MAN MGT 6000 Gas Turbine – 60 MW Simple Cycle, 110 MW Combined Cycle - 2015

The MAN MGT 6000 is a robust and versatile industrial gas turbine engineered for high-efficiency power generation in simple or combined cycle configurations. Manufactured in 2015, this single-shaft turbine delivers up to 60 MW of electrical output in simple cycle mode, and up to 110 MW when integrated into a combined cycle plant with heat recovery systems.

Fuel-flexible and optimized for natural gas, the MGT 6000 can also operate on liquid fuels such as diesel or kerosene when needed. Its axial-flow compressor and two-stage axial turbine design maximize thermal efficiency and enable rapid response to varying load conditions. In simple cycle mode, the turbine achieves approximately 36–38% efficiency, while combined cycle operation can boost system efficiency up to 60%.

The unit features a dry low emissions (DLE) combustion system for compliance with strict NOx and CO regulations. Integrated digital controls offer remote monitoring, auto start/stop, and real-time performance optimization. With a rapid start-up time of 10–15 minutes and broad ambient temperature range (−30°C to 50°C), the MGT 6000 is ideally suited for grid-connected utilities, CHP plants, and industrial facilities demanding high efficiency, fast load response, and low operational downtime.

Specifications:

– Model: MAN MGT 6000
– Manufacturer: MAN Energy Solutions
– Year of Manufacture: 2015
– Type: Industrial gas turbine
– Configuration: Single-shaft design
– Electrical Output (Simple Cycle): Up to 60 MW
– Electrical Output (Combined Cycle): Up to 110 MW
– Fuel Type: Natural gas (optional diesel, kerosene)
– Simple Cycle Efficiency: 36–38%
– Combined Cycle Efficiency: Up to 55–60%
– Specific Energy Consumption (Simple Cycle): 9,500–10,000 kJ/kWh
– Specific Energy Consumption (Combined Cycle): 6,500–7,000 kJ/kWh
– Ambient Temperature Range: −30°C to +50°C (with cooling options)
– Start-up Time: Approx. 10–15 minutes
– Load Response: Fast load-following capability
– Compressor: Axial-flow, high pressure ratio
– Turbine Type: Two-stage axial-flow turbine
– Combustion System: Dry Low Emissions (DLE) system
– Emissions: Low NOx and CO – compliant with environmental standards
– Cooling System: Air- or water-cooled depending on configuration
– Control System: Digital control with remote monitoring, auto start/stop, load sharing
– Safety Features: Overspeed, over-temperature, and vibration sensors; redundant safety systems
– Monitoring: Remote diagnostics and performance monitoring
– Applications: Power generation, CHP, industrial energy systems
– Quantity Available: On request
– Delivery: Lead time based on project and configuration

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