GTCCGas Turbine Combined Cycle Power Plants
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GTCC Gas Turbine Combined Cycle Power Plants Mitsubishi Heavy Industries, Ltd. Energy Systems 3-3-1, Minatomirai, Nishi-ku, Yokohama, Kanagawa, 220-8401, Japan power.mhi.com Mitsubishi Power is a power solutions brand of Mitsubishi Heavy Industries.

Power grows when we all work together. There is a strong demand for energy decarbonization in development and supply for more than a century, has been integrated coal gasification combined cycle (IGCC) power the world today. One in ten people is forced to live without dedicated to designing, manufacturing, verifying, plants, steam power plants, geothermal power plants, air reliable access to electricity, while global demand for engineering, installing and providing services for a wide quality control systems (AQCS) and intelligent solutions AFFORDABLE, SUSTAINABLE, HIGHLY power continues to...

World-class Highest Efficiency More than Wide Output Range Power Plants Combined Cycle Power Plants Verification Testing Delivering high-efficiency energy through combined cycle power generation Mitsubishi Power On-grid Facility Compared with those of Coal-fired thermal power generation What makes GTCC the most suitable choice? The key advantages of GTCC thermal power plants Power Generation Cycle Fuel High level of thermal efficiency In comparison with steam power plants, which offer a thermal efficiency of about 40%, combined cycle power plants deliver a thermal efficiency of about 60%...

DELIVERY RESULTS CASE STUDY How Mitsubishi Power helped deliver low-emission GTCC power to Oklahoma Grand River Energy Center Unit 3 Yulchon Power Plant In 2014, Mitsubishi Power signed a contract to supply a natural gas powered M501J Gas Turbine, Steam Turbine and associated electric generators to the Grand River Dam Authority (GRDA). The power generation equipment was designed for the GRDA’s new Unit #3 power generation facility in Chouteau, Oklahoma, USA. Also, as part of the project, GRDA signed a 25-year long term service agreement with Mitsubishi Power. Manufactured at Mitsubishi...

Gas Turbines Raising the world’s standards for capacity and efficiency Mitsubishi Power gas turbines made with cutting-edge technology Powering the world with a full range of gas turbines Small and medium capacity gas turbines (41 MW to 116 MW) To meet the power demands of industries and societies around the world, Mitsubishi Power produces a wide range of gas turbines from the 30 MW to the 574 MW class for power generation and industrial use. These turbines drive the development and supply of highly-efficient, clean energy around the world. In fact, Mitsubishi Power has delivered more than...

J-series Development of the air-cooled JAC-series The JAC-series gas turbines use air cooling for combustors instead of The latest models in the J-series and the JAC-series gas turbines. In steam cooling. With performance equivalent to the J-series gas combined cycle operation, the JAC-series achieves power generation turbines, they produce a high level of flexibility including a shorter efficiency of more than 64%. start-up time. Advantages of the JAC-series While the flow path of the compressor and the turbine has the same shape as that of the J-series, the JAC-series has a cooling...

Simple Cycle Output Combined Cycle Output Fuel Diversification Simple Cycle Output Combined Cycle Output Combined Cycle Efficiency Compatible with blast furnace gas (BFG) Simple Cycle Output Combined Cycle Output Combined Cycle Efficiency Attaining High Performance and High Operability Simple Cycle Output Combined Cycle Output Combined Cycle Efficiency Utilizes J-series technologies Gas turbines for power generation to accommodate diverse fuels Variable inlet guide vanes ensure operational stability at start-up and enhanced performance at partial load in combined cycle operation. In 1991,...

Shared Features of the J-, F-, and G-series • The compressor shaft end drive reduces the effect of thermal expansion on alignment and eliminates the need for Designs backed with 40 years of experience a flexible coupling (cold-end generator drive). The J, F and G-series incorporate basic design features and • The rotor has a two-bearing structure to support the concepts developed over 40 years of experience, such as cold-end generator drive, single shaft rotor construction and compressor and turbine ends. • An axial flow exhaust structure is used to optimize the axial exhaust. combined-cycle...

H-25 series Simple Cycle Output H-100 series Combined Cycle Output Co-generation Efficiency High Reliability Simple Cycle Output Combined Cycle Output Cumulative total operating time exceeds 6.3 million hours Highly-reliable gas turbines for industrial applications The H-25-series of highly-reliable gas turbines for industrial The world’s largest high-efficiency two-shaft gas turbines Package design advantages • Minimizes on-site installation work and time • Flexible layout Developed as the world’s largest high efficiency two-shaft gas turbines, 4 Quick start-up in 10 minutes Package design...

Solutions for Power Augmentation Proposing services tailored to meet diverse customer needs Analytics and Performance Center Long Term Service Agreements (LTSA) for Gas Turbines including water/steam injection, fogging, inlet air cooling systems such Our operation and maintenance experts work around the clock to Mitsubishi Power provides comprehensive solutions to meet diverse as chillers, changing the maximum IGV opening degree to increase monitor and support the operational status of plants around the world customer needs to ensure high availability and reliability of gas turbines....

Validation facility T-point at Mitsubishi Power’s Takasago Works To ・ validate gas turbine technologies newly applied to achieve higher efficiency, allow operations at elevated temperatures, and reduce NOx. To ・ validate the reliability through long-term commercial operations of the highly efficient and environmentally friendly combined-cycle power generation. History The unit 1 power plant (T-point) equipped with the M501G-series gas turbine and performance and reliability tests were conducted since 1997, and long-term validation tests had been successfully completed. Then, in February...