Jenbacher Product Range
GE's Jenbacher J920 Gas Engine:
Introducing the J920, an innovative leap forward in gas engine technology.
GE proudly announces the J920 Jenbacher 9.5 MW system for large gas engine power generation plants. Whether you’re seeking full power at high efficiency levels or a unit capable of short start-up times, GE’s J920 gas engine is an ideal, reliable solution for your lasting power needs and grid stabilizing efforts.
Features & Benefits
- Top in its class electrical efficiency level of 48.7%
- High power density at low investment costs
- Stable power output and efficiency at high ambient conditions
- Quick start-up for grid stabilization
- Fast and easy installation
- Designed for ease maintainability
- Full plant flexibility with any multiple-engine installation
- Combined heat and power solution with 90% efficiency and more
GE’s Jenbacher J624 GS is the world’s first 24-cylinder gas engine for commercial operation. Introduced in 2008, the J624 is capable of delivering enough output to power 9,000 European households, representing a quantum leap in gas engine technology. The result of two years of development, this unique gas engine uses several fuel sources to protect the environment and adds another solution to GE’s robust gas engine portfolio.
Features & Benefits
- Capable of 4 MW electrical output
- Offers lean burn control, and turbocharged mixture-cooling, minimizing emissions and evening out operating conditions
- 24-cylinder gas engine achieves high power density at 1,500 rpm
- Compact package design ensures minimal footprint and low installation cost
- Vibration decoupling reduces knocking and maintenance
- Low specific fuel consumption reduces operating costs
- High heat recovery rate allows highest efficiency
The result of continuous enhancements and extensive experience, GE’s Jenbacher type 6 gas engines are an advanced and reliable addition to our product line. Serving the 1.5 to 4 MW power range, the 1,500-rpm engine speed results in a high power density and low installation costs. In addition, the type 6 pre-combustion chamber achieves maximum efficiency with low emissions. Proven design and optimized components enable a service life of 60,000 operating hours before the first major overhaul.
Features & Benefits
- Type 4 offers the highest efficiency in its power class
- High-tech components maximize reliability
- LEANOX® lean burn control ensures minimal emissions
- Modern engine concept increases service-friendliness
- High-power turbocharger allows optimal operation at higher air intake temperature and altitude
Technical maturity and a high degree of reliability make GE’s Jenbacher type 3 gas engines a leader in the 500 to 1,100 kW power range. Long service intervals, a maintenance-friendly engine design, and low fuel consumption ensure maximum efficiency, while optimized components prolong service life—even when employing non-pipeline gases such as landfill gas.
Features & Benefits
- Supercharger ensures homogenous mixture at low gas pressures
- Two-stage mixture cooling enables high flexibility
- Turbocharger bypass evens out extreme operating conditions
- High-performance long-life spark plug enables reliable operation
- LEANOX® lean burn control ensures minimal emissions
- Compact construction allows installation in 40-foot container
Introduced in 1976, GE’s Jenbacher type 2 gas engine offers high efficiency power in the 250 to 350 kW range. The robust design and stationary engine concept provides excellent component durability and a service life of 60,000 operating hours before the first major overhaul. Optimized components and a proven control and monitoring model give the type 2 engine outstanding reliability.
Features & Benefits
- Optimized combustion for maximum efficiency
- Turbocharger bypass to even out extreme operating conditions
- High-performance long-life spark plug for reliable operation
- Knocking control to compensate for methane number fluctuation
- LEANOX® lean burn control ensures minimal emissions
- Compact engine control with integrated network synchronization
