Coordination Studies
Analyze protective device settings to ensure proper fault isolation and system reliability.
Service Overview
At Engineering Design Services, our Coordination Study services provide the detailed analysis needed to ensure electrical systems operate safely and efficiently during fault conditions. We take an engineering-driven approach to evaluating breakers, fuses, relays, and other protective devices to ensure they respond properly and selectively when faults occur.
Our team works closely with clients to analyze system configurations, fault current levels, and equipment operating requirements to optimize protective device settings and reduce unnecessary outages. From new facility design to existing system upgrades and compliance reviews, we ensure coordination studies are accurate, practical, and aligned with current industry standards.
By integrating power system analysis, field verification, and operational requirements, we deliver coordination studies that improve system protection, reduce equipment damage, and support long-term electrical reliability.
Whether supporting plant expansions, equipment upgrades, or arc flash mitigation efforts, our team delivers coordination solutions built for safety, performance, and operational continuity.
Engineering Challenge We Solve
Improper protective device coordination can lead to widespread outages, equipment damage, and increased safety risks. Our approach addresses these challenges by:
Improving System Reliability: Ensuring only the affected portion of the system is isolated during faults.
Reducing Downtime: Preventing unnecessary shutdowns caused by improper breaker or fuse operation.
Protecting Equipment: Minimizing damage from short circuits, overloads, and fault events.
Supporting Personnel Safety: Improving protective device response to reduce arc flash exposure.
Maintaining Compliance: Aligning system protection with NEC, IEEE, NFPA, and OSHA requirements.
Core Capabilities
Our team provides comprehensive coordination study services across all project phases:
Protective Device Coordination Studies: Analysis and optimization of breakers, fuses, and relays.
Time-Current Coordination Curves: Development and review of protective device response curves.
Short Circuit Studies: Evaluation of available fault current across the electrical system.
Relay Setting Recommendations: Optimization of relay trip settings for selective protection.
Existing System Reviews: Assessment of system changes, expansions, and compliance requirements.
Arc Flash Mitigation Support: Coordination improvements to help reduce incident energy levels.
Advanced Tools & Technical Expertise
We apply proven engineering methods and recognized industry standards to ensure high-quality deliverables:
Industry Standards: Compliance with IEEE, NEC, NFPA 70E, OSHA, and client-specific standards.
Power System Analysis Software: Advanced modeling tools for accurate protective device evaluation.
Field Verification: Validation of installed equipment, breaker settings, and relay configurations.
Cross-Discipline Coordination: Integration with electrical, operations, maintenance, and safety teams.
Practical Implementation Focus: Deliverables designed for real-world operation and maintenance programs.
Industries We Support
Our Coordination Study services support industries where electrical reliability and system protection are critical:
Petrochemicals: Refineries, chemical plants, and process facilities with complex power systems.
Energy: Oil & gas production, LNG facilities, and power generation sites.
Sustainable Infrastructure: Hydrogen production, carbon capture, and renewable energy facilities.
Industrial Manufacturing: Heavy industrial plants, utilities, and manufacturing operations.
Themed Entertainment: Facility infrastructure and critical support systems behind the scenes.
Aerospace: Ground support systems, testing facilities, and specialized electrical infrastructure.
Deliverables
We provide clear, structured outputs to support safety, compliance, and operational decision-making:
Coordination Study Reports: Complete analysis of protective device performance and system selectivity.
Time-Current Coordination Curves: Graphical review of breaker, fuse, and relay coordination.
Short Circuit Analysis Reports: Fault current evaluations across the electrical distribution system.
Relay Setting Recommendations: Optimized protective settings for improved reliability.
Updated One-Line Diagrams: Verified electrical system documentation reflecting study results.
Recommendations & Mitigation Plans: Actionable improvements for system protection and compliance.
Electrical & Instrumentation experience
Engineering Design Services support industrial facilities and infrastructure projects requiring reliable, code-compliant, and performance-driven power, controls, and automation solutions. Our experience includes facility upgrades, power distribution systems, control panel design, instrumentation integration, and utility coordination across a wide range of industrial environments. We focus on ensuring safe, efficient, and scalable electrical and control systems that support both operational performance and long-term reliability.
Pressure Vessel Design
Petrochemicals
Engineering support was provided for a large-scale LPG fractionation facility in South Texas, including the design of bullet tanks exceeding 150 feet in length.
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Frequently Asked Questions
Explore common questions related to industrial 3D modeling, engineering workflows, facility modifications, operational reliability, and multidisciplinary coordination.
What is the purpose of Coordination Studies in industrial facilities?
Why is Coordination Studies important for industrial operations?
How does Coordination Studies improve safety and reliability?
When should Coordination Studies be implemented or updated?
What are the key benefits of Coordination Studies?
