Unsure what can and frequently does go wrong with electrical installations and repairs? The following list can help you understand each process and identify what may have gone wrong:

Insecure Wiring

If the staples holding wiring in place are driven too tight around the wire, locking it into place on the beam or stud, serious damage can occur, including breakdown of the wire itself. This may lead to electrical fires and issues with the lighting or appliances powered through this wiring.

Wiring Size Issues

Using the wrong type or size of wire can cause overheating, as the wire is carrying more current than it was built to withstand. In most cases, the thicker the wire, the more current it can safely carry. If your wires feel warm, sizing issues may be the cause.

Read More: When To Rewire Your House

Improper Wire Length

In order to create a durable electrical connection, wires must be stripped to reveal their metallic core. The length of wire that can legally be stripped is subject to code regulation, and improper wire stripping can cause nicks on the metal that interrupt connections or cause short circuits. At least six inches are recommended to allow for handling within the outlet box.

Unprotected Wiring

Wiring can become damaged if left uncovered and exposed to harsh changes in weather or tampering. For this reason, a common problem for homeowners in particular is an uncovered power box located on the outside of your home. The fix is simple. Purchase and install an outdoor-specific power box to ensure that your electrical wiring is safe and sound.

Connection

Tight electrical connections are a major factor in safe wiring jobs. Loose connections can cause arcing and overheating, which can lead to fires and and personal injury. An experienced electrician will be able to choose a connector that fits the wires and lines up the ends of each with the next, helping you avoid nicked, bent, or twisted connections.

Electrical issues that arise during installation are often the simplest to repair and some of the most dangerous if missed. Consider calling Prairie Electric when you’re working on your next electrical installation job. Our expertise and integrity on every single project and service call make us an industry leader in the Pacific Northwest, and we’re always happy to help.

At Prairie Electric, we’ve worked with countless homeowners in the Pacific Northwest to ensure their pools are wired correctly, safely, and in full compliance with local codes. Whether you’re planning a new in-ground pool or updating an existing one, here’s what you need to know.

Do Swimming Pools Require Electrical Work?

Yes, extensive electrical work. A swimming pool relies on electricity to run essential components like:

• Circulation and filtration pumps
• Heaters (electric or gas-powered with electronic ignition)
• Automatic covers
• Lighting (in-pool and landscape)
• Control panels and automation systems

These components must be connected and protected using proper wiring methods, equipment enclosures, and safety devices. That’s why pool electrical installation is not a DIY job. Hiring a licensed electrician ensures everything is done safely and up to code.

What Are the NEC Electrical Code Requirements for Pools?

The National Electrical Code (NEC), particularly Article 680, governs the electrical requirements for swimming pools. Some highlights include:

• GFCI (Ground Fault Circuit Interrupter) Protection: All pool-related electrical circuits must be GFCI protected. This helps prevent electrocution if there’s any fault in the system.
• Bonding: Bonding connects all metal components (like ladders, light fixtures, handrails, and pumps) to ensure they’re at the same electrical potential. This reduces the risk of electrical shock.
• Grounding: All pool equipment must be properly grounded to channel any stray electrical current safely into the earth.
• Conduit and Enclosures: Any buried electrical lines must be run through approved conduit, with junction boxes and enclosures rated for outdoor or wet locations.

Meeting these standards is a requirement to pass inspection and ensure your pool is safe for family and guests.

What Kind of Wiring Does a Pool Pump Require?

Most standard pool pumps require a 240-volt dedicated circuit. Some smaller or above-ground pumps can operate on 120 volts, but this limits power and efficiency. A licensed electrician will assess your equipment and determine the correct wire gauge and circuit size based on its amperage requirements.

Keep in mind: the circuit for your pump must also be GFCI protected, even if it’s hardwired directly.

How Close Can Pool Electrical Equipment Be to the Water?

Electrical equipment must be set back a safe distance from the pool. NEC guidelines require:

• Receptacles (outlets): At least 6 feet from the water’s edge.
• Lighting fixtures: Typically 5–10 feet above the water, depending on location and type.
• Control panels and transformers: Usually at least 5 feet away, installed in weatherproof, lockable enclosures.

For homeowners in Vancouver, Portland, Ridgefield, or anywhere in Oregon and Washington, your local building codes may have additional distance or protection requirements. Prairie Electric will ensure your project meets both NEC and local standards.

Does My Pool Need a Dedicated Subpanel?

In many cases, yes. A dedicated subpanel near the pool area simplifies wiring and allows you to isolate pool equipment from your main electrical panel. It also provides space for future upgrades like hot tubs, outdoor kitchens, or electric patio heaters.

A subpanel can be installed with multiple breakers to handle pumps, lights, heaters, and other features. It should be mounted on a post or wall near the pool, using waterproof, corrosion-resistant components.

Can I Install Pool Lighting?

Yes, but it must be installed safely. Pool lighting systems typically use low-voltage transformers and sealed light fixtures approved for wet or underwater environments. Underwater lights must be securely mounted and bonded, with watertight connections.

LED lighting is a popular choice for its energy efficiency and ability to change colors. Pool lights often require a dedicated circuit and transformer, both of which Prairie Electric can install safely and cleanly.

Do Pools Need Electrical Maintenance?

Absolutely. Over time, outdoor elements like moisture, UV rays, and corrosion can impact your pool’s electrical system. Routine inspections are important to ensure:

• GFCIs are still functioning correctly
• Wiring insulation hasn’t deteriorated
• Connections remain tight and secure
• Bonding and grounding systems are intact

Prairie Electric offers regular inspection and maintenance services to ensure your pool’s electrical system remains safe and reliable throughout the swimming season.

How Much Does Pool Electrical Installation Cost?

Electrical costs vary based on the size and complexity of your setup. Factors that affect price include:

• Distance from the main panel
• Number of components (pump, lights, heater, etc.)
• Whether a subpanel is required
• Trenching or underground conduit
• Permit and inspection fees

In general, full pool electrical installation can range from $2,000 to $10,000+. Prairie Electric will provide an accurate estimate after evaluating your project requirements.

Why Choose Prairie Electric for Pool Wiring?

With decades of experience in residential installations across the Pacific Northwest, Prairie Electric understands the unique needs of outdoor pool systems in Oregon and Washington’s climate.

We handle everything: permitting, inspections, underground trenching, bonding, GFCI installation, and custom electrical layouts tailored to your pool and yard design.

Ready to build the backyard of your dreams?
Let’s make sure it’s powered safely. Contact Prairie Electric today to schedule a consultation or request a quote for your pool wiring project.

What Is Electrical Design-Build?

Electrical design-build is a project delivery method where the electrical contractor handles both the design and construction of electrical systems. Rather than separating responsibilities between an engineer and a contractor, design-build consolidates communication and responsibility into a single team. That team at Prairie Electric includes estimators, project managers, CAD/BIM experts, and licensed electricians, each collaborating from the very first meeting.

This method allows for smarter planning, better coordination, and faster problem-solving. When the people designing your electrical system are the same people who will install it, nothing is lost in translation. That kind of continuity is essential on complex jobs like high schools, industrial facilities, and mixed-use buildings.

Why Developers and General Contractors Choose Prairie Electric

With decades of experience in the Pacific Northwest, Prairie Electric has earned a reputation for delivering high-quality electrical solutions on some of the region’s largest and most complex projects. From Ridgefield to Portland to Pasco, we’ve partnered with developers, general contractors, and architects to build systems that are safe, scalable, and code-compliant.

When you choose Prairie for an electrical design-build project, you’re getting more than just installation. You’re getting early-phase insight into constructability, cost control, and system integration. We identify potential conflicts before construction begins, helping you stay on schedule and within budget.

The Benefits of Design-Build

Why is design-build gaining traction in the electrical world?

• Speed: With overlapping design and construction timelines, projects move faster.

• Cost Control: Fewer change orders mean fewer surprises. Early budgeting is more accurate.

• Collaboration: Everyone is on the same page from day one including the engineers, estimators, and field crews.

• Flexibility: Changes in scope can be handled in-house without delay.

• Quality Assurance: The same team is responsible for both the planning and the outcome, narrowing any margin for error.

Design-Build in Action

Prairie Electric has completed electrical design-builds for:

• Lincoln High School (Portland, OR): A 300,000-square-foot, multi-phase construction project requiring BIM coordination, AV systems, security, and more.

• Reser Fine Foods (Hillsboro, OR): A manufacturing and distribution facility featuring full process control, telecom/data, and integrated fire and security systems.

• 550 MLK (Portland, OR): A seven-story, 132-unit mixed-use building with complete building electrical, security, and communication systems.

What Makes Prairie Different?

Design-build means we can offer early involvement, proactive communication, and deliver work that meets our own high standards. We’ve built our internal teams to handle everything from BIM modeling to pre-fabrication, reducing the risk of miscommunication and driving efficiency on every project.

Because we’ve worked on everything from high schools to distribution centers, we know how to scale and adapt our approach based on your project’s unique demands.

If you’re considering a new commercial build, tenant improvement, or large-scale renovation, now is the time to bring Prairie Electric into the conversation. Our design-build team is ready to collaborate with your architects and general contractor to create electrical systems that are smart, efficient, and built for the future.

Ready to simplify your next project? Contact Prairie Electric today to start the conversation with our design-build team.

The short answer: yes, it matters.

Knowing the difference between the two can help you understand how your home’s electrical system protects you, and why an upgrade might be in your best interest.

Both circuit breakers and fuses are safety devices designed to cut power when there’s an overload or short circuit. That’s where the similarities end.

A fuse is a single-use safety device made with a thin strip of metal. When the electrical current running through it gets too high, the metal melts, breaking the circuit. Once a fuse blows, it’s done. You have to replace it. That’s why you can “blow a fuse”…but you don’t “blow” a breaker…

A circuit breaker, on the other hand, is a reusable switch. It trips off when it detects too much current. You flip it back on after fixing the problem. No need to buy a replacement. This is more convenient and cost-effective in the long run.

Fuses were common in homes built before the 1960s. At the time, they did the job just fine. But today’s homes use more electricity than ever. Between HVAC systems, EV chargers, microwaves, and other large appliances, older fuse boxes simply can’t keep up. That’s why circuit breakers have become the new standard. They’re designed for higher loads and modern protection.

READ MORE: Why does my circuit breaker keeping tripping?

Another major advantage of circuit breakers is how quickly they react. They trip almost instantly when there’s a fault, reducing the risk of fire. Fuses work well, but they’re slower and sometimes unpredictable, especially if someone installs the wrong size fuse. (Yes, that happens—and yes, it’s dangerous.)

So, why haven’t all fuse boxes been replaced? Cost and awareness. Some homeowners don’t realize they still have an outdated system. Others put off the upgrade to avoid the expense. But here’s the reality: keeping a fuse box can actually cost you more over time, especially if it causes damage, limits your electrical usage, or prevents you from adding new appliances. Insurance companies also don’t love fuse panels, and some may even deny coverage if your system isn’t up to code.

So, if your home still runs on fuses, it’s time to consider an upgrade. Circuit breakers offer better protection, more convenience, and fewer headaches. And if your breaker panel is outdated, undersized, or constantly tripping? That’s a red flag too. Modern panels are designed to support today’s electrical demands safely and efficiently.

Not sure what’s behind your panel door? Call Prairie Electric. We’ll assess your system, explain your options, and help you make the safest, smartest choice for your home.

Why Wildfires Often Trigger Power Shutdowns

Fuel-dry vegetation and gusty winds can knock trees into power lines or stress equipment, sparking fires. To reduce danger, PSPS is used preemptively. PGE, Avista, Pacific Power, and others in Oregon and Washington notify customers 24–48 hours ahead when shutoffs may occur.

The Power of Having a Generator

• Backup power during PSPS events: A generator keeps your lights, heating, and vital systems running when the grid goes dark.

• Medical and safety peace of mind: Families relying on medical equipment or needing climate control are better protected.

• Food safety during long outages: Generators preserve refrigeration until the power returns.

• Maintain daily routines: Remote work, cooking, and lighting all continue without interruption.

• Protect against weather extremes: Outages during heat waves or cold snaps present real health risks.

What Local Utilities Recommend

Utilities across the PNW – PGE, Pacific Power, Avista, EWEB, and OTEC – encourage customers in PSPS areas to prepare, especially with generators. Oregon’s PUC advises backup generators for medically vulnerable customers. They stress: generators save lives, not just appliances.

Choosing the Right Generator

Whole‑home standby generators (installed by a licensed electrician) kick on automatically when the grid drops. They run off natural gas, propane, or diesel and keep your home fully functional. Portable generators, on the other hand, can back up critical circuits but require manual setup and cautious handling. Always run them outdoors to avoid carbon monoxide hazards.

Tips to Stay Ready

• Test monthly to ensure reliability during emergencies.

• Schedule annual maintenance with Prairie Electric for full-service tune-ups.

• Keep fuel on hand, especially before wildfire season peaks.

• Install a transfer switch so power integrates safely without risking back-feeding the grid.

Why Prairie Electric is Your Wildfire Season Ally

We understand how PSPS affects Ridgefield, Vancouver, Portland, Tri-Cities, and everywhere else in the Pacific Northwest. Our expert team can help assess your home’s needs, install a dependable generator, and provide ongoing support. We know the PSPS protocols and help you plan ahead, handling safe installation with transfer switches and permits. We also offer maintenance plans to ensure your system is ready for every emergency. Contact us to schedule your generator consultation today.

So yes, the choice will be a hardwired charger 99% of the time. But since there is still nuance to this, let’s break down why hardwired is the clear winner.

Performance and Power Delivery

A hardwired EV charger connects directly to your home’s electrical system. There’s no outlet. No plug. Just a direct line that gives your charger a dedicated circuit, meaning fewer interruptions, no shared loads, and maximum power efficiency.

Plug-in models, on the other hand, rely on an outlet – typically a NEMA 14-50. That outlet may be shared with other appliances or subject to code restrictions. And while many plug-ins are rated for 40 amps, they often default to lower amperage charging to stay within safety margins. In contrast, hardwired chargers can safely run at higher amperages (like 48A or even 60A), offering faster charging times. So, if you’re tired of trickle charging and want your vehicle ready when you are, hardwired is the way to go.

Learn More About Different Types of Electric Car Chargers

Durability and Safety

Let’s talk wear and tear. Plug-in chargers are exposed to repeated movement with regular plugging in, unplugging, cable strain, and even potential outdoor exposure. Every one of those is a failure point.

Hardwired chargers are permanently mounted and sealed. No exposed plug to loosen over time. No weather-worn outlet. Fewer things to go wrong. Especially in climates like the Pacific Northwest, where moisture and temperature swings wreak havoc on connections, a hardwired setup offers better long-term reliability and fewer maintenance headaches.

Code Compliance

Here’s something most plug-in users overlook: the National Electrical Code (NEC) places limitations on continuous loads through receptacles. EV charging is considered a continuous load. That means most 50A receptacles (used for plug-in chargers) should only be loaded to 80% – 40 amps max. And if your charger isn’t hardwired, local jurisdictions may require additional safeguards, including outlet covers, GFCI protection, and dedicated space around the receptacle.

With a hardwired charger, you bypass all of that. It’s directly installed by a licensed electrician, sized correctly, and tailored to your home’s panel capacity. You’re not just “meeting code” – you’re exceeding it.

What to know when installing home EV charging stations

A Smarter Investment

A plug-in charger might save you a few hundred bucks upfront, especially if you already have a NEMA 14-50 outlet. But that saving disappears quickly if you need to replace the charger, repair a loose outlet, or pay to upgrade later.

A hardwired EV charger is a more permanent solution. It’s secure, high-performing, and built for long-term use. It also adds more value to your home, especially as EV ownership becomes more widespread.

If you’re charging an EV once a week and moving homes next year, a plug-in might be fine. But if you’re building a reliable, efficient charging setup for daily use, don’t settle. Go hardwired. It’s faster. It’s safer. It’s built to last.

Prairie Electric installs Level 2 EV chargers in Vancouver, Ridgefield, Portland metro area, Pasco and Tri-Cities area. Contact Prairie Electric for a site assessment and EV charger installation built to fit your needs.

]]> https://www.prairielectric.com/residential-resources/how-to-troubleshoot-your-electric-range/ Thu, 22 May 2025 18:00:01 +0000 https://pe.local/how-to-troubleshoot-your-electric-range/ Something’s not right. You’re ready to cook, but your electric range or cooktop has other plans. Don’t panic – while it may be necessary for you to call Prairie Electric if issues persist, you can troubleshoot on your own first and perhaps remedy the problem with a few simple steps.

A note about safety: troubleshooting your electric oven before scheduling a service call can be incredibly useful, saving you money and time. However, never even consider any step that puts you in contact with frayed wiring, overheated or burnt outlets, or the inner workings of your appliance. If in doubt, contact our team immediately. Your safety is most important.

Electric Range Troubleshooting Steps:

1. Has the breaker flipped? Check your electrical panel to see if the breaker has flipped. Flip it back on again to see if this causes the range or cooktop to regain function. This simple check can save you hours of frustration, and applies to any situation in which an electrical appliance stops working without apparent cause.

2. Check the plug-ins. Is the range power cord securely plugged into the outlet? Note: ranges and cooktops consume too much electricity to run through extension cords. Check to be sure this cord is plugged snugly into a wall outlet.

3. Is the power cord in good shape? If wires are visible through the rubber or sharp crimps where the cord has worn down, this could be causing the problem. Call Prairie if you can see any exposed wires, to prevent electrocution and other serious issues.

4. Bulbs needed. If the burners warm up but the indicator light remains off, you will need to replace the bulbs.
5. Are the other burners working? Turn burners on one at a time to see if the problem is just one burner or more. Sometimes just tightening the connections can make your range functional once again. If the problem isn’t obvious, it’s time to take the next step:

6. Survey the whole unit. First, turn the breaker off and unplug the unit. Access the fuses for each heating element (check your appliance manual for guidance). Are your fuses smoking, burnt, or otherwise worn down? These can be replaced by an electrician, or a savvy DIYer. If there are wires that are merely loose, wrap them around the screw terminal and secure by tightening. If you see corrosion, gently clean the terminal with a wire brush and reconnect the wires. Note that any damaged wiring requires professional assessment and likely replacement by an electrician.

Your electrical range or cooktop can work for years without issue. However, when problems come up, you need effective solutions. Our experienced technicians are ready to help. While we encourage you to troubleshoot using the above tips, your safety is our number one concern.

Call us with any questions or concerns, or to schedule a service call in the Vancouver, Ridgefield, or Pasco area.

Does Hot Tub Wiring Need to be Buried?

In most cases, yes, hot tub wiring does need to be buried, especially for permanent installations. National Electrical Code (NEC) requires hot tub wiring to be buried at least 18 inches deep when running through PVC conduit. For areas where digging is limited, special conduit may reduce this depth, but always check local code requirements or consult a licensed electrician.

Understanding the Code for Hot Tub Electrical

Electrical codes exist to protect you, and hot tubs have specific guidelines you need to follow. For example, a disconnect switch is required within sight of the spa but no closer than 5 feet. GFCI protection is also mandatory. The circuit must be dedicated, meaning no other appliances can be on that line. The electrical needed for a hot tub depends on the model; 240V models often require a 50- or 60-amp breaker, while plug-and-play units run on 120V.

Hot Tub Electrical Connection and Distance Requirements

You may be wondering, “How far should a hot tub be from the house?” or “What’s the hot tub minimum distance from house?” According to code, your hot tub must be at least 5 feet away from the house and any other structures unless certain bonding and clearance rules are followed. The hot tub distance from electrical outlet should also meet NEC clearance rules. This ensures there’s no danger of water contacting energized components.

Why Extension Cords Are a Bad Idea

Can you plug a hot tub into an extension cord? Or, can you use an extension lead with a hot tub? The short answer is: never. Extension cords are not built to handle the current demand of a hot tub and can pose serious fire risks. Hot tubs should always be wired directly into a properly rated, grounded, and GFCI-protected outlet or subpanel by a qualified electrician.

Do You Need Plumbing or a Special Outlet?

Do hot tubs require plumbing? Not in most cases. Most models are self-contained, meaning you fill them with a hose and the built-in pump and heater handle the rest. However, do you need a special outlet for a hot tub? Absolutely. Plug-and-play models still require a properly grounded GFCI outlet, and larger 240V units will need hardwired connections to a dedicated circuit with a weatherproof disconnect box.

How Much Does it Cost for an Electrician to Install a Hot Tub?

The cost for professional installation varies based on factors like panel access, distance from your main electrical box, and whether trenching is needed for buried lines. Installing a hot tub involves more than just picking a spot and plugging it in. It takes proper planning, code knowledge, and safe wiring practices. At Prairie Electric, we’ve helped countless homeowners in the Portland and Vancouver areas get their spas set up the right way. Contact us today to schedule a consultation or get an estimate on your hot tub electrical connection.

Squirrels, especially gray squirrels like we have here in the Vancouver and Portland area, have teeth that never stop growing. To keep them filed down, they instinctively chew on anything they can, including wood, plastic, and even the protective insulation around electrical wires. This behavior can lead to serious damage inside your attic, basement, or walls, increasing the risk of electrical fires or power loss.

Why Do Squirrels Chew on Wires?

Squirrels chew on wires primarily to manage their teeth, not out of hunger. Unfortunately, your home’s electrical system becomes a convenient target, especially in quiet, tucked-away areas like attics. The smell or warmth from the wires may also attract them. If you’re asking, do squirrels chew wires?, the answer is yes – frequently and aggressively.

How to Stop Squirrels From Eating Electrical Wires

To protect your home, start by sealing off any possible entry points. Check your attic vents, roofline, and basement for small gaps around wiring. Use steel mesh or heavy-gauge sheet metal to block these areas. Squirrels can’t chew through metal, making this a highly effective barrier.

For wires that run through open or vulnerable areas, consider enclosing them in a metal conduit. While most electrical wiring comes with rubber insulation, that alone won’t stop a determined squirrel. A protective metal sleeve adds a much stronger layer of defense.

Repairing Squirrel-Damaged Wiring

If a squirrel has already chewed through your home’s wiring, it’s important to act quickly. Damaged wires can cause shorts, power outages, or even fires. At Prairie Electric, we can safely inspect, repair, or replace chewed wires and ensure everything is up to code. We’ll also check nearby areas for additional damage and help you prevent future problems. Never attempt to fix exposed or frayed wires on your own. Electrical work should always be handled by a licensed professional.

Natural Prevention – No Poisons Needed

We don’t recommend using chemicals or poisons, especially if you have children or pets. Metal barriers are a safer, longer-lasting solution. They also avoid the health risks that come with pesticides or traps left unattended.

If you’ve noticed signs of squirrel damage or want to learn how to stop squirrels from chewing wires in your home, give Prairie Electric a call. We can inspect your wiring and recommend safe solutions to keep your home protected.

In many cases, a quick fix is all you need. Here are some simple steps you can take to troubleshoot your outdoor outlets before calling in the pros.

Start With the Basics

First, test nearby outlets and lights to see if they’re working. You can plug in a small lamp or use a voltage tester. If more than one outlet is dead, unplug anything still connected to avoid overloading the circuit. You might want to mark dead outlets with tape so you can easily find them later.

Check the Circuit Breaker

One of the most common reasons outdoor outlets stop working is a tripped circuit breaker. Your electrical panel is usually in the garage, basement, or utility room. Open it and look for any switches that are in the “off” position or sitting between on and off. Flip them fully off and then back on again.

A breaker may trip due to a temporary overload or a faulty device plugged in somewhere on the circuit.

Don’t Overlook the GFCI

Even if you’ve checked the main panel, the issue might be with a GFCI outlet, especially if your exterior GFCI outlet is not working. GFCIs are designed to shut off power if they sense even a small leak of electricity, protecting you from shock.

You may find them in bathrooms, kitchens, basements, or even tucked away in your garage. The garage is the most common location for the GFCI linked to the outlets outside. One tripped GFCI can shut off power to multiple outlets, including outdoor ones. Look for the “reset” button on these outlets and press it to see if power comes back.

If you can’t find the GFCI or don’t know where it’s located, this is a good time to call an electrician.

Exposure to the Elements

Outdoor outlets face wind, rain, heat, and cold. Over time, this exposure can wear down components and cause connections to fail. Moisture can corrode wires or cause short circuits, especially if the outlet cover is damaged or missing.

To prevent outdoor outlets from not working, be sure they’re covered with weather-resistant covers and have proper sealing. Regular checks can help catch problems early.

Loose or Damaged Wiring

If none of the above solutions work, the outlet itself might have a loose connection or damaged wiring. This is not something to try fixing yourself. Loose wires can overheat and pose a fire risk.

If the outlet feels warm, smells like it’s burning, or shows any signs of damage, stop using it immediately and call an electrician.

Still Stuck? We Can Help.

If your outdoor outlets aren’t working, or your exterior GFCI outlet is not working and you’re not sure why, reach out to Prairie Electric. We serve Vancouver, Ridgefield, Portland, and throughout Washington State, including Pasco. Our expert electricians are here to help you stay safe, powered, and ready for anything.