Description

Power you can count on when the grid cannot deliver. The DG1850P-2000S-F50-PE is a Perkins Powered diesel generator delivering 1850 kVA / 1480 kW prime power and 2000 kVA / 1600 kW standby power. Built for data centres, industrial plants, utilities and mission-critical infrastructure, it gives businesses the capacity and resilience needed to keep essential operations moving through utility outages, weak-grid conditions and demanding operating schedules.

At the heart of the set is a proven Perkins diesel engine platform, combined with a heavy-duty three-phase generating system for professional commercial and industrial installations. Strong load capability, robust cooling and dependable diesel performance make it a practical choice for sites where downtime can quickly become an operational and financial problem.

Why Choose This Generator?

• Perkins Powered: proven diesel engine technology for demanding commercial and industrial power applications.
• Prime + standby capability: clearly defined operating ratings make it easier to size the generator correctly for the job.
• 50Hz three-phase power: configured for 400/230V electrical systems with PF0.8 performance.
• Digital control: digital generator and engine monitoring, protection and operating-status functions for dependable automatic standby operation.
• Built for critical operations: ideal where power interruptions can affect productivity, revenue, safety or service delivery.
• Project-ready: suitable for integration with ATS panels, remote monitoring and engineered power-distribution systems.

Technical Specifications

Designed Around Real Business Loads

This 1850 kVA prime generator is well suited to data centres, industrial plants, utilities and mission-critical infrastructure and other installations requiring dependable three-phase power. It can form part of a complete standby-power system or be specified for prime-power duty where the operating profile allows.

Get the Right Generator, Not Just a Bigger Generator

Correct sizing matters. Motor starting currents, UPS systems, nonlinear loads, future expansion, ambient conditions and required runtime can materially affect generator selection. We can support load assessment, generator sizing, ATS selection and system integration so the final solution is matched to the actual site requirement.

Published fuel consumption is a reference at 100% prime load and actual consumption will vary with loading and operating conditions. Dimensions, dry weight and fuel-tank capacity are reference values for the stated configuration and may vary with the selected build and project requirements.