 386 N5 AE 3042 L 386 231 80 (40) 1061 ≥70 Generating sets
for natural gas
GR 120 B5 AB 3066 L7 120 80 - 334 45-65 % Generating sets for bio/sewage/landfill gas
GR 150 B5 AB 3066 L6 150 119 - 402 45-65 % Generating sets for bio/sewage/landfill gas
GR 192 B5 AB 3066 L4 192 118 29 (50) 499 45-65 % Generating sets for bio/sewage/landfill gas
GR 349 B5 AB 3042 LH5 349 204 62 (50) 947 45-65 % Generating sets for bio/sewage/landfill gas
GR 370 B5 AB 3042 L5 370 241 69 (50) 955 45-65 % Generating sets for bio/sewage/landfill gas

STANDARD CONDITIONS

Ambient temperature: 25°C
Height above sea level: 100 m
Ambient air pressure: 1000 mbar
Relative humidity: 30 %
Gas specification: See MTU specifications
Emissions class: 500 mg NOx/m3N (related to 5 % O2), other on request.

CONTINUOUS POWER - GAS ENGINE SYSTEMS GENERATING SETS - 50 Hz - TA-LUFT

Onsite Energy type Genset type Electrical Output Thermal Output Thermal Output Energy
input		 Methane number  
    kWel kWth kW(°C) total    
GB 772 N5 AoE 8V 4000 772 410 53 (40) 1869 ≥ 70 Generating sets for natural gas without heat utilisation
GB 1166 N5 AoE 12V 4000 1166 610 71 (40) 2824 ≥ 70 Generating sets for natural gas without heat utilisation
GB 1562 N5 AoE 16V 4000 1562 829 111 (40) 3764 ≥ 70 Generating sets for natural gas without heat utilisation
GB 1948 N5 AoE 20V 4000 1948 1021 134 (40) 4717 ≥ 70 Generating sets for natural gas without heat utilisation
GR 772 N5 AE 8V 4000 772 410 53 (40) 1869 ≥ 70 Generating sets for natural gas incl. heat utilisation
GR 1166 N5 AE 12V 4000 1166 610 71 (40) 2821 ≥ 70 Generating sets for natural gas incl. heat utilisation
GR 1562 N5 AE 16V 4000 1562 829 111 (40) 3745 ≥ 70 Generating sets for natural gas incl. heat utilisation
GR 1948 N5 AE 20V 4000 1948 1021 134 (40) 4717 ≥ 70 Generating sets for natural gas incl. heat utilisation
GR 772 N5 AoE 8V 4000 772 861 53 (40) 1869 ≥ 70 Generating sets for natural gas incl. heat utilisation and exhaust gas heat
GR 1166 N5 AoE 12V 4000 1166 1272 71 (40) 2821 ≥ 70 Generating sets for natural gas incl. heat utilisation and exhaust gas heat
GR 1562 N5 AoE 16V 4000 1562 1700 111 (40) 3745 ≥ 70 Generating sets for natural gas incl. heat utilisation and exhaust gas heat
GR 1948 N5 AoE 20V 4000 1948 2154 134 (40) 4717 ≥ 70 Generating sets for natural gas incl. heat utilisation and exhaust gas heat

STANDARD CONDITIONS

Ambient temperature: 25°C
Height above sea level: 400 m
Ambient air pressure: 1000 mbar
Relative humidity: 30 %
Gas specification: See MTU specifications
Emissions class: 500 mg NOx/m3N (related to 5 % O2), other on request.

CONTINUOUS POWER - GAS TURBINE SYSTEMS - 50 Hz

Onsite Energy type Gas turbine type Power output Emissions  
    kW    
GB 22500 V5C LM2500 22 500 13.BlmSchV  
GB 27000 V5C LM2500 STIG 27 000 13.BlmSchV  
GB 31200 V5C LM2500+ 31 200** 13.BlmSchV  
GB 45000 V5C LM6000* 45 000** 13.BlmSchV  

* Central Europe only
** Various ratings available
STIG = Steam injection for power enhancement (max. 22.7 t/h)

STANDARD CONDITIONS FOR GAS TURBINES

Natural gas fuel ISO-conditions:  
Ambient air pressure: 1013 mbar
Ambient air temperature: 15°C
Inlet/Exhaust pressure drop: 0 mbar
Relative humidity: 60 %

Generator and gear losses considered.

Options:
- Fuels: Different natural gas, liquid fuel, dual fuel
- Water or stream injection for NOx-reduction
- DLE-Version (Dry-low-emissions combustion system) also available

Further technical data upon request.

FUEL CELL - HOTMODULE - COGENERATION/TRIGENERATION

Onsite Energy type Genset type Power output Emissions Gas Type
    kWe CO    
HM 300 N HM300 250 < 10 ppm Natural gas  
HM 400 N HM320 363 < 30 ppm Natural gas  
HM 300 B HM300 250 < 10 ppm Bio gas  
HM 400 B HM320 363 < 30 ppm Bio gas  
HM 300 S HM300 250 < 10 ppm Sewage gas  
HM 400 S HM320 363 < 30 ppm Sewage gas  
HM 300 M HM300 250 < 10 ppm Methanol  
HM 400 M HM320 363 < 30 ppm Methanol  

Description:
The fuel cell works at about 650 degrees Celcius and apart from power also provides useful heat at a temperature of about 400 degrees Celcius. This heat turns the Hotmodule into an interesting, decentralised small power station.