Our specialty? Machines you can count on. 
Kawasaki gas turbine generator sets are created first and foremost with performance in mind. But the thinking doesn't stop there. Each set is specifically designed to minimize maintenance and avoid costly downtime. For example, special inspection ports allow internal components to be checked without tedious disassembly or long waits. Our split case design allows for tolerance adjustments during hot section inspections for higher overall efficiency between overhauls. And all rotating parts are precisely balanced to reduce vibration and minimize failures of key electronic components. Finally, our high performance ignition system ensures a starting reliability of 99.4% or more, even in cold weather conditions.
Now that's what we call reliability.
- Kawasaki Gas Turbines Generator Sets brochure (15.1MB file)
GPB Series - are rated for baseload and are suitable for continuous power supply where no electricity is available or in parallel with utility-supplying part of the total power required. All the models are designed for automatic operation (start/power supply/stop) and equipped with alarm/protection systems.
- GPB06 - Ideal for customers who demand reliable base loaded power generation in cogeneration applications - CHP from 500 to 600 kWs
- GPB15 - Ideal for use in plants requiring power of from 1 to 1.5 Mw's for use in areas that do not require emissions controls.
- GPB15D - Ideal for reliable on-site base load power generation requiring from 1 to 1.5 Mw's in areas requiring a "Green" engine: reduced engine exhaust emissions requirements. Ideal for cogeneration, peak shaving and load management applications
- GPB15X - Ideal for customers demanding about 1.5 Mws of electric power with green engine emissions for operation in Emission attainment areas requiring very low engine emissions; Utilizes K-LEAN Combustion technology for the world's lowest emissions
- GPB30 - Ideal for power generation ranging from 2 to 3 Mw's in areas that do not require reduced emissions to meet regulations. Also ideal for use in Cogeneration CHP applications.
- GPB30D - Ideal for base load electric generation from 2 to 3 MW's in areas requiring a Green engine with reduced engine emissions.
- GPB60 - Ideal for industrial power generators demanding reliable base load power generation requring from 5 to 6 Mw's in areas that do not require reduced engine emissions
- GPB60D - Ideal for facilities demanding high unit availability and reliability and requiring a "Green Engine" with low exhaust emissions in the 5 to 6 Mw power power range with significant thermal and electrical loads.
- GPB70 - Ideal for base load use in cogenerration CHP applications that do not require emissions controls for power ranging from 6 to 7 Mw's.
- GPB70D - Ideal for facilities requring reliable base load power ranging from 6 to 7 Mw's in areas requiring a "green" engine generator; providing low engine emissions. Ideal for use in cogeneration CHP applications, with thermal and electrical loads
- GPB80 - Ideal for customers demanding high reliability and availability, operating in areas that do not require low engine emissions, who require from 7 to 8 Mw's of electrical power. Ideal for facilities with significant thermal and electrical loads; cogeneration applications.
- GPB80D - Ideal for Industrial customers who desire a "Green engine" for operations in emissions regulated areas that require from 7 to 8 Mw's of electrical power. Ideal for facilities with significant thermal and electrical loads; cogeneration applications.
- GPB180 - Ideal for generators who demand reliable base load operation of 16 to 18 MW's operating in areas that allow higher exhaust emissions compared to regulated areas.
- GPB180D - Ideal for Industrial and Utility users requiring from 16 to 18 Mw's with significant thermal loads who require a "Green Engine" with reduced emissions and high efficiency for fuel savings. Our GPB180D unit has best overall heat rate in its class, CHP operation can boost total thermal efficiency to 82%. This engine is also offered in "non-DLE configuration for operations in areas that do not require reduced engine emissions.
GPS Series - are standby generator sets, consisting of 14 types, with outputs from 250 kVA to 6,000 kVA.They have been well received due to the compact and light weight design that can be installed even on rooftops or indoors, and the ease of operation and maintenance. Over 6,000 units have been already delivered.
- GPS250 - Ideal for backup emergency power systems requiring from 200 to 250 kW's
- GPS500 - Ideal for reliable power generators requiring from 400 to 500 kW's
- GPS750 - Ideal for reliable standby power requinng from 500 to 600 kW's
- GPS1250 - Ideal for reliable emergency back up generation in the 900 to 1000 Kw range and for users desiring to also burn natural gas fuel..
- GPS1500 - Ideal for reliable emergency back up electrical generation ranging from 1,100 to 1,200 kW's. ideal also for users who wish to have dual fuel capability burning either diesel or natural gas fuels in their standby generation unit.
- GPS1750 - Ideal for reliable standby back up power generation from 1300 to 1400 kW's
- GPS2000 - Ideal for users demanding reliable backup emergency generation ranging from 1500 to 1600 kW's and for users who desire to burn gas as well as liquid fuels.
- GPS2500 - Ideal for users demanding reliable back-up / standby backup electric generation ranging from 1800 to 2000 kW's. Ideal for use with natural gas as well as liquid fuels.
- GPS3000 - Ideal for reliable emergency backup power ranging from 2200 to 2400 kW's. Ideal for dual fuel operation on either oil or gas fuels.
- GPS3500 - Ideal for reliable emergency back up generation ranging from 2600 to 2800 kW's
- GPS4000 - Ideal for reliable emergency back up power generation ranging from 3,000 to 3,200 kW's. Ideal for back up generation requiring dual fuel operation on natural gas and liquid fuels
- GPS4500 - Ideal for use in Hurricane and tornado weatther zones needing reliable back up emergency power generation ranging from 3300 to 3600 kW's. Also ideal for those with access to gas pipeline fuel for long term runs eliminating the need for large storage tanks on site.
- GPS5000 - Ideal for reliable backup emergency generation ranging from 4000 to 4200 kW's
- GPS6000 - Ideal for reliable emergency backup power generation ranging from 5000 to 5200 kW's for users with either liquid or gas fuels.
RE Series - Kawasaki Gas Turbines offers the worlds most efficient 7.8 MW, 18-cylinder gas Reciprocating Engine. The engine achieves a 48.5% electric generation efficiency. It also demonstrates excellent environmental performance with extremely low NOx emissions of 160ppm at 0% O2.
The engine features an optimized combustion chamber form and individual control of each cylinder to improve anti-knocking performance and cycle efficiency. The addition of a pre-chamber spark ignition system does away with the need for additional liquid fuel for ignition and realizes easy operations. Kawasaki's fluid dynamics technology was employed in developing the pre-chamber to ensure stable combustion. The engine is applicable to a wide range of markets, with models offering outputs from 5 to 7.8 MW. It is available in four different combinations, including 12, 14, 16 or 18 cylinders, with a cylinder diameter of 300mm.
The engine features an optimized combustion chamber form and individual control of each cylinder to improve anti-knocking performance and cycle efficiency. The addition of a pre-chamber spark ignition system does away with the need for additional liquid fuel for ignition and realizes easy operations. Kawasaki's fluid dynamics technology was employed in developing the pre-chamber to ensure stable combustion. The engine is applicable to a wide range of markets, with models offering outputs from 5 to 7.8 MW. It is available in four different combinations, including 12, 14, 16 or 18 cylinders, with a cylinder diameter of 300mm.
- KG-18 Gas Engine - 18 cylinder , spark ignited, Green, Gas fueled engine - Ideal for Natural Gas fueled power applications for owners desiring significant fuel cost savings, and generator output in the 7.5 to 7.8 Mw range.
- KG-16 Kawasaki 16 cylinder, "Green" , spark ignited, gas fuel Engine - Ideal for natural gas fueled power generation applications desiring low fuel costs and requiring from 6.67 Mw's (60 Hz) to 6.9 Mw's (50 Hz ) power burning natural gas fuel .
- KG-14 Kawasaki 14 cylinder ,Green, spark ignition Engine - Ideal for natural Gas Fueled power applications for users demanding fuel economy and fuel cost savings, requiring electric generation from 5.8 Mw's (60 Hz) to 6. 7 Mws (50 Hz)
- KG-12 Kawasaki 12 cylinder , Green, spark ignition, Gas Fuel Engine - Ideal for users demanding significant fuel cost savings, and requiring electric output (50 Hz) at 5,200 kW's and (60 Hz) at 5,000 kWs