H-25 Series

Gas Turbines
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  • Standalone Gas Turbine Output

    40 MW class

  • Combined Cycle Output

    60 MW / 120 MW class

  • Co-generation Efficiency

    More than 80%

  • High Reliability

    Cumulative total operating time exceeding 12.5 million hours As of Jan. 2025

High reliability gas turbines for industrial customers

The H-25 Series gas turbines were developed for utility customers and industrial customers in both 50 Hz and 60 Hz regions. Its first unit came into commercial operation in 1988.

Then Mitsubishi Power continued its efforts to improve the design of the H-25 Series gas turbines. While incorporating advanced elemental technologies and material technologies verified with the H Series gas turbines, we are continuously working to improve performance.

Replacement of the steam power plant with an H-25 Gas Turbine cogeneration plant

Mitsubishi Power's H-25 Gas Turbine is part of the decarbonization solution.
Replacing the steam power plant with an H-25 Gas Turbine cogeneration plant has the potential to reduce CO2 emissions and energy consumption.

Overview

The H-25 Series gas turbines are a heavy duty type that attains high efficiency on the basis of ample experience in manufacturing gas turbines.

They achieve high efficiency with heat recovery steam generators, as co-generation systems or combined cycle power plants.

The H-25 Series features simple cycle gas turbine output of 41 MW and a combined cycle output of around 60 MW for a 1 on 1 configuration and around 120 MW for a 2 on 1 configuration. When applying cogeneration, they supply a maximum of around 70 metric tons of steam per hour.

Features

  • Heavy duty structure: A highly reliable structure in consideration of ease of maintenance and long continuous operation
  • High efficiency: High performance in various power generation cycles (simple, combined and co-generation)
  • Fuel flexibility: Natural gas, off gas, light oil, kerosene, bio-ethanol, etc.
  • Package type: Easy to transport and install
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