This account is pending registration confirmation. Please click on the link within the confirmation email previously sent you to complete registration. Need a new registration confirmation email? Click here
GE (NYSE: GE) today announced that its two advanced-technology aeroderivative gas turbines that will help power Krasnodar region and also during the peak loads the
2014 Winter Olympic Games in Sochi, Russia, entered commercial operation on November 5. The units are located at Inter RAO’s Dzhubginskaya thermal power plant (TPP), which features the highest efficiency simple-cycle gas turbine available with modular design, advanced protection from natural disasters and the latest environmental technologies. This power plant is an important component of the local energy system, supporting uninterrupted flow of electricity between 110 kV and 220 kV grids to ensure reliable power supply to all regional customers.
In January 2011,
GE won the contract from Inter RAO, a leading Russian energy company and long-time customer, to help power Krasnodar region. The power generated at the Dzhubginskaya TPP should be enough to cover more than one quarter of expected peak load during the 2014 Winter Olympics. The two ecomagination qualified aeroderivative gas turbines for this project are the first LMS100-PB units in service globally. Overall, there are 51 LMS100 gas turbines in operation, including 23 in California. The LMS100-PB packages for this project were manufactured in Houston, Texas, and shipped via sea to Europe for overland travel.
A key benefit to
GE’s LMS100-PB technology is the ability to start up in less than 10 minutes, about the time it takes to brew a pot of coffee. The units feature GE’s DLE 2.0 Dry Low Emissions technology, which eliminates the need for NO
x water injection to reduce emissions. Fueled by natural gas, the units will generate 180 megawatts (90 megawatts each) of on-demand base load and peak load power for the Olympic venues.
“With the ability to run on a portfolio of flexible fuels, including natural gas, flare gas, mine gas and even landfill gas, GE’s flexible, efficient technology is meeting the needs of a range of distributed power customers from hospitals to the Olympics,” said Darryl Wilson, vice president and chief commercial officer—distributed power for GE Power & Water. “Commercial operation was a key step in this project, and the success of this important milestone is further evidence of our leadership position in the global aeroderivative gas turbine industry.”