Alameda Electrical Company handles residential and commercial electrical work throughout Alameda and the surrounding East Bay. Whether a breaker keeps tripping, a panel needs upgrading, or a property needs new wiring from the ground up, we scope the job on the call and get it scheduled. We work every day from 8:30 AM to 11:00 PM, including evenings and weekends, so you are not stuck waiting for a weekday appointment. Homeowners, landlords, property managers, and business owners across Alameda County call us when the electrical work needs to get done right.
Call (341) 232-2995 for a quote.
We power your home. We protect your circuits. We earn the call.
Electrical problems don't wait, and neither do we. A flickering light or a dead outlet can point to something minor or something that needs immediate attention. The difference matters, and the only way to know is to look at what is actually happening in the wiring, the panel, or the device itself.
We treat your home and its wiring the way we would our own. That means showing up with the right tools, running a proper diagnostic, and explaining what we find before any work starts. GFCI and AFCI protection failures, loose connections, overloaded circuits, and wiring faults all show up as symptoms first. We trace the symptom to the source.
If you are seeing any of the following, it is worth a call:
A breaker that keeps tripping is a warning worth heeding. Call us and describe what the circuit is doing, and we will tell you what the visit involves.
From a single dead outlet to a full kitchen or bathroom upgrade, outlet and switch work is some of the most common electrical service we handle. Bathrooms and kitchens require GFCI protection by code. Garages, outdoor receptacles, and crawl spaces do too. When an outlet is not working, or when a property needs new outlets added, we confirm what is required for the location and wire it correctly.
We install dimmer switches, USB outlets, AFCI-protected outlets, and standard replacements. A switch that buzzes, a dimmer that flickers at low settings, or a three-way switch that no longer behaves predictably are all jobs we handle on a regular basis. Code-compliant wiring on every job means the work holds up whether or not an inspector ever looks at it.
From older homes to new commercial builds, panel capacity is one of the first things that limits what a property can do. A panel that was sized for a 1950s household is not built for today's loads. When the service entrance cannot carry what the property needs, everything downstream suffers.
We handle full panel replacements, 200-amp service upgrades, fuse box conversions, and load calculations for properties adding circuits or major appliances. The process starts with understanding what the panel is being asked to do, then confirming what the service entrance and meter can support.
A fuse box still in place is a clear starting point. So is a panel where breakers trip when a large appliance runs, or where there are not enough open slots for the circuits a renovation or addition requires. If you are planning to add an EV charger, a battery backup system, or a new HVAC circuit, the panel capacity question comes first.
We run the load calculation, confirm what the service entrance can support, and explain what the upgrade involves before any work is scheduled. Reach out and describe what the breaker is doing, and we can usually scope the job on the first call.
Alameda has a substantial stock of older homes, and the wiring inside them reflects that. Knob-and-tube wiring, aluminum branch-circuit wiring, and cloth-insulated cables are all common in properties built before the 1970s. Each one presents a different set of considerations when a homeowner is renovating, adding circuits, or preparing a property for sale.
We handle knob-and-tube replacement, aluminum-wiring remediation, and full home rewiring. A safety inspection is usually the first step, because it tells us exactly what is in the walls and what needs to change. We take pride in the electrical work we leave behind, and rewiring an older home is one of the jobs where that standard matters most.
Wiring a home right takes the right tools and a careful hand, and lighting work is no exception. Recessed LED lighting, under-cabinet fixtures, pendant lights, track lighting, and ceiling fan installations all involve more than swapping a bulb. The circuit has to carry the load, the box has to be rated for the fixture, and the switch wiring has to match what the fixture needs.
We install recessed and LED lighting in living spaces, kitchens, and offices. For commercial spaces, that includes retail lighting layouts and office overhead lighting where the circuit count and switch configuration matter. Ceiling fan installation requires a fan-rated box and, in many cases, a dedicated switch leg. We handle the wiring from the panel out.
The Bay Area climate makes outdoor living practical for most of the year, and exterior lighting gets used accordingly. Motion sensor lights, security floodlights, landscape lighting, and post lights all need weatherproof wiring and boxes rated for outdoor use. Where the fixture load warrants it, we run a dedicated circuit rather than tapping an existing indoor circuit that may already be near capacity.
We'll find the fault and fix it right when an existing outdoor fixture stops working, and we wire new installations to hold up to the salt air and coastal conditions common in Alameda.
The hardest part of an electrical problem is knowing when to call, but dedicated circuit work usually has a clear trigger. A dryer that trips the breaker, a refrigerator that shares a circuit with too much else, a hot tub that needs its own 240V feed, or an air conditioning unit that requires a dedicated disconnect and circuit are all jobs that start the same way: the existing wiring cannot carry the load, and a new circuit is the answer.
We run dedicated circuits for washers, dryers, refrigerators, dishwashers, ranges, and other high-draw appliances. For an AC unit, we handle the electrical side: the dedicated circuit, the disconnect, and the panel capacity to feed it. We do not service the unit itself. Hot-tub circuits require a specific wiring configuration and a disconnect within sight of the equipment, and we handle that work regularly in Alameda County.
Pick the date. We do the wiring. We clean up after.
Alameda's mix of older residential neighborhoods, waterfront properties, and active commercial corridors creates a specific set of electrical needs. Work in this area gets done to the code inspectors here actually enforce. That means the wiring is done correctly whether the project is a panel upgrade in a Victorian on the West End or a circuit installation in a business on Park Street.
EV adoption in Alameda County is among the highest in the country. Rooftop solar is widespread. And wildfire-season public-safety power shutoffs have made battery backup a real consideration for property owners here. The three services below come up constantly, and we handle all three on the electrical side.
A Level 2 home EV charger runs on a dedicated 240V circuit, and the first question is always whether the panel has the capacity to support it. We check the load, confirm the available slots, and run the circuit from the panel to the garage or driveway location. Where the panel needs an upgrade first, we handle that as part of the same project. The price is confirmed before anything is scheduled.
When a solar or battery storage system is added to a property, the electrical side of that project involves panel capacity review, subpanel installation in some cases, and dedicated circuits for the battery system and inverter connections. We handle the electrical work that makes those systems function safely. Public-safety power shutoffs during wildfire season have made battery backup a practical concern in the Bay Area, and the electrical infrastructure to support it starts at the panel.
A surge protector installed at the panel level protects every circuit in the building from voltage spikes that come in through the utility feed. That matters in an area where grid events, nearby lightning, and utility switching can send transient voltage through the service entrance. Panel-level surge protection is a single installation that covers the whole property, and it is worth discussing when a panel is being upgraded or replaced. Call us and the rest is handled.
From older homes to new commercial builds, an electrical inspection gives a property owner a clear picture of what the wiring contains and what it needs. We handle pre-purchase inspections, safety inspections for rental properties, and code-violation corrections for properties that have failed an inspection or received a notice.
Landlords and property managers have a specific set of concerns: a rental unit that fails inspection, a multi-unit building with aging wiring, or a commercial space that needs to meet code before a tenant moves in. We scope those jobs on the call and explain what the inspection covers and what it produces. For homeowners, a pre-purchase inspection before closing can surface wiring issues that affect the negotiation or the renovation plan. Electrical safety inspections are one of the more practical things a property owner can schedule, and we handle them for both residential and commercial properties across Alameda County.
We handle electrical work in Alameda and across the East Bay. Property owners and businesses in Oakland, San Leandro, Emeryville, Piedmont, Berkeley, Albany, and Castro Valley call us for the same range of work we do here in Alameda. Residential, commercial, and rental properties are all part of what we schedule.
Whether the job is a single outlet repair or a full panel replacement with new circuits, the process is the same: the scope is set on the call, the price is confirmed before we schedule, and the work is done to the standard the job requires. We'll find the fault and fix it right, wherever the property is.
Electrical work like this comes up more than people expect, and the first question is usually what it is going to cost. We give you the rate on the phone. The scope is set during the call, the price is confirmed before anything is scheduled, and you know what the visit covers before we arrive.
We are available every day from 8:30 AM to 11:00 PM, including evenings and weekends. If the problem is urgent, call and describe what is happening. If it can wait, we can schedule at a time that works. Either way, the call reaches someone who knows the trade and can talk through what the job involves.
Panel upgraded. Circuits balanced. Home powered safely.
A Level 2 EV charger requires a dedicated 240-volt circuit, and whether your panel can support it depends on the current service size and the existing load. We check panel capacity as the first step of every EV charger installation. If the panel needs an upgrade before the charger can be added, we handle both as part of the same project and confirm the full price before anything is scheduled.
We handle the panel capacity review, dedicated circuits for the inverter and battery system, and the transfer switch or interlock that allows the backup system to carry the load during an outage. The solar panels and inverter equipment are a separate trade. Our work is the electrical infrastructure that makes the system function safely and correctly.
A surge protector installed at the main panel catches voltage spikes that arrive through the utility feed before they reach any circuit in the home. That includes events from grid switching, nearby lightning, and the back-surge from large motors cycling on and off. A power strip at the outlet cannot address surges that come in through the service entrance, which is why panel-level protection covers the whole property in a way that outlet-level devices cannot.
Homes built before the 1960s were wired for the electrical loads of that era, which were much lower than what a modern household draws. A panel sized for a few lights and a refrigerator was not designed to carry a home office, multiple large appliances, and an EV charger at the same time. Running out of outlet space and nuisance breaker trips are both symptoms of a system that has not kept up with the load it is being asked to carry.
A breaker trips when a circuit draws more current than it is rated for, which can be a one-time overload or a sign of a persistent problem. If the same breaker trips repeatedly under normal use, the circuit may be undersized for the load, there may be a wiring fault, or the breaker itself may be failing. A breaker that trips once and resets without issue is less concerning than one that trips consistently on the same circuit.
We check the panel for signs of overheating, corrosion, or physical damage, confirm that breakers are the correct size for their circuits, look for double-tapped breakers or other wiring errors, and assess whether the service size matches the current load. For older panels, we also look at whether the panel model has known issues that affect reliability. The inspection covers both what is visible and what the panel's condition suggests about the wiring it feeds.
It depends on the work. Replacing an outlet or switch on a single circuit requires turning off that breaker, not the whole panel. Panel work and service upgrades require the main power to be off for part of the job. We tell you in advance what will be without power and for how long, so you can plan around it.
A single outlet or switch replacement is usually done in under an hour. A panel upgrade runs several hours depending on the service size and what the installation involves. A whole-home rewire is a multi-day project. We give you a time estimate when we scope the job on the call so you know what to expect before the visit is scheduled.
A repair is appropriate when the fault is isolated and the surrounding wiring is in good condition. When the same fault keeps recurring, when the wiring in the area is old or degraded, or when a repair would leave an undersized or improperly grounded circuit in place, the right answer is to do the work correctly rather than patch it again. We explain which situation applies before any work starts.
When wiring runs through finished walls, attic spaces, or crawl spaces in an older home, accessing it takes more time and care than running wire in new construction. Knob-and-tube and aluminum wiring also require specific methods and materials that differ from standard cable work. We account for those factors when scoping the job, so the price reflects what the work actually involves rather than what a straightforward installation would cost.
Alameda Electrical Company is available every day from 8:30 AM to 11:00 PM for residential and commercial electrical work throughout Alameda and the surrounding East Bay. Whether the job is a repair, a panel upgrade, new wiring, or one of the regional services that come up constantly here, the call is the right first step.
Call (341) 232-2995 and we will scope the job, confirm the price, and get it on the schedule.
We power your home. We protect your circuits. We earn the call.
Below is a plain-language look at the electrical services we handle for homes and businesses in Alameda and across the East Bay. Each row covers what the work involves, who it fits best, and one practical thing worth knowing before you call. If a job does not fit neatly into one category, call us and we will scope it out on the phone.
| Electrical Service | What's Included | Ideal For | What to Keep in Mind |
|---|---|---|---|
| Breaker & Fuse Repair | Tripping breaker diagnosis, Failing breaker replacement, Fuse box assessment, Overloaded circuit identification | Properties where a breaker trips repeatedly or a fuse blows under normal load | A breaker that trips once and resets is different from one that trips consistently on the same circuit. We check both the breaker and the wiring it protects. |
| Wiring & Circuit Installation | New circuit runs from the panel, Knob-and-tube and aluminum wiring remediation, Full home rewiring, Addition and renovation wiring | Older homes being renovated and properties adding rooms or significant new load | Knob-and-tube, aluminum branch-circuit wiring, and cloth-insulated cable each require specific methods. We identify what is in the walls before the work plan is set. |
| Dedicated Appliance Circuits | 240V circuits for dryers, ranges, and refrigerators, Dishwasher and washer circuits, Hot-tub and spa wiring with disconnect, AC unit circuit and disconnect | Any high-draw appliance that is tripping a shared circuit or needs its own feed | Hot-tub circuits require a specific wiring configuration and a disconnect within sight of the equipment. We handle that work to the code requirements that apply here. |
| Lighting Installation | Recessed and LED fixture installation, Under-cabinet and pendant lighting, Outdoor and security lighting, Commercial retail and office layouts | Homeowners renovating a room and businesses updating their lighting layout | The circuit has to carry the fixture load and the box has to be rated for the weight. We confirm both before the fixture goes up. |
| Electrical Panel & Service UpgradesMost Popular | 200-amp service upgrades, Fuse box to breaker panel conversions, Load calculations for new circuits, Service entrance and meter coordination | Homes with undersized panels, fuse boxes, or properties adding EV chargers, battery backup, or major appliances | We run the load calculation and confirm what the service entrance can support before the upgrade is scoped, so the price reflects what the work actually involves. |
| Electrical Safety Inspections | Pre-purchase wiring assessments, Rental property safety reviews, Code-violation identification and correction, Panel and service entrance evaluation | Buyers, landlords, and property managers who need a clear picture of what the wiring contains | A pre-purchase inspection can surface wiring issues before closing. We explain what the inspection covers and what it produces before it is scheduled. |
| Hot-Tub Circuits | Dedicated 240V circuit installation, Disconnect within sight of equipment, GFCI protection for spa wiring, Panel capacity check before installation | Homeowners installing a hot tub or spa that needs its own power supply | Hot-tub wiring has specific code requirements for the disconnect location and GFCI protection. We confirm panel capacity as the first step. |
| Electrical Repairs & Troubleshooting | Fault diagnosis and tracing, GFCI and AFCI failures, Loose connections and wiring faults, Dead outlets and non-responsive switches | Any home or business with an unexplained electrical symptom | A proper diagnostic traces the symptom to its source before anything is replaced, which keeps the repair focused and the cost predictable. |
| Older-Home Rewiring | Knob-and-tube replacement, Aluminum wiring remediation, Full home rewiring projects, Grounding and bonding updates | Owners of pre-1970s homes preparing for renovation, sale, or added electrical load | Alameda has a large stock of older homes where the wiring reflects the era it was installed. A safety inspection is usually the right first step before rewiring work begins. |
| Ceiling Fan Installation | Fan-rated box installation, Dedicated switch leg wiring, Replacement of existing fixtures, Remote and wall-control wiring | Rooms without existing fan wiring or where a light fixture is being swapped for a fan | A standard light box is not rated to support a ceiling fan. If the existing box is not fan-rated, we replace it as part of the installation. |
| Standby Battery for Outages | Panel capacity review for battery systems, Dedicated circuits for inverter connections, Subpanel installation where required, Transfer switch and interlock wiring | Homeowners preparing for public-safety power shutoffs or grid outages in the Bay Area | The electrical infrastructure for a battery backup system starts at the panel. We handle the wiring side so the system can carry the load safely when the grid goes down. |
| Outlet & Switch Installation | GFCI and AFCI outlet installation, USB and specialty outlet upgrades, Dimmer and three-way switch wiring, Code-required locations in kitchens, baths, and garages | Homeowners adding outlets, replacing failed devices, or upgrading to code-required protection | Bathrooms, kitchens, garages, and outdoor receptacles all require GFCI protection by code. We confirm what applies to the location before any work starts. |
What are the signs that a home may not be ready for added electrical load?
Breakers that trip when a large appliance runs, a panel with no open slots, lights that dim when something cycles on, and a service size below 100 amps are all signs that the existing electrical system is near its limit. If you are planning to add an EV charger, a battery backup system, or additional circuits for a renovation, we check the panel and service entrance first and tell you what the load calculation shows before any work is scheduled.
What causes outlets or switches to stop working?
A dead outlet is most often a tripped GFCI, a loose connection behind the device, a wiring fault on the circuit, or a failed outlet itself. A switch that stops responding can have a similar set of causes, including a failed switch, a loose wire at the terminal, or a problem further back on the circuit. We trace the fault before replacing anything, because swapping a device that is not actually the problem does not solve what is happening.
What do flickering or dimming lights usually mean?
Flickering that happens on one fixture is often a loose connection at the fixture, the switch, or a junction box in that circuit. Flickering that affects multiple lights when a large appliance runs usually points to an overloaded circuit or a panel that is near capacity. Dimming that is gradual and consistent can indicate a loose neutral connection, which is worth checking because a loose neutral can cause voltage problems elsewhere on the circuit.
Faults Traced Before Anything Is Replaced
We run a proper diagnostic before any parts are swapped. That keeps the repair focused on what is actually wrong rather than what looks like it might be wrong.
Is it safe to use an outlet or switch that feels warm or makes a buzzing sound?
Neither is normal. Warmth at an outlet or switch usually means a loose connection or a device that is failing under load. A buzzing sound can come from a loose wire, an overloaded circuit, or a dimmer that is not matched to the fixture it controls. Both are worth calling about rather than continuing to use the outlet or switch, because heat and arcing at a connection point are how wiring problems become more serious ones.
How does GFCI protection work and where is it required?
A GFCI outlet or breaker monitors the current flowing through a circuit and trips the moment it detects an imbalance, which is the condition that occurs when current is flowing through a person or an unintended path. Code requires GFCI protection in kitchens, bathrooms, garages, crawl spaces, unfinished basements, and all outdoor receptacles. In older homes, these locations may still have standard outlets that were installed before the requirement existed. We confirm what is required for each location and wire it correctly.
What are the concerns with aluminum branch-circuit wiring?
Aluminum wiring installed in homes during the 1960s and 1970s expands and contracts more than copper under load, which can cause connections to loosen over time. Loose connections at outlets, switches, and fixtures are where the risk concentrates. Remediation typically involves installing approved connectors at every connection point or replacing the wiring in affected circuits. We assess what is in the home and explain the options before any remediation work is scoped.
Code-Compliant Work on Every Job
We take pride in the electrical work we leave behind. Every installation is wired to the standard the code inspectors here actually enforce, whether or not an inspector ever looks at it.
What is involved in adding circuits for a workshop or garage?
A workshop or garage with power tools, compressors, or other high-draw equipment usually needs dedicated circuits rather than sharing an existing household circuit. We start with the load the equipment draws, confirm whether the panel has the capacity and open slots to support new circuits, and run the wiring from the panel to the locations where the outlets are needed. If the panel is already near capacity, a subpanel in the garage is often the right approach.
What does EV charger installation involve on the electrical side?
A Level 2 home EV charger requires a dedicated 240-volt circuit, typically a 50-amp circuit for most home chargers. The first step is checking whether the panel has the capacity and an open slot for the new breaker. We run the circuit from the panel to the garage or driveway location and confirm the wiring method that fits the installation. Where the panel needs an upgrade before the charger can be added, we handle both as part of the same project.
Scope Agreed Before the Panel Is Opened
The price is confirmed before anything is scheduled. You know what the visit covers and what the work involves before we arrive.
Do you handle permits and inspections for electrical work?
Permitted work is inspected by the local authority, which means the installation is checked against the code that applies here. We handle the work to that standard on every job. Whether a permit is required depends on the scope of the work and the jurisdiction. We confirm what applies to your project when we scope the job on the call.
When should I call an electrician rather than attempting a repair myself?
Replacing a failed outlet or switch on a circuit you can turn off at the breaker is work some homeowners handle themselves. Anything that involves the panel, the service entrance, running new wiring through walls, or diagnosing a fault you cannot locate is work where calling is the right move. The risk is not just the repair itself but what the symptom might be pointing to further back in the circuit. We can usually tell you on the phone whether the job is straightforward or whether there is more to look at.
How are surge protection and panel-level protection different from outlet strips?
A surge protector at the outlet level can absorb some transient voltage, but it only covers what is plugged into it and it cannot address a surge that enters through the service entrance. A whole-home surge protector installed at the main panel intercepts voltage spikes before they reach any circuit in the building. That covers appliances, HVAC equipment, and electronics throughout the property from a single installation point.
Call (341) 232-2995 and we will talk through what the job involves, give you the rate on the phone, and get it on the schedule.
(341) 232-2995