What It Actually Takes to Fit a Full Power Train onto an Offshore Platform

Discover how Triol's E-Cabinet fits a full offshore ESP power train into just 6.5 m². Meet us at WPC Energy Congress in Riyadh, Stand 3165.

Stay in touch

Submit your request or question, and our team of specialists will contact you.

A compact footprint is only one part of the engineering challenge

Every square meter matters on an offshore platform. Yet the electrical system behind an ESP may require a step-down transformer, variable speed drive, step-up transformer, protection equipment, cooling, and monitoring.

Fitting these components into a limited area is not simply a matter of making each one smaller. They must operate safely and reliably as one complete power train.

Three Major Components. One Integrated System.

A conventional project may source transformers, drives, and supporting equipment from different manufacturers. This adds interfaces, engineering work, installation time, and potential compatibility problems.

E-Cabinet integrates the step-down transformer, AK06 oil production variable speed drive, and step-up transformer into one system.

Its two-level modular design reduces the required platform area to as little as 6.5 m² while keeping the necessary equipment accessible for operation and maintenance.

Because the main components are engineered and supported as one package, the complete system can be configured around the ESP, available platform space, and project requirements.

Built for the Offshore Environment

A compact system must still withstand the conditions surrounding it.

E-Cabinet NEMA 4X uses an IP66 enclosure manufactured from AISI 316L stainless steel with a double-layer polymer coating. It is designed for offshore conditions that include high humidity, salt fog, and severe weather.

The system also includes transformer temperature monitoring, fire warning equipment, arc sensors, and smoke detection. A UPS can keep the controller and critical monitoring systems active for up to six hours if the external power supply is lost.

These functions protect more than the individual components. They support safer operation, earlier detection of developing problems, and more reliable control of the complete system.

Integration Begins Before Installation

Offshore integration is not only about what fits inside the cabinet. It is also about reducing the work required once the equipment reaches the platform.

Combining the main power components into one modular system simplifies mounting, connection, commissioning, and technical support.

The result is a complete power train designed around three offshore realities: limited space, demanding environmental conditions, and restricted access for installation and maintenance.

Discuss Your Offshore Project at WPC Energy Congress

Meet the Triol team in Riyadh to discuss how E-Cabinet can be configured around your ESP system and offshore platform requirements.

11-15 October 2026
Stand 3165

Outsmart limits. Outperform expectations.

Redefining What’s Possible and Achieving Results

We are fast where others are slow, flexible where others are rigid, and committed where others are distant.

Discover more

E-Cabinet

Marine Oil Operations Made Safe and Smart with E-Cabinet NEMA 4X and NEMA 3R

An integrated, corrosion-resistant E-Cabinet solution delivering safe, reliable, low-voltage drive control for onshore and offshore oil operations in harsh marine environments.

Explore more

PF01

PF01: Power quality that protects equipment and your budget

Harmonics don’t announce themselves. They overheat transformers, trigger false trips, and shorten motor life - all while production keeps running… until it doesn’t.

Explore more

EP02

EP02: Linear ESP Technology Proven in the Sahara Desert

EP02 Linear ESP technology proves reliable and efficient in extreme Sahara Desert oil wells.

Explore more

Discover more

Back