High-Efficiency
natural gas Engines for Reliable and Sustainable Power Generation Our advanced natural gas engines are engineered to deliver superior performance, exceptional
Fuel efficiency, and compliance with global emissions standards—making them an ideal choice for industries seeking cleaner energy solutions without compromising on power output. Designed using lean-burn combustion technology and intelligent control systems, these units reduce operational costs while minimizing environmental impact. Whether for backup power, continuous operation, or remote site applications, our range of high-efficiency natural gas-powered generator sets ensures consistent, low-carbon electricity generation tailored to modern energy demands. Key Features: - Optimized thermal efficiency through precise air-fuel mixture management - Turbocharged intercooled intake system for enhanced volumetric efficiency - Robust inline six-cylinder water-cooled design for stable long-term operation - Advanced ignition and gas injection systems (Woodward PG + low-pressure gas injection) - Specialized components including wear-resistant valve seats, shallow-basin pistons, and gas-specific piston rings to prevent
Oil consumption - Low noise levels ≤97 dB(A), suitable for urban and residential environments - Compliance with China Phase III emission regulations (GB20891), aligning with international sustainability goals Detailed Specifications: The CM6T28F series includes four models—HMT 12F.380 30, HMT 12F.408 32, HMF 13F.408 30, and HMF 13F.435 32—each offering distinct power outputs ranging from 280 kW to 320 kW at speeds between 1500 and 1800 rpm. All variants feature a bore-stroke configuration of either 128×153 mm or 130×161 mm, with compression ratios between 11.5:1 and 12:1, ensuring optimal combustion efficiency. Specific fuel consumption remains under 192 g/kW·h across all models, demonstrating their commitment to economical operation. Engine displacement varies from 11.8 L to 12.8 L, with oil capacity ranging from 38 L to 41 L, supporting reliable lubrication during extended use. Dimensions and weight differ slightly among models, with overall sizes between 1360×898×1138 mm and 1436×939×1479 mm, and weights between 1065 kg and 1078 kg, making them adaptable to various installation spaces. Ideal Applications: These natural gas engines are perfect for industrial facilities, commercial buildings, data centers, hospitals, and off-grid operations requiring dependable, environmentally friendly power sources. Their ability to operate efficiently on clean-burning natural gas makes them particularly valuable in regions where diesel alternatives are restricted due to emissions regulations. The integration of intelligent controls allows seamless automation, remote monitoring, and real-time diagnostics—enhancing uptime and reducing maintenance needs. User Feedback: Operators worldwide praise the durability and low maintenance requirements of this engine family. Users report significant reductions in fuel expenses compared to traditional diesel generators, along with quieter operation that meets strict noise ordinances in urban settings. Many highlight the ease of integration into existing power systems and the reliability during peak load conditions, especially in critical infrastructure projects. Frequently Asked Questions: What makes these engines more efficient than standard diesel units? They utilize lean-burn combustion and optimized airflow management, resulting in lower specific fuel consumption and reduced greenhouse gas emissions per kilowatt-hour produced. Are they compatible with different types of natural gas? Yes, equipped with a low-pressure gas injection system, they can handle pipeline-quality natural gas commonly used in industrial and municipal networks. How do I ensure optimal performance over time? Regular servicing following manufacturer guidelines, including oil changes, filter replacements, and inspection of ignition components, will maintain peak efficiency and extend engine life. Can this be integrated into a hybrid power solution? Absolutely—these engines work seamlessly with solar, wind, or battery storage systems to create resilient, multi-source energy setups ideal for microgrids or emergency backup scenarios. This product line represents a forward-thinking approach to sustainable energy production, combining cutting-edge engineering with practical usability for global markets outside China, Hong Kong, Macau, and Taiwan.
