Project

Enter Engineering Fergana Refinery Project

Categories

Energy Efficiency, Industry,

Time

February 2024

Status

Completed

Client

Enter Engineering

Description


Problem: Addressing Energy Inefficiency & Operational Challenges

The Fergana Refinery, one of Uzbekistan’s largest hydrocarbon processing facilities, faced critical challenges due to aging infrastructure, energy inefficiencies, and operational reliability concerns. To modernize the facility and comply with European fuel quality standards, Enter Engineering sought a solution that would provide:

  • Improved energy efficiency to reduce waste and operational costs
  • Reliable and uninterrupted power distribution to support refinery processes
  • Compliance with IEC safety standards for enhanced workplace safety

Innovative Solution: SLV-E Series Low Voltage Panels

To address these challenges, Aktif Elektroteknik supplied and integrated SLV-E Series Form-4 Low Voltage Panels, designed to optimize power distribution, safety, and reliability in industrial settings.

Key Features of SLV-E Panels in This Project:

High Energy Efficiency – Reduced power losses and optimized distribution, contributing to a more sustainable operation
Advanced Safety Standards – IEC 61439-1/2 compliance, 100kA short-circuit resistance, and IP55 protection for maximum security
Uninterrupted Power Supply – Form-4 configuration ensures continuous operations with modular and functionally separated compartments

Discover more about SLV-E Panels

Significant Results: Enhanced Performance & Reliability

Following a seamless installation and commissioning process, the SLV-E panels delivered outstanding performance, providing:
✅ Optimized energy efficiency across refinery operations
✅ Reliable and uninterrupted power supply, ensuring maximum uptime
✅ Improved workplace safety, meeting European fuel processing standards

With this successful implementation, Aktif Elektroteknik continues to support global energy projects with innovative, high-performance Low Voltage Distribution Systems.

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