The right natural gas power solution depends on the application. Generator usage, power required, fuel infrastructure availability, emission requirements and integration with existing power system infrastructure availability, all play a role in determining the right fit.
Cummins natural gas generator sets are engineered to deliver dependable, efficient power across a wide range of applications. High electrical efficiency, self-adjusting engines that tolerate fuel variation and standard NOx sensors help support emissions compliance across a range of applications and operating environments.
Backed by more than 100 years of Cummins Power Generation expertise our natural gas generators are designed for today’s power needs and the future of integrated power solution.
Why natural gas?
Natural gas generators offer numerous benefits across various sectors.
On-site power generation capabilities
Lower emissions compared to oil-based generation
Fuel flexibility with capacity to operate without large onsite liquid-fuel storage
Scalable for a range of applications
Combined Heat Power (CHP) potential to improve energy utilization
Easy integration with distributed energy resources
Natural gas generators sets by power
With sustainability and cost-efficiency as a priority, natural gas generator sets from 13 - 2,000 kW play a key role in the carbon-free power transition.
Below 1,000 kW natural gas generator sets
For populated areas where back-up power is essential, Cummins' range of gas generator sets below 1,000 kW provide reliable power density in a smaller footprint.
Above 1,000 kW natural gas generator sets
When power is needed for critical applications, natural gas generator sets above 1,000 kW provide power with notable cost savings and lower emissions.
Types of natural gas generator sets installations
Cummins integrated power solutions design and manufacture natural gas generator sets for maximum efficiency and reliability.
Prime power
For projects that require prime power where access to utility is not an option, Cummins natural gas solutions deliver robust and economical power solutions.
Peak power
When you need additional back up power to maintain peak energy cost savings, natural gas generators can parallel in any system for total power integration.
Cogeneration solutions
Cogeneration natural gas power solutions help facilities achieve greenhouse gas reduction goals, improve reliability and reduce total cost of ownership.
Natural gas power for critical applications
Data centers
Data center facilities demand reliable, flexible and sustainable power. Cummins integrated power solutions meet the demands of the toughest mission critical applications, backed by an unmatched global support network.
Microgrids
We offer project design and the ability to configure, test and validate microgrid designs with the state of the art Cummins Power Integration Center. Cummins technologies and expert engineers are designing the most sophisticated microgrid solutions in the industry
Healthcare
Leverage our full line of technologically advanced integrated power system solutions for the healthcare industry, including emergency power, prime power solutions, combined heat and power systems and trigeneration systems for dependable power 24/7.
Varegro, in Oostrozebeke, a small town in the province of West Flanders, has already been using the Cummins QSV91G gas generator series in their premises, and selected the new HSK78G to replace the existing generator installation and support the additional power requirements.
Challenge: Provide sustainable power capabilities for Myanmar to reach 100% electrification by 2030. Solution: A fully integrated off-grid solution in remote Kyaw, Myanmar with eight HSK78G natural gas generator sets supported by Cummins Power Generation from conceptualization to commissioning. Result: Energy efficient and cost-e
Overview Challenge: Provide power systems technologies for a completely off-grid microgrid solution that has the capacity to provide continuous reliable power in high ambient conditions, for a gold mining company. Solution: A hybrid renewable energy solution with nine C2000N5CB QSV91G gas generator sets, two C2250D5 QSK60 diesel generator
The NEW Water wastewater treatment facility chose Cummins, after violent rainstorms left them without power for hours at a time, and two natural gas generator sets, and a DMC8000 Digital Master Control System was installed to ensure the facility continued to run smoothly through unpredictable weather conditions.
Purpose: To install a standby power system for a remote lodge and associated water-treatment facility
What: Four 1250 kW at 13.8kV AC generator sets with on-board autonomous microprocessor-based PowerCommand® Control for paralleling and protection. The PowerCommand® DMC 8000 which is a state-of-the-art system level control. Arc-Resistance switchgear rated at 15kV, and the PowerCommand Cloud™ for real-time monitoring. The system runs in an extended parallel operation with the utilit
Our state-of-the-art Power Integration Center (PIC) is a microgrid lab dedicated to the configuration, testing and validation of microgrid power systems. Built by Cummins' leading engineers and microgrid advisors, the PIC is a collaborative space where customers can make informed decisions on optimized microgrid solutions that best support their sustainability journey.
Tools and support for your natural gas generator
Just as diesel and gasoline quality are monitored, so is natural gas for Cummins' long lineup of engines that use the low-cost, clean-burning fuel.
Summary The trucking industry is moving towards cleaner, more efficient engines – and the Cummins X15N™ natural gas engine is a big step in that direction.
What is renewable natural gas? Renewable natural gas (RNG) differs from fossil fuels as it's produced from various types of waste, like used cooking oil, animal waste, sludge from wastewater, manure and other waste materials.
Summary Landfills are no longer just disposal points, but rather, they can be the starting points for new energy sources.
Summary The energy transition in transportation is happening now.
Have you ever heard the phrase, “doing more with less?” Advanced diesel engines are specifically engineered to minimize fuel emissions while also achieving optimum performance through high torque and horsepower.
Summary Compared to traditional diesel engines, natural gas engines have several advantages.
When it comes to natural gas engines, there are a range of frequently asked questions about the cost, practicality, and feasibility of integrating natural gas into commercial fleets.
