Category: Electrical Design & Build

Electrical infrastructure

How Electrical Infrastructure Impacts Workplace Safety Compliance

Written by Red Sage on . Posted in Commercial Electric, Electrical Design & Build, Industrial Electrical Solutions, Uncategorized.

Workplace safety is often associated with training programs and posted guidelines, but much of it depends on what employees cannot see. The electrical infrastructure inside a facility plays a major role in keeping operations safe and compliant. From power distribution to panel placement, every part of the system contributes to how well a building meets safety standards and protects the people inside it.

Understanding OSHA and NFPA Requirements

Regulations set by the Occupational Safety and Health Administration and the National Fire Protection Association are designed to reduce risks tied to electrical systems. These include hazards like shock, arc flash, and fire. Compliance is not just about checking boxes. It requires that electrical systems are installed properly, used correctly, and maintained over time.

OSHA focuses on ensuring that systems are safe for everyday use, while NFPA standards such as NFPA 70E go deeper into safe work practices and hazard protection. Together, they form the foundation for how electrical safety is managed in commercial and industrial spaces.

Why Proper Design Matters

Electrical systems must be designed to handle the demands of the building they serve. When circuits are overloaded or panels are not sized correctly, the risk of overheating and failure increases. This can lead to downtime, damaged equipment, and potential safety violations.

A well-planned electrical system considers both current needs and future growth. It also ensures that equipment is accessible, clearly labeled, and installed according to code. These details make a big difference during inspections and day-to-day operations.

The Role of Ongoing Maintenance

Even the best-designed system needs regular attention. Over time, connections can loosen, components can wear out, and equipment can become outdated. Routine inspections and maintenance help catch these issues early before they turn into serious hazards.

NFPA guidelines encourage consistent testing and documentation so facilities can prove their systems are being maintained properly. This not only supports compliance but also reduces the risk of unexpected failures.

Reducing Risk Through Visibility and Access

Simple factors like panel access and labeling often get overlooked, but they are essential for safety. Clear pathways to electrical panels allow for quick response in emergencies. Proper labeling helps workers understand what they are dealing with before they interact with equipment.

These small details support both OSHA compliance and overall workplace safety, especially in fast-paced industrial environments.

A Strong System Supports a Safer Workplace

Electrical infrastructure is one of the most important pieces of a safe and compliant workplace. When systems are designed correctly and maintained consistently, businesses are better prepared to meet regulatory standards and avoid unnecessary risks. More importantly, they create an environment where employees can work confidently, knowing the systems around them are built with safety in mind. Contact Stewart Electric Company, Inc. at 256.536.4375 today or visit us online for more information!

man welder in yellow hard hat and blue work suit performing metal work with sparks in a factory workshop. industrial welding and manufacturing

How Electrical System Downtime Impacts Productivity More Than You Think

Written by Red Sage on . Posted in 24/7 Electrical Services, Commercial Electric, Electrical Design & Build, Electrical Solutions, Uncategorized.

In commercial and industrial settings, power is not just a convenience. It is what keeps everything moving. When an electrical system fails, the disruption can reach far beyond a temporary inconvenience. What seems like a short outage can quickly turn into a costly setback for your entire operation.

Work Stops and Productivity Slows

When the power goes out, work often comes to a complete halt. Employees cannot run equipment, access systems, or complete tasks that depend on electricity. In industrial environments, production lines may stop mid-cycle. In office or commercial spaces, everything from communications to transactions can be interrupted.

Even after power is restored, it takes time to get back up to speed. Machines may need to be reset, systems rebooted, and workflows reorganized. That lost time can be difficult to recover, especially during a busy schedule.

Deadlines Become Harder to Meet

Electrical downtime can throw off carefully planned timelines. For businesses that rely on strict schedules, even a short delay can create a chain reaction. Orders may ship late, projects can fall behind, and teams may have to rush to catch up.

This kind of disruption can affect more than just internal operations. Clients and partners expect consistency. When delays become noticeable, it can impact trust and future opportunities.

Equipment Takes a Hit

Unexpected power loss does not just stop equipment. It can also damage it. Machinery that shuts down abruptly may experience added wear, especially if it happens repeatedly. Sensitive electronics and control systems are particularly at risk.

Over time, these issues can lead to more frequent repairs, reduced efficiency, and shorter equipment lifespan. In some cases, the cost of replacing damaged equipment can far exceed the cost of preventing the problem in the first place.

The Costs You Might Not Notice Right Away

Some of the biggest impacts of downtime are not always obvious. Overtime pay to make up for lost production, increased maintenance needs, and reduced output over time all contribute to higher operating costs. There is also the added concern of safety when systems fail without warning, especially in industrial environments where reliability is critical.

Staying Ahead of Electrical Issues

Avoiding downtime starts with being proactive. Regular system inspections, proper electrical design, and timely upgrades all help reduce the risk of unexpected failures.

Working with an experienced commercial and industrial electrical contractor gives your business the support it needs to stay ahead of potential problems. With a reliable system in place, you can keep operations running smoothly and avoid the setbacks that come with unexpected downtime. Contact Stewart Electric Company, Inc. at 256.536.4375 today or visit us online for more information about our 24-hour emergency electrical services!

close-up of industrial machine parts with metal springs and components, illuminated by warm lighting. concept of mechanical engineering, precision machinery, industrial equipment, and technology.

Why 24-Hour Electrical Service Is Critical for Industrial Operations

Written by Red Sage on . Posted in 24/7 Electrical Services, Commercial Electric, Commercial Lighting, Electrical Design & Build, Emergency Electrical Services, Healthcare Electrical Systems, Healthcare Facilities, Industrial Electrical Solutions, Uncategorized.

In an industrial setting, time is directly tied to output and revenue. When electrical systems fail, production can stop instantly. Equipment sits idle, employees are left waiting, and deadlines quickly become difficult to meet. Unlike smaller environments, industrial operations often run around the clock, which means problems do not just happen during business hours. Having access to 24-hour electrical service ensures that issues can be addressed right when they occur, not hours later.

Fast Response Helps Limit Damage

Electrical problems can escalate quickly if they are not handled right away. A simple issue such as a faulty connection or overloaded circuit can lead to more serious damage if it continues unchecked. Equipment can overheat, systems can fail completely, and repairs can become far more expensive. With a reliable team available at any time, facilities can reduce the risk of extended damage and get systems back online faster.

Safety Depends on Reliable Power

Safety is always a top priority in industrial environments. Lighting, control systems, alarms, and ventilation often depend on stable electrical performance. When something goes wrong, it can create unsafe conditions for employees. Immediate access to professional electrical support helps restore these systems quickly and keeps the work environment secure. This is especially important for facilities that handle heavy machinery or hazardous materials.

Continuous Operations Require Constant Support

Many industrial facilities operate on tight production schedules that include overnight shifts and weekend work. Some processes cannot simply be paused without causing complications. Waiting until the next morning or the next business day to resolve an issue is not practical. A 24-hour electrical service team provides the flexibility needed to support operations at any hour, helping businesses stay productive and avoid unnecessary downtime.

Preventing Bigger Problems Over Time

Addressing electrical issues as soon as they arise does more than fix the immediate concern. It helps prevent larger problems from developing. Small faults can grow into major system failures if they are ignored or delayed. Around-the-clock service allows technicians to step in early, diagnose the issue, and make corrections before the situation worsens.

A Smart Investment for Industrial Reliability

Reliable electrical service is essential for keeping industrial operations running smoothly. Having access to 24-hour support gives facility managers confidence that help is always available. It protects equipment, supports safety, and keeps production moving forward without unnecessary interruptions. Contact Stewart Electric Company, Inc. at 256.536.4375 today or visit us online for more information!

group of lamps in mesh metal shades against the background of rough wooden ceiling. blurred loft interior.

Retrofitting Older Buildings with Energy-Efficient Lighting Systems

Written by Red Sage on . Posted in Commercial Electric, Commercial Lighting, Electrical Design & Build, Electrical Lighting services, High Mast Lighting, Industrial Electrical Solutions, Lighting Installation, Uncategorized.

Many older commercial and industrial buildings still rely on lighting systems that were installed decades ago. These systems were built for a different time, when energy efficiency was not a top priority. Fluorescent tubes, metal halide fixtures, and other outdated options often produce inconsistent light and use more power than necessary. Over time, this leads to higher utility bills and a work environment that may not support productivity or safety as well as it should.

The Benefits of Upgrading to Modern Lighting

Switching to energy-efficient lighting, especially LED systems, can make a noticeable difference right away. LEDs use less electricity while providing brighter and more consistent illumination. This helps reduce energy costs without sacrificing performance. Many businesses also find that the improved lighting quality creates a more comfortable and professional environment for employees and visitors.

Another benefit is the potential for financial incentives. Utility companies often offer rebates or programs that encourage energy-efficient upgrades. These incentives can help offset the initial cost of a retrofit, making the investment even more appealing.

Improving Safety and Visibility

Lighting plays a major role in how safely a facility operates. Older systems can create shadows, glare, or uneven coverage that makes it harder to see clearly. In industrial settings, this can increase the risk of accidents or mistakes. A well-designed retrofit improves visibility across the entire space, helping employees perform their tasks with greater confidence and accuracy.

Addressing Electrical Infrastructure

A lighting retrofit is not just about replacing fixtures. It is also an opportunity to evaluate the building’s electrical system. Older wiring, panels, and layouts may not be suited for modern demands. Updating these components ensures the system meets current codes and operates reliably. It also helps prevent unexpected issues that could lead to downtime or costly repairs.

Reducing Maintenance Demands

Maintenance is another area where newer lighting systems stand out. Traditional bulbs burn out more frequently and often require regular replacement. This can be especially challenging in large facilities or areas with high ceilings. LED lighting lasts much longer, which reduces the need for ongoing maintenance and keeps operations running smoothly.

A Smart Investment for Long-Term Performance

For businesses with older buildings, upgrading to energy-efficient lighting is a practical way to improve performance without a major renovation. It lowers energy costs, enhances safety, and supports a more reliable electrical system. With the right planning and professional installation, a lighting retrofit can deliver lasting value for years to come. Contact Stewart Electric Company, Inc. at 256.536.4375 today or visit us online for more information.

Mast lighting mantles at the stadium on a sunset background.

High Mast and Sports Lighting: What Makes It Different from Standard Commercial Lighting

Written by Red Sage on . Posted in Commercial Electric, Commercial Lighting, Electrical Design & Build, Electrical Lighting services, High Mast Lighting, Lighting Installation, Uncategorized.

Lighting a football field or a massive industrial yard is nothing like lighting an office or retail space. While both fall under commercial electrical work, high mast and sports lighting systems are built for a completely different level of performance, durability, and precision.

At Stewart Electric Company, Inc., we have seen firsthand how these systems require careful planning, strong coordination, and experienced installation. For facilities across Huntsville and North Alabama, understanding these differences helps owners, contractors, and developers make smarter decisions from the beginning.

How Standard Commercial Lighting Typically Works

Most commercial lighting systems are designed for interior spaces or moderately sized exterior areas. Think about:

  • Office buildings
  • Retail stores
  • Warehouses
  • Schools
  • Parking lots

Fixtures are usually mounted at accessible heights. Electrical loads are predictable. Maintenance can be performed with standard lifts. The goal is balanced illumination, energy efficiency, and code compliance.

These systems are important, but they are relatively straightforward compared to high mast and sports lighting applications.

What Is High Mast Lighting?

High mast lighting is designed to illuminate very large outdoor areas using tall poles that can reach 60 to 150 feet or more. You commonly see these systems at:

  • Major highway interchanges
  • Large distribution yards
  • Industrial plants
  • Airport facilities
  • Ports and shipping terminals
  • Correctional facilities

Instead of using many short poles, high mast lighting uses fewer poles placed much higher in the air. This approach creates broad, uniform coverage across wide areas.

What Makes High Mast Lighting Different?

  1. Pole Height and Structural Demands

These poles are not ordinary light poles. At 100 feet or more, they must be engineered to handle strong winds, storms, and long-term environmental stress. Foundations must be carefully designed based on soil conditions and wind load calculations.

A standard parking lot pole simply does not face the same structural requirements.

  1. Electrical Distribution and Load Planning

High mast lighting systems often involve higher wattage fixtures and longer conductor runs. Voltage drop becomes a serious consideration. Proper grounding and bonding are critical.

The electrical infrastructure supporting these systems must be designed for reliability, especially in industrial settings where lighting supports safety and operations.

  1. Maintenance Systems

Many high mast poles use a lowering system that allows fixtures to be serviced at ground level. Installing and testing these mechanisms requires precision and experience. If installed incorrectly, maintenance becomes difficult and potentially unsafe.

What Sets Sports Lighting Apart?

Sports lighting takes complexity even further. Athletic facilities demand lighting systems that perform under very specific standards. These systems are commonly installed at:

  • Football stadiums
  • Baseball and softball fields
  • Soccer complexes
  • Tennis courts
  • School athletic facilities

Unlike general outdoor lighting, sports lighting must provide consistent, high-quality illumination across a defined playing surface.

Key Differences in Sports Lighting

  1. Uniform Illumination

Athletes rely on even lighting across the entire field. Uneven brightness creates shadows and visibility problems that can affect performance and safety. Designers carefully aim and position fixtures to ensure consistent coverage.

  1. Glare Control

Glare is one of the biggest challenges in sports lighting. Players looking up to catch a ball cannot be blinded by improperly aimed fixtures. Advanced optics are used to focus light exactly where it is needed while minimizing glare.

  1. Higher Light Levels

Sports fields require much higher illumination levels than standard commercial spaces. If games are televised, lighting standards become even more demanding. These systems must meet strict performance requirements.

  1. Controlling Spill Light

Facilities must also consider surrounding neighborhoods and roadways. Poorly designed systems can spill light into adjacent properties. Proper aiming, shielding, and design planning help prevent this issue.

Environmental Factors in North Alabama

In Huntsville and throughout North Alabama, lighting systems must withstand local weather conditions. Severe storms, strong winds, and summer heat all affect performance and longevity.

Industrial facilities may also deal with vibration, dust, or corrosive environments. Choosing fixtures and materials suited for these conditions is essential for long-term reliability.

Power Infrastructure Considerations

High mast and sports lighting systems often tie into larger electrical systems within a facility. This can involve dedicated transformers, high voltage feeds, and surge protection.

Safety is always a priority. Proper arc flash analysis, grounding, and code compliance are critical during installation. These are not small-scale electrical jobs. They require a contractor who understands heavy duty commercial and industrial power systems.

The Role of Modern LED Technology

Today’s high mast and sports lighting systems typically rely on LED technology. Compared to older metal halide systems, LEDs provide:

  • Better energy efficiency
  • Instant on capability
  • Reduced maintenance
  • Improved light control
  • Longer lifespan

However, upgrading from older systems is not always simple. Electrical capacity, mounting hardware, and aiming angles must all be reviewed before retrofitting.

Coordination on Large Projects

High mast and sports lighting installations are usually part of larger construction or renovation projects. They may involve civil work, underground conduit installation, structural coordination, and tight construction schedules.

Close communication with general contractors, engineers, and project managers is essential. Proper planning prevents delays and costly adjustments later in the project.

Why Experience Makes the Difference

Installing tall poles and bright fixtures might sound straightforward, but these systems involve:

  • Structural awareness
  • Detailed load calculations
  • Code compliance expertise
  • Precision aiming and testing
  • Strong safety practices

Choosing an experienced commercial and industrial electrical contractor ensures that every component is installed correctly and built to last.

For facilities across North Alabama and Southern Middle Tennessee, high mast and sports lighting are long term investments in safety, visibility, and operational efficiency. When designed and installed properly, they provide reliable performance for decades.

If your project involves large scale outdoor lighting, partnering with a team that understands the technical and practical differences between standard commercial lighting and specialized systems will make all the difference. Contact Stewart Electric Company, Inc. at 256.536.4375 today or visit us online for more information!

Power transmission, Electric power lines and power plant background.

High Voltage System Safety: Best Practices on Industrial Job Sites

Written by Red Sage on . Posted in Commercial Electric, Electrical Design & Build, Emergency Electrical Services, High Voltage Electrical Services, Industrial Electrical Solutions, Uncategorized.

High-voltage electrical systems are essential to modern industrial facilities, but they also introduce serious risks when not managed correctly. From manufacturing plants to processing facilities and large commercial campuses, working around high-voltage power requires more than technical skill. It demands careful planning, clear procedures, and a strong safety culture that protects everyone on site.

At Stewart Electric Company, Inc., safety has always been a priority. Decades of experience working in complex electrical environments have reinforced the importance of disciplined practices and attention to detail. Below are key best practices that help keep industrial job sites safe while maintaining reliable electrical operations.

Identifying High-Voltage Risks Before Work Begins

Every safe project starts with understanding the hazards involved. High-voltage systems can create dangers such as electrical shock, arc flash incidents, equipment damage, and unexpected power release. These risks are often heightened in industrial settings where large motors, transformers, and switchgear are involved.

Before work begins, teams should conduct a thorough site evaluation. This includes identifying voltage levels, available fault current, system layout, and environmental conditions. Understanding these factors allows crews to choose the right safety measures and avoid preventable incidents.

Lockout and Tagout as a Critical Safety Step

Lockout and tagout procedures are one of the most effective ways to protect workers on industrial job sites. Before any electrical work is performed, all energy sources must be isolated and clearly identified. This process ensures that equipment cannot be energized while work is underway.

Successful lockout and tagout programs rely on consistency and accountability. Each worker involved should understand their role and verify that systems are fully de-energized before starting work. Clear documentation and communication help prevent mistakes that could lead to serious injuries.

Wearing the Right Protective Equipment

Personal protective equipment plays a vital role in reducing the impact of electrical hazards. In high-voltage environments, PPE must be carefully selected based on the specific risks present.

Arc-rated clothing, voltage-rated gloves, face protection, safety glasses, and insulated tools are commonly required. PPE must be properly maintained and inspected before use. Worn or damaged equipment can compromise safety and should be replaced immediately. Just as important, workers must be trained on how to use protective gear correctly to ensure it provides the intended level of protection.

Maintaining Safe Distances Around Energized Equipment

High-voltage equipment requires strict control of working distances. Minimum approach distances help protect workers from accidental contact and electrical arcing. These distances should be clearly marked and reinforced using physical barriers, signage, or insulated coverings.

Limiting access to high-voltage areas is especially important on busy industrial sites. Only authorized and trained personnel should be allowed near energized systems. This reduces the risk of accidental exposure and helps maintain a safer work environment.

Keeping Electrical Equipment in Reliable Condition

Well-maintained electrical equipment is a key component of job site safety. Switchgear, transformers, cables, and protective devices should be inspected regularly for signs of wear, overheating, corrosion, or loose connections.

Routine maintenance programs such as infrared inspections, testing, and preventative repairs can identify potential problems early. Addressing issues before they escalate helps prevent unexpected failures that can put workers at risk and disrupt operations.

Training and Communication on Industrial Sites

Even the best safety equipment cannot replace proper training. Workers involved in high-voltage electrical tasks should receive ongoing education on safety procedures, system operation, and emergency response.

Clear communication is equally important. Job briefings allow teams to review potential hazards, confirm safety steps, and coordinate responsibilities. Encouraging open dialogue helps ensure that concerns are addressed quickly and that everyone understands the plan before work begins.

 

Managing Environmental and Site Conditions

Industrial environments often present additional challenges that affect electrical safety. Moisture, dust, vibration, and temperature extremes can all impact equipment performance and worker protection.

Using properly rated enclosures, sealing components, and selecting materials designed for harsh conditions helps reduce risk. Temporary power setups should also be carefully planned and inspected to meet the same safety standards as permanent installations.

A Longstanding Commitment to Safety

Since 1976, Stewart Electric Company, Inc. has earned the trust of commercial and industrial clients by delivering safe, reliable electrical solutions. High-voltage work requires a careful balance of technical expertise and strict safety practices.

By prioritizing hazard identification, proper procedures, protective equipment, and ongoing training, industrial job sites can operate more safely and efficiently. When safety is treated as a fundamental part of every project, everyone benefits.

If your facility needs an experienced commercial and industrial electrical contractor that puts safety first, Stewart Electric Company, Inc. is ready to support your next project. Reach out to our team at 256.536.4375 to learn how we can help keep your operations running safely and reliably.

Outdoor electrical cabinet with integrated cooling unit on concrete pad at energy site.

Backup Power and Redundancy: Designing Electrical Systems for 24/7 Critical Operations

Written by Red Sage on . Posted in 24/7 Electrical Services, Commercial Electric, Electrical Design & Build, Uncategorized.

In a world where most facilities can tolerate a brief flicker in the lights, hospitals, clinics, and laboratories operate under very different rules. These environments rely on steady, uninterrupted electricity every hour of the day. A sudden outage is more than a hassle. It can interrupt patient care, shut down sensitive equipment, delay urgent testing, or put safety at risk. Because of this, backup power and redundancy are built into the very foundation of their electrical systems.

Designing for reliability starts long before a generator ever turns on. It begins with understanding what each part of the facility depends on, how long it must stay online, and which systems require extra layers of protection. The goal is simple. Power should always be available, even when the unexpected happens.

Why Power Continuity Matters So Much in Critical Facilities

An electrical outage in a typical commercial building might disrupt business for a short time, but operations usually recover quickly. In medical and scientific settings, even a few seconds without power can create problems that are difficult or costly to fix.

Consider what is at stake:

  • Life support and patient monitoring systems
  • Imaging machines that cannot shut down abruptly
  • Lab freezers that store irreplaceable samples
  • Climate controlled rooms with strict temperature requirements
  • Surgical or treatment rooms where visibility and equipment reliability are essential

Power loss affects safety, compliance, and financial risk. This is why electrical design for critical environments has a much higher standard than for general commercial buildings.

The Role of Standby Generators

A standby generator provides the muscle behind long term backup power. When the utility feed fails, it supplies electricity to the systems that must remain running. Choosing the right generator is not as simple as picking a size and plugging it in. It requires a detailed look at what the facility needs during an emergency.

Important factors include:

  • Load calculations for essential circuits
  • Type of fuel and how much storage is available
  • Plans for ventilation, sound, and access for maintenance
  • How fast the generator must reach stable power
  • Whether one unit is enough or if a parallel system is needed

Hospitals and large labs often rely on multiple generators so they can continue operating even if one unit experiences a problem. Redundancy at this level provides peace of mind during outages that last hours or even days.

Automatic Transfer Switches: Making the Change Without Interrupting Operations

The generator cannot step in until the building knows the utility power has gone out. This is the job of the automatic transfer switch, which constantly monitors the incoming feed. When power drops, the switch signals the generator, waits for output to stabilize, and then shifts the building to emergency power.

A reliable transfer switch:

  • Prevents delays in the transition between utility and generator power
  • Protects electrical equipment from voltage changes
  • Helps maintain compliance with healthcare electrical standards

Larger facilities may use multiple transfer switches so different wings or departments can be prioritized individually.

UPS Systems: Filling the Gap Before the Generator Starts

Even a quick generator start leaves a small window where a facility could be without electricity. For highly sensitive or life sustaining equipment, those few seconds matter. A UPS system fills that gap by delivering instant power the moment the main feed fails.

UPS units are often placed on:

  • Surgical equipment
  • Patient monitoring systems
  • Laboratory freezers
  • Imaging equipment
  • Server and communication rooms

UPS systems are also essential as a backup to the backup. If the generator falters or a transfer switch fails, the UPS can keep vital components running long enough for a safe shutdown or transition.

Redundancy: Building Layers of Protection

Redundancy is a strategy that ensures no single point of failure can shut down a critical system. Instead of relying on one generator, one transfer switch, or one UPS, facilities often use multiple layers so that if one component fails, another can take over.

A redundancy plan may include:

  • Two or more generators working in parallel
  • Multiple transfer switches to isolate high priority areas
  • UPS systems deployed at both the system level and equipment level
  • Split feeds so essential equipment does not rely on the same panel
  • Regular maintenance to ensure every layer functions as designed

This approach minimizes risk and keeps the facility fully functional under pressure.

Why Specialized Electrical Design Matters

Critical environments have strict electrical codes and meeting them requires experience and careful planning. Electricians working in these spaces must consider life safety, equipment protection, emergency protocols, and future expansion. A well-designed system includes clear labeling, logical circuit separation, and enough capacity to serve the facility for years to come.

When the design is done correctly:

  • Circuits are easy to trace and service
  • Load growth is accounted for
  • Life safety systems operate as intended
  • Maintenance teams can identify and fix issues faster
  • The facility can stay compliant with regulatory standards

Good planning prevents headaches later and supports long term reliability.

Maintenance and Testing Keep Everything Ready

Even the most advanced backup system needs regular testing. Generators must start reliably, batteries must hold charge, and transfer switches must operate smoothly. Healthcare and laboratory environments follow strict testing schedules, not only for safety but also to maintain accreditation.

A typical maintenance program includes:

  • Monthly or weekly generator runs
  • Transfer switch inspections
  • Load bank testing
  • Battery checks and replacements
  • Review of electrical demand during expansions or upgrades

Routine testing ensures the system responds exactly as expected when the next outage begins.

Reliable Power Keeps Critical Work Moving

Hospitals, clinics, and labs depend on electricity to protect patients, preserve research, and support daily operations. Backup generators, transfer switches, UPS units, and thoughtful redundancy work together to form a safety net that never sleeps. With proper design and maintenance, these systems make sure vital spaces stay operational even when everything else around them goes dark.

In the end, reliable power is not just a convenience. It is a cornerstone of safety and care in every mission critical environment. Contact Stewart Electric Company, Inc. at 256.536.4375 today or visit us online for more information!

old building elctrical problems

Common Hidden Electrical Risks in Older Commercial Buildings and How to Mitigate Them

Written by Red Sage on . Posted in 24/7 Electrical Services, Commercial Electric, Electrical Design & Build, Uncategorized.

Many commercial buildings in North Alabama and Southern-Middle Tennessee have stood the test of time. They may have solid structures and timeless design, but their electrical systems often tell another story. Wires, panels, and outlets tucked behind walls can hide problems that put safety, efficiency, and compliance at risk. At Stewart Electric Company, Inc., we regularly work with building owners and facility managers to identify these hidden hazards and bring older systems up to modern standards.

Why Older Electrical Systems Can Be a Problem

Buildings built decades ago were not designed for the electrical demands of today’s world. In the past, office spaces had fluorescent lighting and a few computers. Today, those same buildings may power hundreds of devices, complex HVAC systems, automated machinery, and charging stations. When older wiring and panels are pushed beyond their limits, they can overheat or fail unexpectedly.

Some of the most common hidden issues in aging buildings include:

  • Circuits that frequently overload or trip breakers
  • Warm or buzzing electrical panels
  • Outdated fuse boxes still in use
  • Brittle or deteriorating insulation on wiring
  • Outlets without proper grounding or GFCI protection
  • Old aluminum wiring that no longer meets code

These issues often remain unnoticed until a major failure happens. Even if lights turn on and equipment runs smoothly, that doesn’t mean the electrical system is safe.

How Electrical Codes Have Changed

Electrical safety codes are updated every few years to improve protection and efficiency. Many older systems simply haven’t kept up with these changes. The National Electrical Code (NEC) now includes requirements for better grounding, arc fault protection, and safer breaker panels.

For example, outlets near sinks, break rooms, and outdoor areas must now include GFCI protection to prevent electrical shock. Older panels might also lack the capacity to handle today’s power loads or meet grounding standards. When a system hasn’t been inspected or updated in decades, it’s likely out of compliance and could pose safety concerns.

Warning Signs You Shouldn’t Ignore

If your commercial property is more than 20 years old, it’s worth scheduling a professional inspection, especially if you notice:

  • Lights that flicker or dim when equipment starts
  • Outlets that feel warm or show discoloration
  • Breakers that trip without clear reason
  • Sudden increases in energy bills
  • Buzzing or humming sounds near panels

These may seem like minor annoyances, but they can signal deeper problems. A qualified commercial electrician can evaluate your system with load testing, visual inspections, and thermal imaging to find areas of concern before they lead to outages or damage.

Updating Older Systems Without Breaking the Budget

Upgrading an older electrical system does not have to mean a full replacement. In many cases, Stewart Electric helps businesses modernize their systems in phases to control costs and reduce downtime. Some of the most effective improvements include:

Panel Replacement:

Installing a new panel increases safety, capacity, and reliability. It also helps ensure compliance with current electrical codes.

Targeted Rewiring:

Instead of rewiring an entire building, we identify and replace only the circuits or sections that pose the greatest risk.

Improved Grounding and Bonding:

Proper grounding protects both equipment and personnel from electrical shock and power surges.

Energy-Efficient Lighting:

LED upgrades reduce overall power demand and heat output, which helps older systems run more efficiently.

Preventive Maintenance:

Routine inspections, cleaning, and testing can extend the life of your electrical components and prevent costly emergencies.

Trust the Experts at Stewart Electric Company, Inc.

Stewart Electric Company, Inc. has been helping commercial and industrial clients across Huntsville and surrounding areas maintain safe, reliable electrical systems. Our experienced team understands how to modernize older facilities while keeping projects on schedule and within budget.

If your building’s electrical system hasn’t been evaluated in years, now is the time to act. A professional inspection today can prevent a costly problem tomorrow.

Call Stewart Electric Company, Inc. at 256-536-4375 or visit Stewart Electric Company, Inc.

commercial electrical maintenance

Electrical Maintenance Strategies That Prevent Costly Breakdowns in Industrial Facilities

Written by Red Sage on . Posted in 24/7 Electrical Services, Commercial Electric, Electrical Design & Build, Electrical Solutions, Emergency Electrical Services, Industrial Electrical Solutions, Uncategorized.

When it comes to industrial operations, downtime isn’t just inconvenient—it’s expensive. A single electrical failure can halt production, throw off delivery schedules, and eat into profits. The best way to avoid these headaches is to stop problems before they start, and that’s where a smart electrical maintenance plan comes in.

Being Proactive with Electrical Maintenance

Electrical systems in industrial facilities work hard every day. Over time, wear and tear, environmental factors, and heavy loads can cause components to degrade. Without regular check-ups, small issues can turn into major breakdowns. Preventive electrical maintenance keeps your systems healthy, your team safe, and your operation running smoothly.

At Stewart Electric Company, Inc., we’ve helped countless facilities avoid costly repairs by taking a proactive approach to electrical upkeep.

Strategies for Preventing Breakdowns

  1. Stick to a Maintenance Schedule

Consistent inspections and testing catch trouble early. Tools like infrared scanning can find overheated wires or loose connections that aren’t visible to the naked eye—issues that, if ignored, could cause serious damage.

  1. Keep Process Control Systems in Check

From motor controls to automated sensors, your process control systems are the heart of production. Regular calibration ensures everything operates efficiently and prevents equipment strain or production errors.

  1. Maintain a Clean Environment

Dust, moisture, and extreme temperatures are tough on electrical equipment. Keeping panels clean, controlling humidity, and ensuring proper airflow go a long way toward extending system life.

  1. Balance the Load

Uneven or overloaded circuits put unnecessary stress on your electrical infrastructure. Periodic load testing and adjustments help maintain consistent performance across the facility.

  1. Be Ready for the Unexpected

Even the most thorough maintenance plan can’t prevent every issue. That’s why it’s important to have a qualified electrical team on call 24/7 to address emergencies quickly and safely.

Preventive maintenance is more than just a safety measure—it’s a cost-saving strategy. Well-maintained electrical systems last longer, perform better, and are less likely to cause production delays.

Stewart Electric Company, Inc. specializes in creating maintenance programs tailored to each facility’s unique needs, schedule, and industry standards. Whether it’s hazardous location work, process control, or large-scale lighting systems, we make sure your electrical systems are ready to perform when you need them most.

Don’t wait for a breakdown to slow you down—contact Stewart Electric Company, Inc. at 256.536.4375 to start building your custom maintenance plan today.

 

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5 Signs Your Business Needs an Electrical System Upgrade

Written by Red Sage on . Posted in Commercial Electric, Commercial Lighting, Electrical Design & Build, Electrical Lighting services, Electrical Solutions, Industrial Electrical Solutions, Uncategorized.

Your business depends on electricity every single day—whether it’s keeping your lights on, powering machinery, or making sure your servers and HVAC systems stay running without a hitch. But just like any other system in your building, your electrical infrastructure isn’t built to last forever.

At Stewart Electric Company, Inc., we’ve seen firsthand how electrical issues can sneak up on even the most well-managed facilities. If your system is starting to show its age, there are often warning signs before things go wrong. Here are five of the most common red flags to keep an eye on.

1. Your Electrical Panel Looks Like It Belongs in a Museum

If you’re operating out of an older building and the main panel hasn’t been touched in decades, it’s probably time for an upgrade. Technology and electrical codes have come a long way, and an outdated panel just isn’t built to support today’s energy demands—or safety standards.

We regularly help businesses replace old panels with modern setups that offer more power, better protection, and peace of mind. It’s one of the smartest upgrades you can make to keep your building safe and future ready.

2. You’re Dealing with Constant Breaker Trips or Flickering Lights

Are lights dimming when equipment kicks on? Are breakers tripping out of the blue? These are telltale signs your circuits are overloaded. It’s not just annoying—it’s dangerous. And as your business grows and adds more devices or equipment, these problems will only get worse.

Our team can assess where your system is maxing out and create a plan to expand your capacity. Whether that means new circuits, heavier wiring, or a full rework, we’ll make sure your power supply is matched to your actual needs.

3. Your Energy Bills Keep Creeping Up

If your electric bill has been rising steadily—even though your operations haven’t changed much—it could be a sign that your system is working harder than it should. Older wiring, inefficient lighting, and outdated equipment can quietly drain energy (and money).

We help businesses cut waste by upgrading lighting, replacing inefficient components, and improving energy flow throughout the building. These changes often pay for themselves over time—and they’re better for the environment too.

4. Things Look… Not Quite Right

Sometimes the signs are visual—and easy to ignore. Rust on your panel, buzzing sounds from an outlet, discoloration around switches, or warm cover plates are all signs something’s wrong. These small issues can lead to big problems if left unchecked.

We take these signs seriously. Our licensed electricians will track down the root of the problem and fix it before it turns into a costly repair—or worse, a safety hazard.

5. You’re Not Sure If You’re Still Up to Code

Let’s be honest—most business owners aren’t flipping through the electrical codebook in their spare time. But codes and regulations change, and if your system hasn’t been inspected in a while, it might not be up to current standards. That can mean headaches during inspections, renovations, or insurance audits.

We can look at your system and let you know if any updates are needed to stay compliant. If so, we’ll handle the upgrades with minimal disruption to your business.

Need a Second Opinion? We’re Here to Help.

At Stewart Electric Company, Inc., we’ve been helping commercial and industrial clients across North Alabama and Southern-Middle Tennessee since 1976. Whether you’re worried about something specific or just want to stay ahead of potential issues, our experienced team is ready to look.

Call us at 256-536-4375 or reach out to request a quote. We’ll give you honest feedback, expert solutions, and electrical work you can count on.

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Stewart Electric Company, Inc. is proud to be a member of instrumental industrial associations:

Location

1009 A Cleaner Way
Huntsville, AL 35805

Mail

PO Box 14485
Huntsville, AL 35815

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