Long-term Power Supply Project for Energy Base in Uzbekistan

An energy project in Uzbekistan adopted MWM 2032 SERIES gas generator sets as the main long-term stable power source for the whole station, relying on local abundant natural gas resources to realize continuous self-generation and stable grid-connected power supply.

Project Background & Tender Award

Uzbekistan boasts rich natural gas reserves, and local large-scale energy industrial bases require high-reliability power equipment capable of long-cycle uninterrupted operation. Gas generating units using natural gas as fuel can greatly cut power operation costs, meet the base load demand of energy production lines, and support long-term stable industrial operation.

Core Technology & Equipment Configuration

Generating Units

The project is equipped with multiple sets of MWM 2032 SERIES gas generator sets. The series features mature gas combustion technology, strong continuous running performance and high power generation efficiency, perfectly matching the long-term base-load power demand of Uzbekistan energy industrial projects.

Project Positioning

Main self-generating power station for large energy industrial project, undertaking long-term basic load power supply of production equipment and auxiliary systems with natural gas as clean fuel.

Equipment Features

• Professional MWM 2032 SERIES gas power unit, excellent long-cycle continuous operation capability
• High thermal efficiency, low operation cost, making full use of local natural gas resources
• Stable parallel grid-connected performance, adapt to long-term base-load working mode of energy projects
• Optimized dust-proof and temperature-resistant design to adapt to Central Asian dry climate

Project Significance & Challenges

Project Value

The MWM gas generator sets serve as the core long-term power supply, realizing low-cost and stable self-power supply for the energy project, reducing dependence on external public grid, and forming a typical circular energy utilization model based on local gas resources.

Execution Challenges

Completed gas ingredient matching debugging, multi-unit parallel grid-linked control system calibration, and optimized unit cooling and dust prevention structure to adapt to the dry and large temperature difference climate of Central Asia.