Original Generator Set Sales Center: Reliable Backup Power Solutions for Industry and Business

DESCRIPTION / TECHNICAL SPECIFICATIONS

In today's modern industrial landscape, power interruptions pose a significant threat to productivity. Our power generation line stands as a standby energy solution that merges international diesel engine technology with uncompromising durability. Leveraging innovations from world-renowned engineering hubs such as the UK, Germany, Austria, Korea, and Sweden, these units are engineered to deliver stable performance across diverse operational environments. We offer a variety of configurations, from robust stationary units to highly flexible mobile trailer power stations designed for field projects with wide turning radii and exceptional mobility.

The technical superiority of our units lies in the integration of highly precise internal systems. Each engine is powered by direct injection technology featuring high-pressure 24.7 MPa rotary pumps, ensuring cleaner and more efficient combustion. For thermal management, we utilize 4-row radiators crafted from brass and copper matrices capable of keeping the engine in peak condition even during continuous full-load operations. Electrical protection is managed by brushless three-phase synchronous alternators with Class H insulation and IP23 protection standards, ensuring a highly stable current with voltage fluctuations under 1 percent, supported by an automatic AVR (Automatic Voltage Regulator) system.

We offer an extensive power range, from small 2.5 kVA units to massive powerhouse systems reaching up to 2500 kVA. All units comply with Euro 2 emission standards and come equipped with intelligent controllers that monitor vital parameters in real-time to prevent damage from low oil pressure or overheating. With the ability to handle overloads up to 110 percent and a highly responsive frequency recovery time of under 3 seconds, this energy solution represents the best investment to ensure your business continues to operate without power-related disruptions.