
Dunmaglass Wind Farm, Inverness, Scotland, UK
Dunmaglass wind farm, which was fully commissioned in December 2017, is powered by 33 GE 2.85-100 wind turbines.
Distributed Power from GE has more than a century of combined experience in gas turbines and gas engine technology with our aeroderivative gas turbine, Jenbacher gas engine, and Waukesha gas engine product lines.
Distributed Power from GE has more than a century of combined experience in gas turbines and gas engine technology with our aeroderivative gas turbine, Jenbacher gas engine, and Waukesha* gas engine product lines.
Today, Distributed Power from GE is integrating these solutions to address critical applications in the most effective and timely ways possible and with the broadest set of offerings available.
Our mission is to develop faster, more flexible solutions, always with your requirements in mind. Worldwide, more than 1,400 engineers continuously work on the technological developments for our engines and turbines. In addition, GE’s seven global research centers spread across four continents ensure that our products use the most advanced technologies in areas such as metallurgy, combustion and aerodynamics while also innovating locally with customers.
You use our reciprocating engines and gas turbines in a diverse set of applications: power generation, cogeneration, oil and gas production, and mechanical drives.
Our products compress liquefied natural gas, transport natural gas through pipelines, provide electricity and process steam for petrochemical plants, add grid stability needed for renewables, generate baseload power, and perform countless other functions. Our customers across this wide range of industries choose our equipment when efficiency, reliability and service really matter.
Our equipment deployed in exploration and production applications can tolerate a wide range of fuel qualities without de-rating, driving compression and providing power for oil and gas production in the most challenging applications and even in high-altitude environments. Our engines are also an industry leader in producing electricity from biogas and other specialty fuels. The wide range of power output and the flexibility of our gas turbines make Distributed Power from GE the supplier of choice for cogeneration, offering tailored solutions for nearly every industry.
GE’s Jenbacher gas engines range in power from 248kW to 9.5MW and run on either natural gas or a variety of other gases, such as biogas, landfill gas, coal mine gas, sewage gas and combustible industrial waste gases.
A broad range of commercial, industrial and municipal customers use Jenbacher products for on-site generation of power, heat and cooling. Patented combustion systems, engine controls and monitoring enable its power generation plants to meet stringent emission standards, while offering high levels of efficiency, durability and reliability.
Jenbacher gas engines include:
Jenbacher type 2:
Jenbacher type 3:
Jenbacher type 4:
Jenbacher type 6:
Jenbacher J920 FleXtra
The Waukesha gas engines power generation and gas compression/mechanical drive portfolio includes:
VGF*:
VHP*:
275GL+*:
The Aeroderivative gas turbines power generation portfolio includes:
LM2500/TM2500*:
LM6000:
LMS100:
* Trademark of the General Electric Company
GE Power & Water’s Distributed Power is a leading provider of power equipment, engines and services, focused on power generation at or near the point of use.
Distributed Power’s product portfolio includes highly efficient industrial reciprocating engines and aeroderivative gas turbines that generate 100kW to 100MW of power for numerous industries globally. Headquartered in Cincinnati, Ohio, Distributed Power from GE employs about 5,000 people around the world.
Dunmaglass wind farm, which was fully commissioned in December 2017, is powered by 33 GE 2.85-100 wind turbines.
The Maitree super thermal power project is being constructed by the Bangladesh-India Friendship Power Company (BIFPCL), a 50:50 joint venture between the Bangladesh Power Development Board (BPDB) and National Thermal Power Corporation (NTPC).
The Porto de Sergipe I power plant is a 1.55GW natural gas-fired power plant in Barra dos Coqueiros, Brazil.
The St Joseph Energy Center is a 1,425MW greenfield natural gas-fired combined-cycle power plant (CCPP) being constructed within the St Joseph County Economic District 2 in New Carlisle, Indiana, US.
Engro Thar Block II power plant is a new coal-fired power station located in the Tharparkar district, Sindh, Pakistan.
The 1.1GW Allen Combined-Cycle Plant is a natural gas-fired power plant located approximately 8km from Memphis in Tennessee, US.
The 485MW Zarqa power plant is a combined-cycle gas turbine power project being developed in Zarqa, the Kingdom of Jordan.
LM Wind Power began operations at its new turbine blade and equipment production facility in the city of Bergama, Turkey, in July 2017.
The Hongyanhe Nuclear Power Plant (HNPP) is located in Donggang Town, Wafangdian, in the Liaoning Province of China.
The Myingyan combined-cycle gas turbine (CCGT) power plant is currently under development in Taungtha, a township of Myingyan district in Mandalay, Myanmar.
Oakfield Wind is a 148MW wind farm constructed approximately 2.5 miles away from Oakfield town in Aroostook County, Maine, US.
The Wudongde Hydropower Project, located in the lower reaches of the Jinsha River, between Luquan County (Yunnan Province) and Huidong County (Sichuan Province), will be the fourth biggest hydroelectric power plant in China when it comes online.
The Caithness Moxie Freedom Project involves the construction of a 1,029MW combined-cycle natural gas fired power plant in Salem Township, Luzerne County, Pennsylvania, US.
The Tidal Lagoon Swansea Bay is a proposed tidal lagoon hydropower project at Swansea Port, being developed by a special purpose vehicle (SPV) company named Tidal Lagoon (Swansea Bay) (TLSB).
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