Mitsubishi Heavy Industries, Ltd. (MHI) developed the M701D 1,150oC-class large-capacity gas turbine in the 1980s and demonstrated high plant thermal
Tokyo, November 30, 2023 - Mitsubishi Power, a power solutions brand of Mitsubishi Heavy Industries, Ltd. (MHI), successfully executed a fuel blend of 30% hydrogen (Note1) and
2 · In the CHP systems using a H-25 gas turbine, the H-25 can provide exhaust heat of 569℃—which is higher than other gas turbines of the same output range—and it enables to supply larger amount of steam compare with the other gas turbines. And, we can also deliver larger volumes of steam or hot water for the users who need more heat
1 · M501J シリーズ. Jシリーズガスタービンでは、のあるGシリーズに、プロジェクトとしてした「1,700℃ガスタービン」のであるをし、タービン1,600℃をしました。. M501JACガスタービンは、
1 · M501D Series. Gas turbines for 60 Hz power generation matched with diversification of fuels. In 1984, a 1,090 MW heat recovery combined cycle power plant, which was powered by six 701D gas turbines, began
5 · In the CHP systems using a H-25 gas turbine, the H-25 can provide exhaust heat of 569℃—which is higher than other gas turbines of the same output range—and it enables to supply larger amount of steam compare with the other gas turbines. And, we can also deliver larger volumes of steam or hot water for the users who need more heat
3 · Gas Turbine Combined Cycle (GTCC) power plants utilize fossil fuels to deliver the cleanest and most efficient power generation. In addition to power generation with a gas turbine, the system also combines a steam
4 · Mitsubishi Power maintains unique gas turbine technologies that achieve high levels of reliability and efficiency. Gas Turbines for Mechanical Drive Applications. Cutting-Edge Elemental Technology Producing 1600°C Class J Gas Turbines. Development of High-Efficiency Gas Turbine Applying 1600°C Class J Technology.
Tokyo, December 11, 2012 - Mitsubishi Heavy Industries, Ltd. (MHI) has developed and is now marketing the "M501JAC" gas turbine, an air-cooled version of the company''s state-of-the-art steam-cooled J-Series gas turbine introduced in 2009. The M501JAC features outstanding operability, including reduced start-up time, while maintaining the same level
3 · Standalone Gas Turbine Output. 380 MW class. Combined Cycle Output. 570 MW class / 1,130 MW class. Combined Cycle Efficiency. 62% or more. Attaining High Performance and High Operability. Application of J-Series technologies. High-efficiency high-operability gas turbines for 50 Hz power generation incorporating J-Series technologies
2 · The H-100 Series features simple cycle gas turbine output of 105 MW to 116 MW and an output range of 150 MW to 350 MW in combined cycle. As two-shaft gas turbines, they are suited to mechanical drive applications.
1 · High efficiency energy through combined cycle power generation. Gas turbine combined cycle （GTCC） power plants use natural gas to deliver the cleanest and highest efficiency power generation. Plants employing state-of-the-art gas turbines of Mitsubishi Power have a 20% higher power generation efficiency than conventional coal
2 · H-25 gas turbines use advanced combustion technology, capable of handling a variety of fuels such as off gas. For a future switch from existing fuel gas to hydrogen, the
2 · は、Jのとしての「JAC（J-series Air-Cooled）」 ガスタービンをしました。. このJACガスタービンは、コンバインドサイクルにより、は63%にします。. このは、システム（）ので
1 · ガスタービンは、ガスタービン・コンバインドサイクルプラント（GTCC）のとなるです。. グループはにわたりガスタービンのにりみ、の、、
4 · Mitsubishi Power has a wide range of gas turbines from the 30 MW class to the 560 MW class to meet diverse needs around the world. Middle and Small Capacity Gas Turbines. Large Capacity Gas Turbines.
3 · They operate at a turbine inlet temperature of 1,600°C. The M501JAC Series gas turbines adopt air cooling for combustors instead of steam cooling. With a performance equivalent to the M501J Series gas
4 · Mitsubishi Power leads the aero-derivative gas turbine industry. Our aero-derivative gas turbines evolved from innovations to the proven technologies of Pratt & Whitney''s world-class jet engines and industrial gas turbines. These gas turbines provide 30 to 140 megawatts of efficient, reliable power and deliver operational savings to energy
5 · ボイラとのせによるコンバインドサイクルびコージェネレーションプラントのサイクルプラントとしていをします。. H-100シリーズは、ガスタービンにて105～116キロワット、コンバインドサイクルに
3 · は、にわたりガスタービンのにりみ、の、、などをして・をする々のをみしてきました。. のJガスタービンでは、タービン1,600℃で
3 · MHI Group''s state-of-the-art J-series gas turbines enable plants to achieve world''s highest power generation efficiency of 64% or more, which is 20% higher than conventional coal-fired thermal power generation
The 30% hydrogen co-firing demonstration with the JAC gas turbine is an unprecedented and significant milestone toward the energy transition, The MHI Group will continue to leverage Takasago Hydrogen Park to accelerate the development and actual equipment validation of hydrogen production and power generation technologies.
4 · The state-of-the-art J-series gas turbines have consistently led the world, achieving the world''s largest capacity and highest efficiency with a turbine inlet temperature of 1,600°C. We offer a wide range of gas
Tokyo, October 18, 2021 – Mitsubishi Power, a power solutions brand of Mitsubishi Heavy Industries, Ltd. (MHI) has received an order from Snowy Hydro Limited, a dynamic,
1 · ガスタービン・コンバインドサイクルプラント（GTCC）は、をしたもクリーンかつなです。. ガスタービンでのにえ、そのをしてタービンでもすることにより、いをします。.
4 · Mitsubishi Power has released to the market the J-Series Air Cooled (or JAC-Series) gas turbines as the latest models in the J-Series. As the name suggests, they are air-cooled gas turbines. In combined cycle
3 · Gas turbines for 60 Hz power generation matched with diversification of fuels. In 1991, Mitsubishi Power developed the M501F Series gas turbines for 60 Hz power
Figure 1 MHI gas turbine (60-Hz machine) efficiency and output |2. M501J gas turbine features The M501J gas turbine was designed with a turbine inlet temperature of 1,600 o C by integrating the proven component technologies used in the 1,400 o C F-series and the 1,500 o C G-and H-series turbines.
2 · High-performance large-capacity gas turbines for 60 Hz power generation. In February 1997, the first unit of the 1,500°C Class M501G gas turbine came into commercial operation. This series features the use of steam for cooling combustors. The GAC Series, which is the current mainstay model, adopts the latest air-cooled combustors in place of