Arken Generator
Twin Generator Systems
Uninterrupted Operation with Dual Engines

Arken Generator Twin Generator Systems have been developed to deliver stable performance in long-duration and critical operations through their dual-engine configuration. The compact design, positioned on a single chassis, provides both space savings and operational flexibility.

Twin systems offer economical operation at low load levels and stable performance with dual engines when higher output is required, delivering significant advantages to users. This configuration ensures both portability and reliable operation under long-term field conditions.

Why Arken Generator Twin Systems?

Ease of Transportation and Installation

Thanks to the compact chassis and optimised weight structure, Twin generators can be easily transported to site and quickly commissioned.

Lower Investment Cost Compared to Two Separate Generators

By delivering the same performance with a single compact system without the need for two separate generators, it reduces investment costs.

Higher Performance with a Compact Design

The integration of two engines on a single enclosure enables high-capacity operation even in limited spaces.

Low Noise Level

Thanks to its insulated canopy structure and optimised engine layout, it offers the advantage of quiet operation.

Design Suitable for Synchronous and Redundant Operation

The twin configuration adapts to different scenarios with both synchronous operation and redundant operation modes.

Fuel Savings and Efficient Use

Automatic operating transitions based on load profiles optimise fuel consumption.

Applications and Areas of Use

Arken Twin Generator systems are designed with project-specific engineering analysis for each application. The most suitable Twin configuration is created by taking into account operating duration, load profile, environmental conditions, and site requirements.

With a durable canopy structure, safe circuit transitions, a user-friendly control panel, and high operational stability, Twin systems deliver stable performance even under demanding conditions.

Telecommunications and Data Centres

Construction and Infrastructure Projects

Industrial Facilities

Mobile Energy Requirements

Emergency and Disaster Areas

All Areas Where Energy Continuity Is Critical