Lex Autopilot software

Electric Submersible Pump Software
Lex Autopilot software product image

Electric Submersible Pump Software

Lex Autopilot software

Lex Autopilot is a software-hardware solution designed to automate ESP management using advanced AI and predictive analytics. By integrating seamlessly with existing systems, it addresses operational challenges such as constant manual oversight, inefficient power consumption, and unstable well conditions.
Up to 7% higher production
Up to 11% lower human error
Up to 6% lower operational costs

Advantages

Lex Autopilot combines intelligent automation, predictive analysis, and real-time operational guidance to improve ESP system stability and efficiency in complex oilfield environments.
Production Optimization

Production Optimization

Boosts oil production by up to 7% by automatically identifying unrealized well potential.

Reduced Energy Consumption

Reduced Energy Consumption

Reduces energy consumption by up to 6% while improving operational efficiency across ESP systems.

Reduced Operator Interface Time

Reduced Operator Interface Time

Intelligent assistants guide users through system setup and adjustments, potentially reducing operator interface time by up to 37%.

Predictive Failure Protection

Predictive Failure Protection

Decreases the risk of system failures by up to 13% through predictive failure protection and automated Smart Assistant guidance.

Stable Operation in Challenging Conditions

Stable Operation in Challenging Conditions

Maintains optimal performance in unstable wells with high gas content by successfully overcoming gas locks.

Seamless Integration

Seamless Integration

Autopilot integrates seamlessly with existing systems and supports customizable access levels and communication settings.

Overview

Lex Autopilot is designed to automate and optimize ESP operations using AI-driven analysis, predictive automation, and intelligent operational support.
Autopilot software is uniquely capable of managing complex oil well scenarios by automatically bringing wells into operation while continuously analyzing performance data, even in conditions with high gas content and unstable inflow. Intelligent assistants provide step-by-step guidance for setup and operational adjustments, helping operators respond quickly to changing conditions while improving reliability and reducing manual intervention. The platform combines AI-assisted ESP optimization, predictive operational analysis, automated unstable well management, and remote monitoring capabilities to improve overall operational efficiency.
Lex Autopilot software product image
Lex Autopilot software product image

Applications

EDGE Controller

EDGE Controller

An independent, box-execution controller that operates even during power outages.

CLOUD WEB

CLOUD WEB

Allows for remote well access and extensive controller functionality.

CLOUD Controller

CLOUD Controller

A server version that connects to well data for real-time analysis and results delivery.

CLOUD Virtual Flow meter

CLOUD Virtual Flow meter

Enhances measurement intervals and provides accurate data without physical readings.

Application Limits

Note: Operating within these limits ensures optimal performance and equipment longevity.

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