Cummins Powered Diesel Generator

WCS275S-AU

Key Features

Engine: QSL9-G3
Alternator: UCDI274K
Control: PLC-7420
Main Circuit Breaker: 400A
Governor: Electronic fuel injection governor
Excitation system: Self excited

Powerlink WCS275S-AU Diesel Generator delivers reliable energy for Australia.

The WCS diesel generator series has a power range of 100kVA to 3250kVA and is powered by the renowned UK Cummins engine. Products are reliable and durable, can be used as prime continuous power supply and also in standby mode to supply quick emergency power.

WCS275S-AU Features:

Complete Solutions

WCS275S-AU Industry Applications

Our diesel generators, energy equipment and lighting towers deliver reliable, high-performance power across key industries including commercial, industrial, agricultural, and residential sectors. Trusted for durability and efficiency, Powerlink ensures uninterrupted energy solutions tailored to every application.

Construction

In Australia’s construction sector, Powerlink delivers reliable diesel generators and lighting towers to keep projects running smoothly, day and night. Our solutions provide dependable power and illumination, ensuring safety, efficiency, and productivity.

Learn More

Mining

Powerlink supports Australia’s mining operations with high-performance diesel generators and lighting towers designed for remote, rugged environments to ensure continuous production, worker

Learn More

Industrial

Powerlink delivers robust diesel generators and lighting towers for Australia’s industrial sector, ensuring reliable power and illumination to support factories, warehouses, and large-scale

Learn More

Agriculture

Powerlink supports Australia’s agriculture with dependable generators and lighting towers reliable power and illumination. From irrigation and harvest to night-time tasks, our durable solutions delivers durability and low-cost operations.

Learn More

Residential

Powerlink provides reliable diesel generators and lighting towers for Australia’s residential needs, delivering backup power and safe illumination for homes, communities, and emergency situations.

Learn More

Infrustructure

Powerlink delivers robust diesel generators and lighting towers for Australia’s commercial and technology sector, ensuring reliable energy to support data and research center, commercial facilities.

Learn More

FAQs

What Types of Applications are PowerLink Generator Sets Suitable For?

PowerLink generator sets cater to a broad spectrum of continuous energy needs. Our smallest unit is 5KVA, ideal for households and small retail properties, and our largest is 3250KVA, capable of powering commercial buildings, hotels, hospitals, mines, factories, and even national power grids. Our generators are suitable for standby and continuous power supply in various sectors.

What are the Standard Components of Our Generator Sets?

Our generator sets include a diesel engine, alternator, elastic coupling, main circuit breaker, radiator, various filters (fuel, air, oil), steel chassis, silencer, accumulator, daily fuel tank, oil filling system, silent housing/container body, and a PLC control system.

What are the Features of a PowerLink Diesel Genset?

Our diesel generator sets are designed with advanced technology and a modular design, ensuring superior performance while maintaining cost-effectiveness. At PowerLink, we have an in-depth understanding of the entire equipment system, which includes the engine, generator, and other hardware components, as well as automation control and software, all developed independently by PowerLink.

How to Calculate kVA/KW?

To calculate the power in kilovolt-amperes (kVA) or kilowatts (KW), multiply the voltage (in volts) by the current (in amperes) for single-phase systems. For three-phase systems, multiply the voltage, current, and the square root of 3 (approximately 1.732). Divide the result by 1000 to convert to kVA or kW as needed.

How to Measure the Power Requirement for My Load?

To measure the power requirement for your load, list all the electrical appliances or systems that will be powered by the generator. Calculate the total wattage by adding the individual wattages of these appliances or systems. This sum gives you an estimate of the power requirement. Ensure to consider both starting and running wattage for accurate assessment.