320kW CUMMINS Diesel Generator | The High Efficiency Electric Generator for Cost-Conscious Industrial Operations

For industrial facilities and large commercial enterprises, the cost of backup power extends far beyond the initial purchase. Fuel consumption represents the single largest operational expense over a generator’s lifetime. The 320kW model from EMEAN POWER, powered by the CUMMINS NTA855-G7A engine, redefines what industrial operators can expect from a high efficiency electric generator—delivering substantial power output while minimizing fuel costs and environmental impact.

Powered by the Advanced CUMMINS NTA855-G7A

This generator is engineered for 60Hz power systems, operating at 1800 RPM to meet North American industrial standards. The CUMMINS NTA855-G7A engine features a 14-liter displacement with a 6-cylinder configuration—incorporating advanced turbocharging and fuel injection technologies that optimize combustion efficiency. Delivering 377kW of engine power with a prime output of 320kW (400kVA) and a standby capacity of 352kW (440kVA), this unit provides substantial reserve capacity for facilities with significant power demands. The NTA855-G7A’s advanced engineering makes it a true high efficiency electric generator in the 320kW class.

Industry-Leading Fuel Efficiency

At the heart of this model’s efficiency story is its exceptional fuel consumption rate of just 200 grams per kilowatt-hour. For industrial facilities running generators for extended periods during grid outages or in prime power applications, this translates directly to lower operating costs and reduced fuel storage requirements. The 8-10 hour runtime on the base-frame fuel tank ensures uninterrupted operation, while the high-efficiency filtration system protects the engine from contaminants. When specifying a high efficiency electric generator, total cost of ownership is paramount—and this unit delivers measurable savings year after year.

High-Efficiency Design Across Every Component

True efficiency extends beyond the engine. The brushless alternator features H-class insulation that minimizes electrical losses while maintaining stable power output. The modular ventilation design optimizes airflow to reduce parasitic losses from cooling fans. The heavy-duty steel chassis with anti-vibration mounts reduces mechanical losses. Together, these features create a high efficiency electric generator that maximizes the conversion of fuel into usable electrical power—wasting less energy as heat or vibration than conventional units.

Intelligent Control for Optimized Operation

The Smartgen 6120N digital control panel provides comprehensive system visibility essential for industrial facilities. Real-time monitoring tracks fuel consumption, load percentage, and efficiency metrics alongside standard parameters like oil pressure and coolant temperature. Automatic protection features include overcurrent shutdown via the MCCB air circuit breaker, low oil pressure alerts, and high-temperature warnings. This intelligent control helps operators maintain the high efficiency electric generator in peak operating condition, ensuring that efficiency gains are sustained over the unit’s operational life.

Built for Industrial Durability

Industrial applications demand equipment that withstands continuous use. The heavy-duty steel chassis incorporates 5mm thickened bent construction with double-layer powder coating for superior corrosion resistance. The soundproof canopy with industrial-grade acoustic foam minimizes noise while maintaining cooling efficiency. Voltage outputs range from 110V to 660V in both single-phase and three-phase configurations, accommodating diverse industrial electrical requirements.

Flexible Configuration for Specific Needs

Customization options include Stamford, Leroy Somer, or Marathon alternators; Smartgen or Deep Sea control panels; automatic transfer switches; and cold-start kits. With ISO9001 and CE certifications, a one-year warranty, and a global service network, this high efficiency electric generator delivers the perfect balance of power, economy, and reliability for industrial operators seeking to optimize their backup power investment.