Data Centre World Asia 2024
Centum™ Force
Introducing Centum Force, the next generation of containerized generator solutions. Click to see product page.
Explore Centum™ Series Generators
Learn more about the award-winning series.
Data Centre Features
Learn more about the latest innovations for powering your data centre.
Case Study: QSK95 Series Generator Sets
Maximum uptime around the world.
White Paper: Evolution of Data Centre Onsite Power Usage
Read more
Webinar Showcase
Watch to learn more about powering data centers.
Data Centre Products
Frequency (Hz)
60, 50
Fuel Type
Diesel
Prime
2500-3000 kW
3125-3750 kVA
Standby
2680-3500 kW
3350-4375 kVA
Frequency (Hz)
60
Fuel Type
Diesel
Standby
2750-3000 kW
3438-3750 kVA
Frequency (Hz)
60, 50
Fuel Type
Diesel
Prime
1280-2250 kW
1600-2813 kVA
Standby
1408-2500 kW
1760-3125 kVA
Data Centre Features
As the demand for critical emergency and prime power continues to grow, so does the need for innovative, expedient, turn-key solutions.
Cummins Inc. (NYSE: CMI) introduced two new generator sets to the award-winning CentumTM Series, C1750D6E and C2000D6E.
Today, Cummins Inc. (NYSE: CMI) is proud to announce that the CentumTM Series generators won gold in the Power Category of the prestigious Consulting Specifying Engineer (CSE) Product of the Year awards .
Introduction Fueled by the rapid rise of artificial intelligence (AI) and a shift toward high-density computing, the data center industry entered 2025 in overdrive.
Innovation often shows up where constraints are tightest.
March 25th proudly marks Cummins Inc. (NYSE: CMI) eighth consecutive year supporting International Data Center Day (IDCD), powered by the 7x24 Exchange.
As today’s grid faces increasing strain from rising demand and the transition to cleaner energy, downtime is simply not an option for mission-critical operations.
The insatiable appetite for data in our digital world is forcing a reassessment of the way data centers are designed, built, and operated.
In the fast-paced, high-stakes world of data center operations, downtime is never an option.
The ability to make change starts with measuring the current state.
Reliable backup power starts with the right equipment, but it lasts with the right protection.
Data centers require continuous operation and backup power generation in the event of a power outage.
Data centers are the backbone of our rapidly evolving global digital economy.
Data centers play a vital role in everyday life by ensuring we have uninterrupted access to information.
Introduction Fueled by the rapid rise of artificial intelligence (AI) and a shift toward high-density computing, the data center industry entered 2025 in overdrive.
Innovation often shows up where constraints are tightest.
March 25th proudly marks Cummins Inc. (NYSE: CMI) eighth consecutive year supporting International Data Center Day (IDCD), powered by the 7x24 Exchange.
As today’s grid faces increasing strain from rising demand and the transition to cleaner energy, downtime is simply not an option for mission-critical operations.
The insatiable appetite for data in our digital world is forcing a reassessment of the way data centers are designed, built, and operated.
In the fast-paced, high-stakes world of data center operations, downtime is never an option.
The ability to make change starts with measuring the current state.
Reliable backup power starts with the right equipment, but it lasts with the right protection.
Case Study
Cummins class-leading QSK95 Series generator sets provide mission critical, prime and standby power whenever it’s needed.
Built for maximum uptime, their reliable performance helps to protect life, infrastructures, operations and computing requirements in hospitals, data centers, water treatment facilities and other demanding applications.
Backing up this power is Cummins strength and technical expertise. As a power generation leader, we provide unmatched capability: designing and delivering the best power system solution for your needs, supported by first-class service from our global network.
White Paper
There are two major forces at play redefining how onsite power generation assets are applied in data centers – the quest to decarbonize data centers, and the challenge of an insufficient power grid. Today, diesel generator sets are the predominant standby power source in a typical data center and run only a few hours per year to meet emergency grid outages and equipment exercising regimens; but also because their operation may be limited by national and local air quality regulations. As such, data center operators are assessing how onsite power generation systems can be leveraged beyond conventional use and contribute to meeting their sustainability goals and address the challenges of an insufficient grid. In this paper we will discuss these forces, the evolution of design and application of onsite power, and present viable alternative power generation technologies that may be deployed to address these challenges.
Webinar Showcase
Data Center Dynamics
The need for strong backup power and resiliency in the data center sector has never been greater, driven by outdated grids, power shortage & more extreme weather events. At the same time, the regulatory landscape in North America is becoming increasingly complicated as regulators crack down on emissions reporting. This episode will explore:
- How data centers should be responding to meet regulations, whilst safeguarding business continuity for customers
- Planning for back-up power & gensets alongside the ‘unknown unknowns’ of the future regulatory landscape
- How to ‘stack up’ the complications of emissions regulation in an increasingly regulated environment
Speakers Rich Scroggins, Cummins | Stephen Worn, DatacenterDynamics | Jim McDonald , ENP Consultants - a Miratech Group | Dan Welch , Aeolus Consultants
Data Center Dynamics
This tech showcase will delve into the latest innovations and strategies for optimizing backup power solutions, focusing on space efficiency, speed and agility, and cost-effectiveness. Gain insights into some of the best strategies for addressing on-site power challenges, providing reliable and sustainable power solutions that adapt to the growing and diverse needs of data centers worldwide.
- Explore innovative features and compact solutions to maximize available space
- Learn strategies for rapid deployment from real-world examples of agile power systems
- Understand the importance of cost-effective backup power systems without compromising on quality
Speakers: Bhargava Srikantha, Cummins | Stephen Worn, DatacenterDynamics
Electrical Review / Data Centre Review
Discover how the newly launched Centum Force containerised genset is targeting the data centre industry with its ease of deployment, sustainability features, and cutting-edge technology. Also, learn about Cummins’ vision for the future and the company’s commitment to environmental responsibility.
Speakers: Ignacio Gonzalez, Executive Director, Powergen Markets EMEIA at Cummins | Jordan O’Brien, Editor of Electrical Review | Kayleigh Hutchins, Editor of Data Centre Review
Sales and Service
Cummins Sales and Service provides a wide variety of products and services to support and maintain power generation systems. Watch the video below and visit our Sales and Service page to learn more.
Count on Cummins Service
approximate number of wholly-owned, joint venture and independent distributor locations
Cummins certified dealer locations
approximate number of countries and territories where Cummins operates
Data Sheets
C3500D5e
- LVSI804T, Winding 12
- LVSI804W, Winding 12
- LVSI804X, Winding 12
- LVSI804T, Winding 65
- LVSI804W, Winding 65
- LVSI804Y, Winding 65
- S9M1D-E4 - Winding 851
- S9M1D-F4 - Winding 851
- S9M1D-G4 - Winding 851
- S9M1D-H4 - Winding 851
- S9H1D-E4, Winding 983
- S9H1D-F4, Winding 983
- S9H1D-G4, Winding 983
- S9H1D-H4, Winding 983
- S9H1D-F4, Winding 83
- S9H1D-G4, Winding 83
- S9H1D-H4, Winding 83
- S9H1D-E4, Winding 961
- S9H1D-F4, Winding 961
- S9H1D-G4, Winding 961
- S9H1D-H4, Winding 961
- S9M1D-F4, Winding 51
- S9M1D-G4, Winding 51
- S9M1D-H4, Winding 51
- S9H1D-F4, Winding 61
- S9H1D-G4, Winding 61
- S9H1D-H4, Winding 61
C3000D6EB
- S9L1D-D4 - Winding 312
- S9L1D-E4 - Winding 312
- S9L1D-F4 - Winding 312
- S9L1D-G4 - Winding 312
- S9L1D-E4 - Winding 607
- S9L1D-F4 - Winding 607
- S9H1D-E4 - Winding 991
- S9H1D-F4 - Winding 991
- S9H1D-G4 - Winding 991
- S9H1D-H4 - Winding 991
- S9H1D-E4 - Winding 963
- S9H1D-F4 - Winding 963
- S9H1D-G4 - Winding 963
- S9M1D-D4 - Winding 851
- S9M1D-E4 - Winding 851
- S9M1D-F4 - Winding 851
- S9M1D-G4 - Winding 851
- S9M1D-H4 - Winding 851
C3000 D6
- LVSI804W - Winding 13
- LVSI804W - Winding 12
- LVSI804W - Winding 07
- LVSI804W - Winding 65
- LVSI804X - Winding 12
- LVSI804X - Winding 07
- S9M1D-G4 - Winding 851
- S9M1D-H4 Winding 851
- S9H1D-G4 - Winding 963
- S9H1D-G4 - Winding 961
- S9H1D-G4 - Winding 983
- S9H1D-G4 - Winding 991
- S9M1D-F4 - Winding 851
- S9H1D-H4 - Winding 991
- S9H1D-F4 - Winding 991
- S9M1D-E4 - Winding 851
C2750D6E
- S9L1D-D4 - Winding 312
- S9L1D-E4 - Winding 312
- S9L1D-F4 - Winding 312
- S9L1D-G4 - Winding 312
- S9H1D-E4 - Winding 991
- S9H1D-F4 - Winding 991
- S9H1D-G4 - Winding 991
- S9H1D-H4 - Winding 991
- S9L1D-E4 - Winding 607
- S9L1D-F4 - Winding 607
- S9H1D-D4 - Winding 963
- S9H1D-E4 - Winding 963
- S9H1D-F4 - Winding 963
- S9H1D-G4 - Winding 963
- S9M1D-D4 - Winding 851
- S9M1D-E4 - Winding 851
- S9M1D-F4 - Winding 851
- S9M1D-G4 - Winding 851
- S9M1D-H4 - Winding 851
C2750D5B-PB - See Data Sheet