Introducing the 1200 Series: Power and Efficiency Redefined    

Economical and Efficient Performance

 Exceptional Efficiency: Achieves up to 41.9% efficiency with a total energy utilization rate exceeding 87.4%.

 High Reliability: Operates for over 8,000 hours annually, reducing downtime and maximizing productivity.

 Cost-Effective Maintenance: Extended overhaul intervals and lower lubricating oil consumption reduce operational costs.

 Eco-Friendly: Low emissions support both economic benefits and environmental responsibility.    

Adaptable to Diverse Gas Concentrations

 Electronic Control Mixing: Advanced technology for precise management of combustion conditions.

 Optimized Air-Fuel Ratio: Enhances efficiency across varying gas compositions.

 Dual Gas and Air Regulation: Accommodates significant concentration fluctuations.

 Rapid Response & Reliability: Ensures consistent performance and quick adjustment    

Designed for High Reliability 

 Low Flow Resistance: Efficient intake channel for optimal operation.

 Wide Gas Compatibility: Handles gas with a minimum methane concentration of 8%.

 Industrial-Grade ECU: Ensures stable output power and reliable performance.    

Suitable for Low Calorific Value Gases

 Advanced Analysis: Uses finite element analysis for efficient operation across varying gas qualities.

 High-Speed Design: Ensures stable and reliable performance.

 Reduced Exhaust Temperatures: Minimizes wear on pistons, valves, and superchargers.

 Enhanced Control Reliability: Features strong and weak electric separation in a compact structure.

Note: Factors such as gas quality, air pressure, calorific value, operating environment, and personnel operation level will affect the final output of the unit.

• Sewage Treatment Biogas (65%CH₄ / 35%CO₂)

• Biomass gas (60%CH₄ / 32%CO₂, the rest are N₂)

• Landfill gas (50%CH₄ / 27%CO₂, the rest are N₂)

• Industrial gas (75%CO, 6%H₂, 3%CH₄, 9%CO₂, the rest are N₂)

NOx emission: NOx ≤ 500 mg/Nm³, NOx/Nm³ (Content of dry exhaust gas in 5% O₂)

Refers to ISO8525-1, 50Hz Generator U=10kV, Cosphi=1.0, the minimum methane number of natural gas is MN70

Refers to ISO3046-1, 50Hz Generator U=10kV, Cosphi=1.0, the minimum methane number of natural gas is MN70