THE LM2500XPRESS™ Discover our LM2500XPRESS aeroderivative gas turbine. <small>SMALL FOOTPRINT, BIG POWER:</small> <font size="4">GET TO KNOW THE <font size="6.5">LM2500XPRESS Get to know the LM2500XPRESS Get to know the LM2500XPRESS Get to know the LM2500XPRESS Overview: Customer Challenges LM2500XPRESS Product Portfolio Future Proofing: Hydrogen & Fuel Flexibility Customer Applications Summary CUSTOMER CHALLENGES CUSTOMER CHALLENGES CUSTOMER CHALLENGES MEETING YOUR NEEDS IN A CHALLENGING INDUSTRY MEETING YOUR NEEDS IN A CHALLENGING INDUSTRY LM2500 PRODUCT PORTFOLIO LM2500 fleet heritage and portfolio CF6 aircraft engine fleet 490 million hours LM2500+G4 Up to 37.3 MW LM2500+ Up to 31.4 MW LM2500 Up to 23.0 MW CF6 aircraft engine fleet 490 million hours LM2500 products and combustion systems Multiple products (LM2500, LM2500+, and LM2500+G4) to meet your needs All products offered with SAC or DLE combustion systems Both SAC and DLE can operate dual fuel SAC (Single Annular Combustor) Conditions when favorable Desirable when emissions are not regulated or water is available Operation Can be operated dry with higher emissions Can be operated with water or steam injection to control emissions Minimum NOx levels achievable 25 ppm (Gas fuel) 42 ppm (Liquid fuel) DLE (Dry Low Emissions) Conditions when favorable Desirable when emissions are regulated and water use is restricted Operation Operated dry with low emissions Minimum NOx levels achievable 15 ppm (Gas fuel) 100 ppm (Liquid fuel) SAC (Single Annular Combustor) DLE (Dry Low Emissions) Conditions when favorable Desirable when emissions are not regulated or water is available Desirable when emissions are regulated and water use is restricted Operation Can be operated dry with higher emissions Can be operated with water or steam injection to control emissions Operated dry with low emissions Minimum NOx levels achievable 25 ppm (Gas fuel) 42 ppm (Liquid fuel) 15 ppm (Gas fuel) 100 ppm (Liquid fuel) LM2500 Fleet Statistics More than 2,500 units shipped LM2500 fleet All SAC DLE Total engines 2,542 1,815 727 Total operating hours >100 million >80 million >20 million Fleet leader engine hrs 286,496 286,496 157,841 Key Dates SAC (single annular combustor) engine first sale: 1969 DLE (dry low emission) engine first sale: 1992 LM2500 Configurations Rating LM2500 • Up to 23.0 MW • 35% avg eff LM2500+ • Up to 31.4 MW • 37% avg eff LM2500+G4 • Up to 37.3 MW • 38% avg eff LM2500+G5*DLE (2021) • Up to 38 MW • 39% avg eff Emissions Technology SAC (Single Annular Combustor Water injected) DLE (Dry Low Emissions) Package Platform UNIVERSAL • Industrial • Cogen • Combined Cycle LM2500XPRESS • Peaking Simple Cycle • Fast Installation TM2500 MOBILE • Emergency • Temporary Power • Fast Installation LM2500XPRESS Pre-Assembled Modules Allows for rapid deployment and minimal site installation LM2500XPRESS Value attributes • Faster start (SC, cold iron to full power in 5 mins) • Aero heritage … starts / cycling tolerant • Industry leading start reliability of 99.4%* ↑ installed base and operating hours ↑ Simple cycle efficiency ↓ O&M cost ↓ DLE NOx (15 ppm) and dual fuel capability ~14 days Installation & Commissioning Shared engineering and supply chain for flight and industrial aero engines … seamless technology and innovation exchange, all within GE * Typical, varies over time Designed for Speed and Simplicity Modularity Highlights Plug and play: fast power to grid 95% assembly in the factor 10 simplified modules for easy install 27 electrical interconnects vs. 130+ for a traditional plant Minimal mechanical interconnects No site flushing of systems; completed at the factory. Minimal I&C effort: 20 people/ ~14 days to install basic configuration Highlights based on package scope for Gas DLE only. Additional interconnects/lifts required for other options. LM2500XPRESS - SPECS 2021 LM2500XPRESS Frequency 50 60 SC Net Output (MW) 33.9 34.3 SC Net Heatrate (BTU/kWh, LHV) 8865 8753 SC Net Efficiency (%) 38.5% 39.0% HYDROGEN & FUEL FLEXIBILITY Hydrogen Capability? LOOKING TOWARDS THE FUTURE GE’s experience with H2 and other low BTU fuels leads the gas turbine industry GE has continued development of combustion technology, leading to the DLN 2.6e combustion system GE is ready for a world with low-carbon fuels Aeroderivative Platform Fuel flexibility LM/TM2500 GAS FUELS High-BTU – LPG* Standard – NG Medium- Syngas Low-BTU – Landfill gas LIQUID FUELS Diesel, Kerosene Naphtha Biodiesel +blends Ethanol Methanol, DME Fuel-flexible gas turbine & GE design practice….ensures successful LPG operation CUSTOMER APPLICATIONS A WORLD’S FIRST FOR GE AND GERMANY: Introducing the LM2500XPRESS power plant RWE GENERATION, GERMANY The challenge: Abundance of renewable power available in the northern region of Germany, but a lack of power being transmitted to the south. The solution: Grid stability throughout the country with 11 LM2500XPRESS gas turbines, generators and other equipment from GE. COD: Late 2022 “We are delighted that we were awarded the contract for the Biblis site. The excellent existing infrastructure there and our reliable and flexible concept for the plant have won out. We will thus be able to make an important contribution towards security of supply in Southern Hesse. We have a long-standing relationship with GE and we’re proud to work together to install the world’s first LM2500XPRESS.” Roger Miesen, CEO of RWE Generation FROM COAL TO GAS: North America’s first LM2500XPRESS will help Colorado Springs Utilities transition to a cleaner, more competitive future Colorado Springs Utilities, United States The challenges: Grid instability due to increasing renewable penetration Gas technology requirements: Quick install, cost effective, dual fuels, fast start, low turndown The solution: 6 LM2500XPRESS gas turbines with a CO catalyst, gas compressors and a black start diesel generator. COD: Summer 2022 “The LM2500 units were purchased to provide safe, affordable and reliable generation to support the increased use of renewable solar and wind power. These natural gas units will help us better integrate renewable energy sources, further reduce CO2 emissions and accelerate the retirement of the Martin Drake Power Plant.” Aram Benyamin, CEO of Colorado Springs Utilities SUMMARY SUMMARY LM2500XPRESS THE CHALLENGE Price/time to install new plant Uninterrupted power Grid stability Supporting renewable integration Emissions requirements THE SOLUTION Quick install 5 min to full load capability Synch condensing Low NOx emission DLE technology THE BENEFITS Lower I&C cost/time Scalable with compact footprint Ease of relocation High reliability Grid firming No water required GE BRINGS One of the most modular gas turbines in the world to meet global power demand. LM2500XPRESS: Modularity…reimagined
