Electrical Knowledge Base
Expert answers from our licensed electricians — browse by category to learn about the services we offer and how we can help.
Generators should be installed at or near your home's electrical panel to ensure an efficient connection to the electrical system. Placement must also consider the location of the fuel source — whether natural gas, propane, or diesel. The farther the generator sits from the panel and fuel supply, the more complex and costly the installation becomes due to additional wiring and fuel line requirements.
Noise is another important factor. While generators vary in noise level depending on engine size and design, all generators produce some sound during operation. Because they're typically used during emergencies like power outages, homeowners are usually more tolerant of noise during those times.
It's also important to know that most standby generators automatically start and run on a weekly schedule. This routine self-test performs diagnostic checks and keeps the engine in proper working condition so it's ready when needed. Considering all of these factors helps homeowners choose the most practical and effective location for their generator.
The cost depends largely on engine size and power output. Standby generators are sized in kilowatts (kW), with common residential models ranging from 10 kW to 26 kW. Average unit costs:
7.5–10 kW: $2,500–$4,000 — covers essential circuits like lights, fridge, and furnace.
14–18 kW: $4,500–$6,000 — powers most of the home including HVAC and kitchen.
22–26 kW: $5,000–$8,000+ — whole-home coverage with no compromises.
Installation costs depend on the distance between the generator, electrical panel, and fuel source. Greater distances require additional wiring, conduit, or fuel line extensions. The generator's size also determines the gauge of electrical conductors needed — larger units require heavier wiring. However, labor time is generally similar regardless of size, since tasks like trenching, running conductors, and system setup take about the same amount of time.
A high-quality installation from the start can significantly reduce maintenance issues and ensure a reliable, long-lasting system. During the initial break-in period, oil changes and system inspections are especially important.
Generators require regular maintenance just like any other engine. Oil, air filter, and spark plugs should be replaced after periods of heavy use or at least once a year.
The best time to service is typically at the beginning of fall. This ensures the system is prepared for winter months when power outages are more likely. Completing service ahead of colder weather gives homeowners confidence their generator will start when needed most.
Cold weather significantly affects generator performance. Lower temperatures impact engine startup and oil viscosity, making the engine work harder during ignition. Cold also affects fuel quality and fuel system components — fuel valves can become sticky or "gummy" in low temperatures, making them slower to open during startup.
Many generator service calls happen during cold weather when engines struggle to start. The problem can often be traced to fuel-related issues — old or stale fuel, and gas lines that are over-pressurized or under-pressurized. A consistent maintenance plan is essential to keep your generator reliable and ready.
Generators are robust machines, but like any mechanical system, they can occasionally have problems. Having a basic understanding of how your generator works helps you identify and diagnose simple issues before they become serious.
Most modern generators have a display panel that shows fault codes when a problem occurs. These codes help identify potential issues and guide troubleshooting steps. In many cases, reviewing the fault code and consulting your manual can determine whether the issue can be resolved without professional help.
When troubleshooting a generator that won't start, remember the three essentials for engine operation: fuel, spark, and air. If any one is missing, the generator won't run. Check the fuel supply, inspect spark components, and make sure the air intake is clear.
Your owner's manual is an important resource — it provides instructions for checking these components and locating key parts. If basic troubleshooting doesn't resolve the issue, contact a qualified technician. We place a strong emphasis on building lasting relationships with generator owners so you always have a knowledgeable team ready to help.
Lighting installations are generally simpler than many other types of electrical wiring projects. Installing an electrical box for a light fixture and adding a switch typically doesn't require extensive work. However, the challenge that often surprises people is completing the installation efficiently while avoiding unnecessary damage to walls and finished surfaces.
Proper planning is the most important step. The first thing to consider is the source of power and the path the wiring will take to reach the new fixture. In most lighting circuits, the first point needing power is the light switch, which serves as the control point for the fixture.
Switches are typically placed near the entrance of a room for convenience and accessibility — this is both practical and required by code. From the power source, wiring runs to the switch and then continues to the fixture. Keeping this pathway as direct as possible makes the installation safer, faster, and more efficient.
Determining the best wiring route can be one of the most challenging parts. It often requires understanding wall cavities, ceilings, and structural components to run wiring without causing unnecessary damage.
Hiring an experienced electrician greatly reduces the time and frustration involved. Professional electricians have worked in many different types of spaces and understand how to access and navigate them efficiently. Hiring an electrician isn't just paying for labor — it's benefiting from the knowledge and experience that comes with the trade.
Under-cabinet lighting is an excellent way to add both functional and accent lighting to a kitchen. Proper lighting in this area maximizes workspace usability and enhances the overall appearance of the kitchen.
The first step is selecting the right fixture. Most modern fixtures use LED technology, which provides energy efficiency, long life, and dimmable options. Choosing slim, low-profile fixtures is especially important so the lights remain discreet and don't take up valuable space.
Planning the power source and switch location should be done before any wiring or mounting begins. Installing lighting on existing cabinets can present additional challenges, particularly when trying to conceal wiring and electrical connections.
To maintain a professional appearance, use hidden or low-visibility areas for power supplies, drivers, and connections. The open space above cabinets that don't reach the ceiling can serve as a convenient area to place connections. From there, wiring routes down through the wall to the cabinets below.
One helpful practice is to stage or test the lights before installation. Temporarily placing fixtures and turning them on lets you evaluate brightness, spacing, and overall appearance before drilling holes or permanently mounting. This extra step ensures the finished design meets both functional and aesthetic expectations.
Outdoor lighting is a simple and effective way to improve both safety and appearance. Lights around walkways, entryways, patios, and decks help people see clearly at night and reduce the risk of trips or falls. They also highlight landscaping and architectural features, making the home more inviting and secure.
Choosing the right fixture is important. Most outdoor lighting today uses LED technology because it's energy efficient and lasts much longer than traditional bulbs. Fixtures should also be rated for weather exposure to handle rain, temperature changes, and other outdoor conditions.
Before installing, plan where the power will come from and where switches or controls will be located. Outdoor wiring should be routed through protected areas whenever possible to stay safe and out of sight.
All electrical connections must be placed inside weatherproof electrical boxes to protect them from moisture and damage. Properly installed wiring and secure connections ensure the lighting system works reliably for years.
Smart switches and lighting controls allow homeowners to manage their lights using a smartphone. These systems replace traditional wall switches with smart-enabled switches that connect to your home's Wi-Fi network or a dedicated smart home hub.
One of the main benefits is the ability to turn lights on or off from anywhere. If you forget to turn off a light when leaving the house, simply open the app and switch it off. You can also turn lights on before arriving home for convenience and visibility.
Smart lighting also lets you create schedules — for example, lights that turn on automatically in the evening and off later at night. This is useful for maintaining a consistent routine without manually operating switches.
Another advantage is improved home security. When you're away on vacation, schedules that turn lights on and off at different times make your home appear occupied, which may discourage intruders.
Installation typically involves replacing existing wall switches with compatible smart devices. In many cases, a neutral wire is required for the switch to function properly. Because the installation involves electrical wiring, many homeowners choose to have a qualified electrician ensure the switches are wired correctly and safely.
If your home was built before 1980 and still has the original panel, it's likely time for a replacement. Modern panels include whole-home surge protection and updated breaker designs that help prevent electrical fires caused by seized or failing breakers. Older panels lack these safety features and may have breakers that no longer trip properly when they need to.
A new panel gives you the capacity to support today's appliances, EV chargers, and smart home systems — plus modern safety features like arc-fault breakers.
If your panel is full and you need more circuits, there are options. Some panels allow tandem or split breakers that fit two circuits in one slot. If more capacity is needed, a subpanel can be installed to expand your system.
Before expanding, it's important to evaluate the main service load to ensure the additional circuits won't overload the system. We assess all of this during the free inspection and give you a clear plan before any work begins.
Older kitchens were often wired with only one or two circuits for the entire space. Running a microwave, toaster, and coffee maker simultaneously overloads the circuit, causing the breaker to trip. The fix is installing dedicated circuits for high-draw appliances — this is one of the most common upgrades we perform.
Outlets without a ground prong do pose a safety risk. Grounding provides a fault path that allows breakers to trip during a problem. Without it, electrical faults can damage equipment or cause shocks.
You don't need to rewire your entire house. GFCI outlets can protect downstream circuits even without a ground wire, and GFCI breakers can protect entire circuits. We can evaluate your home and recommend the best approach.
The culprit is often small loads running continuously — old garage refrigerators, freezers, and devices in standby mode. Even small phantom loads running 24/7 can add $50–100+ to your monthly bill.
Having an electrician inspect your panel with a meter shows exactly what's drawing power, so you can identify and address the real source of the problem.
Most Level 2 charger installations are completed in 2–4 hours in a single visit. More complex jobs — like panel upgrades or long conduit runs — may take slightly longer, but we'll let you know upfront during the free evaluation.
We strongly recommend hiring a licensed electrician. EV chargers are a continuous load — the wiring and breaker must be rated at 125% of max draw. A 48-amp charger requires a 60-amp circuit, not a 50. Conduit sizing, insulation, and proper terminations also need to be correct. Incorrect installation is a fire risk.
If your panel is full, we have options. Some panels allow tandem breakers to fit two circuits in one slot. If more capacity is needed, we can install a subpanel. We evaluate this during the free inspection and give you a clear plan before any work begins.
Yes. We install EV chargers in garages, carports, driveways, and on exterior walls. Outdoor installations use weather-rated enclosures and conduit to protect the wiring from Pacific Northwest elements. We'll recommend the best mounting location during the evaluation.
We install all major brands including Tesla Wall Connector, ChargePoint, JuiceBox, Grizzl-E, Emporia, and ClipperCreek. If you've already purchased a charger, we'll install it. If you need help choosing one, we can recommend the best option for your vehicle and electrical setup.
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