1000KW Generator Powered

Product Overview

The 1000kW generator powered by a high-performance diesel engine is a heavy-duty power solution designed for large-scale and mission-critical applications. With a rated output of 1000kW (approximately 1250kVA), it is widely used in environments that require continuous, stable, and high-capacity power supply.

Driven by a robust diesel engine (such as Cummins, Perkins, or MTU), the generator delivers strong torque, excellent load response, and long-term operational reliability. It is typically equipped with a brushless alternator and an Automatic Voltage Regulator (AVR), ensuring precise voltage control and consistent frequency output even under fluctuating loads.

The unit features an advanced control system that supports automatic start/stop, real-time monitoring, fault protection, and seamless integration with an Automatic Transfer Switch (ATS). This allows the generator to respond instantly during power outages and maintain uninterrupted operation.

 

Key Features

High Output Capacity – 1000kW power suitable for large industrial and commercial loads

Reliable Engine Performance – Proven diesel engines ensure durability and long service life

Stable Power Quality – AVR provides accurate voltage regulation for sensitive equipment

Fast Automatic Response – ATS compatibility enables quick startup during outages

Strong Load Adaptability – Handles high starting currents and fluctuating loads

Fuel Efficiency – Optimized combustion system reduces fuel consumption

Flexible Design Options – Available in open, silent, containerized, and parallel systems

 

Applications

1. Data Centers
Ensures uninterrupted operation of servers, storage, and cooling systems, preventing data loss and downtime.

2. Industrial Manufacturing
Powers heavy machinery, automated production lines, and large equipment with stable output.

3. Hospitals & Healthcare
Provides emergency backup for critical medical equipment and life-support systems.

4. Construction & Infrastructure
Supports cranes, pumps, and large tools on construction sites with insufficient grid power.

5. Mining & Oil & Gas
Delivers reliable power in remote and harsh environments with high load demands.

6. Commercial Complexes
Maintains operation of HVAC, elevators, lighting, and security systems during outages.

(1) Use a fuel-saving and smoke-reducing device. Vertically fix the fuel-saving and smoke-reducing device in the front oil circuit of the fuel injection pump and connect it to a DC power supply. When used on a diesel generator set, it significantly reduces smoke, reducing environmental pollution and saving approximately 5% of fuel.

(2) Install an inertial turbocharger. Installing an inertial turbocharger on a diesel engine can generally increase power by 15% and reduce fuel consumption by 3%~5%.

(3) Wrap toilet paper around the filter element. Wrapping 2-3 layers of highly absorbent toilet paper around the diesel engine oil filter element can improve fuel cleanliness and reduce fuel consumption.

(4) Install a foam plastic air filter. Adding a layer of 8-20mm thick, highly permeable foam plastic between the two layers of the air filter can improve filtration efficiency, ensure normal fuel combustion, and reduce fuel consumption.

(5)Reroute the return oil pipe. Connecting the diesel engine's return oil pipe to the high-pressure oil pipe allows the return oil to enter the low-pressure oil circuit, ensuring normal combustion and resulting in significant fuel savings.