Oilfield Electrical Construction: How Better Electrical Infrastructure Reduces Downtime and Supports Automation

Oilfield electrical construction directly impacts production reliability, equipment life, and field safety. Poorly designed electrical systems can lead to repeated shutdowns, unreliable artificial lift performance, communication failures, and costly maintenance callouts across the field.

As oil and gas operations become more automated, producers need electrical infrastructure that supports SCADA systems, variable frequency drives (VFDs), SWDs, tank batteries, and artificial lift systems without creating recurring operational problems.

According to John Serr, Head of Electrical at Design Solutions & Integration (DSI), many of the electrical failures operators experience are not caused by a single component failure. Instead, they often trace back to how the site was originally built, expanded, or modified over time.

What Is Oilfield Electrical Construction?

Oilfield electrical construction includes the design, installation, troubleshooting, and long-term support of electrical systems used throughout oil and gas production sites.

This work commonly includes:

• Power distribution systems
• Motor controls and VFD installations
• SCADA integration
• PLC and automation systems
• Tank battery electrical systems
• SWD electrical infrastructure
• Artificial lift electrical support
• Grounding and surge protection
• Instrumentation and communication wiring

When these systems are improperly designed or installed, operators may experience:

• Frequent breaker trips
• Weak communication signals
• Inconsistent automation performance
• Premature equipment failure
• Increased downtime and labor costs

Modern oilfield operations depend on electrical systems that can support both current production needs and future automation upgrades.

Common Oilfield Electrical Construction Problems That Cause Downtime

Many production sites were expanded over several years without a long-term electrical plan. As equipment changes, electrical infrastructure may no longer match operational demands.

According to Serr, identifying the real cause of electrical failures requires field-level troubleshooting.

“You would not be able to accurately answer that question without getting to location.”

In many cases, operators repeatedly replace components without solving the root problem. The result is recurring downtime and rising maintenance costs.

Common field issues include:

Aging Infrastructure

Older wiring, panels, and controls may not support newer automation systems or production loads.

Improper Grounding

Poor grounding can create unreliable instrumentation readings, communication issues, and nuisance trips.

Incomplete Documentation

Missing as-builts and outdated drawings make troubleshooting slower and increase repair costs.

Expansion Without System Redesign

Sites that were built in phases often develop mismatched electrical systems that create reliability problems later.

Weak Automation Integration

Modern SCADA and PLC systems require clean electrical design to perform reliably across multiple locations.

Without a strong electrical foundation, small failures can quickly affect:

• artificial lift systems
• SWDs
• tank batteries
• communication networks
• production monitoring systems

What Producers Should Look for in an Oilfield Electrical Construction Contractor

Choosing an oilfield electrical contractor involves more than selecting the lowest bid. Producers should evaluate whether the contractor can support long-term operational reliability and future automation requirements.

Serr recommends looking for contractors with expertise in both electrical construction and automation integration.

In-House Controls and Automation Expertise

Contractors should understand:

• PLC systems
• SCADA integration
• instrumentation
• communication infrastructure
• VFD configuration

Electrical systems and automation systems must work together across the entire production site.

Proper Licensing and Certifications

Licensed electricians and certified crews are essential for both safety and compliance.

Producers should also verify that electrical contractors hold active state licensing and meet applicable regulatory requirements for oilfield electrical work.

“They need to be licensed with the state of North Dakota as an electrical contractor.”

Depending on the project, crews may include:

• master electricians
• journeymen
• apprentices
• controls technicians

Strong Documentation Practices

Reliable contractors provide:

• updated drawings
• redlines
• as-builts
• panel documentation
• troubleshooting records

Good documentation reduces future downtime and simplifies upgrades.

Long-Term Design Thinking

Oilfield electrical systems should support future:

• automation upgrades
• equipment additions
• remote monitoring systems
• expanded production capacity

Sites built only for immediate needs often become expensive to maintain later.

How Automation Is Changing Oilfield Electrical Work

Automation continues to reshape oil and gas operations across the Bakken and Permian Basin. Electrical infrastructure now plays a major role in helping producers reduce travel time, lower operating costs, and improve field visibility.

Modern oilfield electrical systems commonly support:

• SCADA systems
• remote monitoring
• automated shutdown systems
• VFD-driven artificial lift
• smart instrumentation
• remote tank monitoring

According to Serr, updated automation systems allow operators to manage more locations with fewer field visits.

Instead of sending crews to every site daily, operators can monitor performance remotely and only dispatch personnel when needed.

This improves:

• operational efficiency
• labor utilization
• production visibility
• field safety
• response times

As automation expands, electrical construction quality becomes even more important because communication systems and controls rely on stable electrical infrastructure.

The Long-Term Value of Modern Oilfield Electrical Construction

Investing in properly designed oilfield electrical systems helps producers reduce operating costs over time.

Benefits of modern electrical construction include:

Reduced Downtime

Reliable systems experience fewer failures and require fewer emergency callouts.

Better Equipment Performance

Modern electrical infrastructure supports current automation and artificial lift technology more effectively.

Easier Maintenance

Accurate documentation and organized installations simplify troubleshooting.

Improved Safety

Well-designed electrical systems reduce operational risks and improve compliance. Proper electrical construction practices aligned with recognized standards such as the National Electrical Code (NEC) can help reduce operational risk and improve system reliability.

Proper electrical construction and maintenance practices help reduce operational hazards, improve compliance, and support safer field operations. Following established workplace safety guidance, including OSHA electrical safety standards, is an important part of building reliable oilfield infrastructure.

Stronger Scalability

Future automation and production upgrades become easier to implement.

When producers treat electrical infrastructure as a long-term operational asset instead of a short-term expense, they often see better reliability across the entire field.

Why Electrical Infrastructure Matters More in Modern Oilfields

Today’s oilfield operations depend on connected systems that work together continuously. Artificial lift, SWDs, tank batteries, instrumentation, and SCADA platforms all rely on stable electrical infrastructure.

A weak electrical foundation can create problems across every connected system.

Modern oilfield electrical construction is no longer just about powering equipment. It is about building infrastructure that supports:

• automation
• production reliability
• operational scalability
• remote monitoring
• long-term field performance

According to Serr, producers who invest in quality construction today position themselves for fewer failures and more predictable operations in the future.

About John Serr

John Serr is the Head of Electrical at Design Solutions & Integration (DSI). He has more than a decade of experience supporting oilfield electrical construction, automation systems, artificial lift infrastructure, and field troubleshooting throughout the Bakken and Permian Basin.

About Design Solutions & Integration (DSI)

Design Solutions & Integration (DSI) is a 100% employee-owned oilfield services company supporting producers across the Bakken and Permian Basin. DSI provides electrical construction, automation, fabrication, engineering, and turnkey field services focused on long-term reliability and operational performance.

Learn more at www.relyondsi.com.