BEASY AC Interference is a specialized simulation software designed for engineers and system designers to calculate and analyze the potentials and currents induced along buried pipelines due to alternating current (AC) flowing through nearby powerlines and electrical infrastructure. The software models the electromagnetic interactions between pipelines and low-frequency fields generated by transmission lines, transformers, and substations. This analysis is essential for understanding the voltage induction at each section of a pipeline, which can pose safety hazards to personnel and affect the effectiveness of cathodic protection (CP) systems. By simulating induced currents, BEASY AC Interference enables users to evaluate the impact of AC interference on asset integrity, develop effective mitigation strategies, and ensure compliance with safety standards. The tool supports the design and verification of infrastructure to minimize interference, optimize protection systems, and maintain the longevity of critical assets.

Key Features

AC-Induced Voltage and Current Calculation Simulates and quantifies AC-induced voltages and currents in buried pipelines.

• Models electromagnetic coupling between pipelines and powerlines.
• Calculates voltage induction at each pipeline section for safety assessment.

Cathodic Protection System Verification Assesses the impact of induced currents on CP system effectiveness.

• Evaluates potential interference with protection systems.
• Supports adjustments to maintain CP efficiency and asset longevity.

Mitigation Strategy Development Enables design of infrastructure and strategies to minimize AC interference.

• Simulates various scenarios to optimize mitigation measures.
• Provides insights for safe and reliable operation of assets.

Safety Hazard Assessment Identifies and quantifies risks to personnel handling metal structures.

• Assesses voltage hazards for onsite safety compliance.
• Supports regulatory and industry standard requirements.

Benefits

Improved Asset Integrity and Safety Enhances protection of pipelines and infrastructure from AC-induced corrosion.

• Reduces risk of unexpected failures and safety hazards.
• Extends asset life through informed design and maintenance.

Optimized Protection System Performance Ensures cathodic protection systems function effectively under AC interference.

• Minimizes unnecessary repairs and operational costs.
• Supports compliance with industry regulations and standards.

Efficient Engineering Workflow Streamlines complex analysis and reporting tasks for AC interference studies.

• Integrates with existing engineering workflows for efficiency.
• Reduces manual effort in data interpretation and management.