50 Hz natural gas cogeneration – standard emissions NOx < 500 mg/m3 @ 5% O2
| CHP Type | MAN engine | Electr. power (kW) | Thermal power (kW) | Therm. power max * (kW) | Fuel input (kW) | El. efficiency (%) |
|---|---|---|---|---|---|---|
| MGM 50 | E 0834 E302 | 50 | 79 | 84 | 148 | 33,8 % |
| MGM 65 | E 0834 LE302 | 64 | 95 | 104 | 177 | 36,2 % |
| MGM 70 | E 0836 E302 | 70 | 108 | 114 | 204 | 34,3 % |
| MGM 90 | E 0836 LE302 | 90 | 124 | 136 | 244 | 36,9 % |
| MGM 100 | E 0836 LE302 | 99 | 132 | 145 | 264 | 37,5 % |
| MGM 105 | E 0836 LE302 | 105 | 138 | 153 | 278 | 37,8 % |
| MGM 130 | E 2676 E302 | 130 | 184 | 195 | 350 | 37,1 % |
| MGM 180 | E 2876 LE302 | 180 | 227 | 250 | 484 | 37,2 % |
| MGM 200 | E 2676 LE202 | 200 | 236 | 262 | 505 | 39,6 % |
| MGM 260 | E 3262 E302 | 260 | 364 | 385 | 684 | 38,0 % |
| MGM 310 | E 3268 LE242 | 308 | 363 | 400 | 767 | 40,2 % |
| MGM 350 | E 3268 LE 212 | 350 | 416 | 458 | 876 | 40,0 % |
| MGM 430 | E 3262 LE 232 | 434 | 514 | 565 | 1090 | 39,8 % |
| MGM 500 | E 3262 LE202 | 500 | 573 | 630 | 1246 | 40,1 % |
* Maximal thermal power output when using low and high temperature heat including two stage EGHE
50 Hz natural gas cogeneration – lower emissions NOx < 250 mg/m3 @ 5% O2
| CHP Type | MAN engine | Electr. power (kW) | Thermal power (kW) | Therm. power max * (kW) | Fuel input (kW) | El. efficiency (%) |
|---|---|---|---|---|---|---|
| MGM 200 LE | E 2676 LE202 | 200 | 258 | 283 | 527 | 38,0 % |
| MGM 310 LE | E 3268 LE242 | 308 | 405 | 446 | 816 | 37,7 % |
| MGM 350 LE | E 3268 LE212 | 330 | 423 | 466 | 875 | 37,7 % |
| MGM 430 LE | E 3262 LE232 | 434 | 552 | 607 | 1169 | 37,1 % |
| MGM 500 LE | E 3262 LE202 | 500 | 596 | 655 | 1276 | 39,2 % |
* Maximal thermal power output when using low and high temperature heat including two stage EGHE
50 Hz natural gas cogeneration – low emissions NOx < 100 mg/m3 @ 5% O2
| CHP Type | MAN engine | Electr. power (kW) | Thermal power (kW) | Therm. power max * (kW) | Fuel input (kW) | El. efficiency (%) |
|---|---|---|---|---|---|---|
| MGM 50C | E 0834 E302 | 50 | 79 | 84 | 148 | 33,8 % |
| MGM 70C | E 0836 E302 | 70 | 108 | 114 | 204 | 34,3 % |
| MGM 130C | E 2676 E302 | 130 | 184 | 195 | 350 | 37,1 % |
| MGM 260C | E 3262 E302 | 260 | 364 | 385 | 684 | 38,0 % |
* Maximal thermal power output when using low and high temperature heat including two stage EGHE
Rolls Royce MTU CHP units 800 – 2500 kW
CHP natural gas – emission NOx < 250 mg/m3 @ 5% O2
| CHP Type | MTU Engine | Electrical Power (kW) | Thermal Power (kW) | Therm. Power max * (kW) | Fuel Input (kW) | El. Efficiency (%) |
|---|---|---|---|---|---|---|
| MTU 854 LE | 8V 4000 GS | 854 | 980 | * | 2051 | 41,6 % |
| MTU 999 LE | 8V 4000 GS | 999 | 1040 | * | 2358 | 42,4 % |
| MTU 1500 LE | 12V 4000 GS | 1521 | 1626 | * | 3535 | 43,0 % |
| MTU 2000 LE | 16V 4000 GS | 2028 | 2055 | * | 4574 | 44,3 % |
| MTU 2500 LE | 20V 4000 GS | 2530 | 2684 | * | 5748 | 44,1 % |
* Maximal thermal output with an secondary EGHE stage – on request
