50 Hz natural gas cogeneration – standard emissions NOx < 500 mg/m3 @ 5% O2

CHP TypeMAN engineElectr. power (kW)Thermal power (kW)Therm. power max * (kW)Fuel input (kW)El. efficiency (%)
MGM 50E 0834 E30250798414833,8 %
MGM 65E 0834 LE302649510417736,2 %
MGM 70E 0836 E3027010811420434,3 %
MGM 90E 0836 LE3029012413624436,9 %
MGM 100E 0836 LE3029913214526437,5 %
MGM 105E 0836 LE30210513815327837,8 %
MGM 130E 2676 E30213018419535037,1 %
MGM 180E 2876 LE30218022725048437,2 %
MGM 200E 2676 LE20220023626250539,6 %
MGM 260E 3262 E30226036438568438,0 %
MGM 310E 3268 LE24230836340076740,2 %
MGM 350E 3268 LE 21235041645887640,0 %
MGM 430E 3262 LE 232434514565109039,8 %
MGM 500E 3262 LE202500573630124640,1 %

* 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 TypeMAN engineElectr. power (kW)Thermal power (kW)Therm. power max * (kW)Fuel input (kW)El. efficiency (%)
MGM 200 LEE 2676 LE20220025828352738,0 %
MGM 310 LEE 3268 LE24230840544681637,7 %
MGM 350 LEE 3268 LE21233042346687537,7 %
MGM 430 LEE 3262 LE232434552607116937,1 %
MGM 500 LEE 3262 LE202500596655127639,2 %

* 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 TypeMAN engineElectr. power (kW)Thermal power (kW)Therm. power max * (kW)Fuel input (kW)El. efficiency (%)
MGM 50CE 0834 E30250798414833,8 %
MGM 70CE 0836 E3027010811420434,3 %
MGM 130CE 2676 E30213018419535037,1 %
MGM 260CE 3262 E30226036438568438,0 %

* Maximal thermal power output when using low and high temperature heat including two stage EGHE

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