GAS POWER SYSTEMS CATALOG I Topping Cycle Of ferings
GAS TURBINES PORTFOLIO AND OVERVIEW
Efficient, Flexible, Reliable Power GE’s portfolio of heavy duty and aeroderivative gas turbines helps provide a sense of certainty in an uncertain world, delivering operational flexibility and performance needed to adapt to a rapidly evolving power generation environment. With gas turbine products ranging in individual output from 22 MW to 519 MW, GE has a solution to reliably and efficiently deliver the power needed by utility power generators, industrial operators, and communities. Even in remote locations and harsh conditions, you can count on GE to deliver a gas turbine that will meet your needs.
All of our gas turbines share the common heritage of jet engine technology pioneered by GE in the first half of the 20th century. They are typically categorized as either heavy duty (sometimes also called “frame”) or aeroderivative gas turbines, although some turbines recently have adopted features of both design types. In general, the differences between the aeroderivative and heavy duty gas turbines are weight, size, combustor type, and turbine design. Heavy duty gas turbines are usually field constructed and maintained in place, whereas aeroderivative gas turbines are designed to allow for quick replacement of the entire engine when maintenance is required.
High-Efficiency H-Class
• Most cost-effective conversion of natural gas to electricity in the H-class industry
• Includes the world’s largest high efficiency turbine: 519 MW • First H-class gas turbine fleet to reach 240,000 operating hours
Industry-Leading F-Class • Introduced F-class technology nearly 30 years ago
• World’s largest fleet, with more than 1,100 installed units and 50 million operating hours of experience
• Industry’s best reliability at 99.4 percent
Reliable E-Class • Rugged and available, even in harsh climates
• Industry-leading fuel flexibility, burning more than 50 gases and liquids
• Quick installation for fast-track projects • More than 3,000 units installed • More than 143 million operating hours of experience
Compact and Proven Aeroderivatives
• Flexible and reliable power generation packages with aviation derived engines
• Over 100 million operating hours of experience
• Up to 56 percent combined cycle efficiency and over 80 percent efficiency in cogeneration applications
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