1660 kVA High-Capacity Generator for a Major Manufacturing Factory in Ukraine

Securing critical industrial production lines and facility infrastructure with a massive 1660kVA Mitsubishi-powered standby generator.

In the manufacturing sector, operational uptime dictates profitability. Unplanned power outages can severely disrupt automated assembly lines, corrupt programmable logic controllers (PLCs), and result in massive batches of wasted raw materials. Facing a highly volatile utility grid, a major manufacturing facility in Ukraine sought an industrial-grade, ultra-reliable standby power solution to protect its production schedules.

Purpose

To integrate a high-capacity, heavy-duty standby generator capable of absorbing the entire electrical load of the manufacturing plant. The system is engineered to provide immediate emergency power, safeguarding automated machinery and facility infrastructure from damaging grid failures.

Where

Location: Ukraine

Facility Type: Heavy Industry / Manufacturing

Backing up a major factory requires immense power density and rapid transient response. Emsa Jeneratör delivered a formidable 1660kVA unit driven by a powerhouse Mitsubishi S12R-PTAA2 engine paired with a premium Mecc Alte alternator. This configuration provides exceptional block-loading capability, allowing it to instantly take on the heavy inductive loads of the factory's motors, compressors, and robotics the moment the grid fails.

Supply & Technical Specifications

  • Capacity: 1660 kVA Standby
  • Engine: Mitsubishi (Model: S12R-PTAA2)
  • Alternator: Mecc Alte (Model: ECO46-1S/4)
  • Quantity Supplied: 1 Unit

Tangible Results and Impact

The Emsa power system has effectively immunized the factory against grid instability. Key project outcomes include:

  • Production Continuity: Automatic power restoration ensures zero disruption to sensitive automated assembly lines and heavy machinery.
  • Asset Protection: Total prevention of raw material waste and hardware damage caused by unexpected voltage drops or sudden shutdowns.