Cummins 1500kva Generator Set

Diesel Generator Systems for Data Centers

Data centers, serving as critical infrastructure for enterprises, media platforms, and websites, provide large-scale, high-quality, and secure services. Continuous power supply is a core principle, ensuring stable operation of both infrastructure and IT equipment. In extreme scenarios of complete grid failure, data centers must deploy robust solutions. Diesel generator sets, as vital emergency equipment, take over power supply during outages to prevent catastrophic losses from server downtime or data loss. Below, we explore the composition and working principles of diesel generators commonly used in data centers.

『 Generator Set Specs 』

Prime Power	1200kw/1500kva
Standby Power	1320kw/1650kva
Cummins Engine Model	KTA50-GS8
Leroy somer Alternator Model	LSA50.2L8
Fuel Consumption	309L/h

『 Cummins Diesel Engine Specs 』

Displacement	50.3L
Bore×Stroke(mm)	159×159
Cylinder	16
Aspiration	Turbocharged and Low Temperature Aftercooled
Coolant Capacity— Engine Only	165L
Engine Idle Speed(RPM)	725 - 775

1200kw/1500kva Cummins Genset
Whatever you needs, ZTA is at your side.
Cummins Engine KTA50-GS8
Brand New Engine
Chongqing Cummins(CCEC)
Spare parts For Cummins Also Supply

Composition and Working Principles

A diesel generator set is an energy conversion device that transforms chemical energy into electrical energy, delivering stable power to data centers. It integrates mechanical dynamics, electrical engineering, and automated control, comprising three core components:

Diesel Engine: Converts fuel into mechanical energy.

AC Generator: Converts mechanical energy into electrical energy.

Control System: Manages startup, operation, and shutdown processes.

The system’s reliability hinges on the high quality and performance of each component. Critical specifications, such as those listed on the generator’s nameplate, are key indicators of its capabilities.

Roles and Applications in Data Centers

Diesel generators play a pivotal role in data centers:

Backup Power: Ensure uninterrupted power during grid failures.

Primary/Continuous Power: Serve as self-sufficient or long-term power sources for specialized facilities.

Mobile Power Solutions: Portable units are ideal for emergencies in telecommunications, oil fields, geological exploration, and disaster recovery.

Generators are categorized by application:

Standby Units: Activated during grid outages.

Prime Power Units: Designed for prolonged operation.

Emergency Units: Deployed for critical, short-term needs.

Automated and Remote-Controlled Systems

Automatic Generator Sets:

Function as standby units with intelligent automation (auto-start, auto-run, auto-shutdown).