GE, TM2500+ G4 DLE, 2025, 37 MW, 60 Hz, Gas Turbine Generator

Description

  1. Overview
    1. GE TM2500+ G4 DLE version gen 9
    2. Year 2025 (under manufacturing process this year)
    3. 0 hours
    4. To ship ready in January 2026
  2. Iso Performance Specifications
    1. Simple cycle 60Hz
    2. Net output (MW): 37
    3. Net heat rate (BTU/kWh, LHV): 9,333
    4. Net heat rate (kJ/kWh, LHV): 9,846
    5. Net efficiency (%, LHV): 36.6
  3. Additional Specifications
    1. Reliability: 99.5%
    2. Availability: 98.7%
    3. Start reliability: 98.35%
    4. Fleet operation hours: 77.9 M
    5. Hot section hours: 25,000
    6. Overhaul hours: 50,000
    7. NOx emission (ppm) (@ 15% O2): 25
    8. Package noise (dBA average): <90
    9. Combustion: SAC
  4. Simple Cycle
    1. Simple cycle aeroderivative gas turbines can be used to support the grid by providing quick start (<10 minutes to full power), frequency adjustment and load following capability.
    2. High part-power efficiency enhances load following and improves system operating economics.
  5. Get More From Your TM2500 Aero Turbine
    1. GE Vernova offers power plant long-term service agreement (LTSA) like a contractual service agreement (CSA) or a tailored multi-year agreement (MYA) to deliver high-quality gas turbine parts and services at preferential conditions, reducing administrative efforts and simplifying planning; designed to help you focus on your core business, delivering productive outcomes including plant profitability, competitiveness on the dispatch curve for utilities, and long-term reliability for industrial sites.
    2. A turbine exchange or lease program is also available through membership which guarantees less than 3-day delivery to site of a complete engine for installation and full load operation within hours.
    3. The remote monitoring and diagnostic service combined with intelligent application of statistical methods and algorithms helps early detection and diagnosis of problems ranging from failed sensors to gas turbine compressor damage.
    4. The budgetary CSA offer can be submitted at a later date once the power plant requirement is well defined.
    5. Our team is prepared to meet your industry-specific requirements and provide more reliable aeroderivative gas turbine services whether you're looking for peaking power, flexible response to immediate grid demands, or simply to keep your operation up and running at a proven 99% rate of reliability.
    6. Parts - reliable plant operations depend on access to flexible parts service. Our global distribution centers are linked to regional supply chains, meaning you've got access to the highest-quality component inventory.
    7. Maintenance and repairs - from outages as short as two days - with module and engine exchanges - to customized off-season outages, equipment and engine leasing, upgrades, digital solutions and repairs, our network of global service centers and field service teams combine the highest quality of expertise and technical aeroderivative gas turbine support with timely, flexible solutions and predictable repair costs.
    8. Upgrades - our gas turbine upgrade solutions can boost performance and reliability, deliver better efficiency and flexibility, and extend asset life. Whether you need to upgrade your existing engine with our repower solutions, or improve load balancing, you can explore our gas turbine upgrades tool.
    9. Training - GE Vernova's comprehensive and flexible training solutions shall help developing inhouse special competencies to operate and maintain the plant. The provision of resident engineer and onsite coaching shall enable smooth takeover of the plant by your operation team. The catalogue detailing training courses can be made available when required.
  6. Codes and Standards
    1. Seller considers the applicable sections of the following US and ISO codes and standards to be the most relevant standards for gas turbine equipment. Our designs and procedures are generally compliant with applicable sections of the following: ANSI B133.8 gas turbine installation sound emissions.
    2. ANSI/ABMA 9: loading ratings and fatigue life for ball bearings.
    3. ASCE 7-10: load ratings and fatigue life for roller bearings.
    4. ANSI A58.1: minimum design loads for buildings and other structures.
    5. ANSI B1.1: unified inch screw threads.
    6. ANSI B1.20.1: pipe threads, pipe threads, general purpose, inch.
    7. ANSI B16.5: steel pipe flanges and flanged fittings.
    8. ANSI B16.9: factory-made wrought steel butt welding fittings.
    9. ANSI B16.21: non-metallic flat gaskets for pipe flanges.
    10. ANSI B31.1: power piping.
    11. NFPA 70: national electrical code.
    12. IEEE 37.90: relays associated with electric power apparatus.
    13. API 614: lubrication, shaft-sealing, and control - oil systems for special-purpose.