Electrician and Tesla Certified Installer FAQs: Your Complete Guide to EV Charging and Electrical Services

A Tesla Certified Installer is an electrician or company that has completed Tesla's product training for specific equipment, such as the Wall Connector or Powerwall, and is listed by Tesla as qualified to install it. Certification is product specific, so a contractor certified for the Wall Connector is not automatically certified for Powerwall. For your project we match you with a licensed, insured electrician from our network and use a Tesla-certified installer where that certification applies. See our Tesla Installation Hub for what proper installation involves.

Ask which Tesla product the certification covers (Wall Connector, Universal Wall Connector, or Powerwall) and confirm it matches your job, then verify the electrician's state license and insurance separately. Tesla publishes installer information for some programs, and a legitimate installer will not object to showing current credentials. Read how to verify a Tesla Certified Installer before you hire for a step-by-step check.

A state electrical license means the electrician is legally qualified to perform electrical work in that state. A Tesla certification is an additional, product-specific training credential for installing particular Tesla equipment. The best outcome combines both: a licensed, insured electrician who also holds the Tesla certification relevant to your equipment. We coordinate that match through our nationwide network.

A Tesla Wall Connector can be installed by a qualified, licensed electrician following Tesla's installation manual and local electrical code. Tesla certification adds product-specific training and can matter for warranty and commissioning on certain products. For a straightforward home Tesla Wall Connector installation we use electricians experienced with the unit; where Tesla requires certification, we assign a certified installer.

No. Charge Home Solutions is an independent company that coordinates electrical installation through a nationwide network of licensed electricians, including Tesla-certified installers where applicable. We are not Tesla, we are not Tesla-owned, and we are not an official Tesla representative for every product. We install and service Tesla equipment such as the Wall Connector and Powerwall where our electricians are qualified to do so.

Tesla Powerwall involves battery energy storage, utility interconnection, and in many cases permitting that is more involved than a simple charger install, so Tesla maintains a separate certification path for Powerwall installers. We assign Powerwall work to electricians qualified for battery storage and, where required, Tesla Powerwall certification. Learn more on the Tesla Powerwall installation page.

Tell us your location and equipment on the request service page and we match you with a qualified electrician who covers your area, using a Tesla-certified installer where that certification applies. You can also start from our Tesla Certified Installer page. Availability in any given city depends on the installers serving it, which is why we confirm coverage for your address.

Warranty terms come from Tesla and the manufacturer, and proper, code-compliant installation by a qualified electrician is what protects coverage. Keep your receipt and permit documentation. We install to the manufacturer's manual and local code so your equipment is set up correctly. See Tesla Wall Connector warranty coverage.

Manufacturer certifications can be tied to ongoing training or program status, so a current certification matters more than one from years ago. When Tesla certification is relevant to your job, we assign an installer whose certification applies to that product. If certification is important to you, ask for confirmation before the work begins.

Commissioning is the setup and verification step after the hardware is installed, where the installer configures the equipment, connects it to the Tesla app where applicable, and confirms it operates correctly. For products like Powerwall, correct commissioning in the Tesla app is part of a proper install and protects functionality and warranty. See our Tesla One commissioning guide.

No. Tesla certifications are product specific. Solar, Solar Roof, Wall Connector, and Powerwall each have their own training and qualification path, so being certified for one does not mean certified for another. We assign the installer whose certification matches your equipment.

The Universal Wall Connector installs much like the standard Wall Connector, on a dedicated 240-volt circuit by a qualified, licensed electrician following Tesla's manual and local code. Where Tesla certification applies, we assign a certified installer. Its advantage is charging both Tesla and non-Tesla EVs from one unit.

A Wall Connector is hardwired, supports higher charging amperage on capable vehicles, adds features like scheduling and power sharing, and removes the outlet as a wear point. A NEMA 14-50 outlet is a flexible plug-in option, generally limited to 40 amps of charging. For daily home charging, many owners prefer the Wall Connector; the electrician helps you choose based on your car and panel.

Contact us with the details. Because you are matched with a licensed, insured electrician and have a single point of contact, an installation concern can be raised and sorted out. Keep your permit, receipt, and any commissioning confirmation, which help with both the workmanship and the manufacturer warranty.

Yes. If you already have a Wall Connector or other charger, a licensed electrician can install the dedicated circuit and mount and connect your unit. Let us know the exact model when you request the estimate so the electrician plans the right circuit for it. The install is the electrical work that powers the charger you own.

A permitted job is inspected by your local authority, which is a key check that the breaker, wire, and methods meet code for your installation. Keep your permit and inspection documentation, and ask the electrician what was installed. Using a licensed electrician who pulls the permit is how you get that independent verification.

Powershare is Tesla's approach to whole-home backup that, with the right equipment, can keep your entire home running during an outage rather than just selected circuits. It involves specific hardware and qualified installation. See our Tesla Powershare installation information for how it is set up and what it requires.

If timing does not work with one electrician, we aim to match you with another who covers your area, so a scheduling conflict does not stall your project. Because you have a single point of contact, you are not left starting over. Tell us your preferred timing when you request service.

Submit your location on the request service page and we match you with an electrician who covers your area, using a Tesla-certified installer where that certification applies to your equipment. You can also start from our Tesla Certified Installer page. We confirm who is available for your address rather than assuming coverage everywhere.

The Universal Wall Connector has a built-in adapter that lets it charge both Tesla vehicles and non-Tesla EVs that use the common J1772 connector, from a single unit. That is its main advantage over the standard Wall Connector for a mixed household. It installs the same way, on a dedicated 240-volt circuit.

Start by confirming the electrician holds a current state license and liability insurance, has experience with your specific work, and will pull the required permit. Our step-by-step guide, how to find a licensed electrician near you, walks through each check. With Charge Home Solutions you can request a free in-home estimate and we match you with a licensed, insured electrician who covers your area, so you skip the vetting legwork. You can also browse coverage by state on our locations page.

Ask for the license number and the state it was issued in, then confirm it on that state licensing board's public lookup. For insurance, request a certificate of liability insurance and check that it is current. A reputable electrician provides both without hesitation. Every electrician we dispatch is expected to be licensed and insured for the work they perform.

Comparing two or three estimates is reasonable for larger jobs like a panel upgrade, but the lowest number is not always the best value. Make sure each quote covers the same scope: permit, materials, labor, and any panel or circuit work. A free in-home estimate from a licensed electrician is the most reliable way to get an accurate number, because pricing depends on your panel, wiring distance, and local code.

Availability depends on your location and the electricians covering it, so same-day service is not guaranteed everywhere. If you have a safety issue such as burning smells, sparking, or repeated breaker trips, treat it as urgent, keep the affected circuit off, and request service so we can prioritize matching you with a local electrician. For a definite date, booking ahead gives the most flexibility.

Hourly rates vary widely by region, licensing level, and job complexity, so a flat national figure would be misleading. Most residential projects are quoted by the job rather than strictly by the hour, because the real cost drivers are permit, materials, panel capacity, and wiring distance. The accurate way to know your price is a free in-home estimate, which prices your specific home.

Ask whether they are licensed and insured for your state, whether they will pull the permit, whether the quote includes materials and any panel work, how long the job takes, and whether they have done your specific install before. Clear answers to these signal a professional. We pre-match you with licensed, insured electricians experienced in EV and panel work so these boxes are already checked.

No. Adding a 240-volt circuit is licensed electrical work in most jurisdictions, and using an unlicensed person can fail inspection, void insurance, and create a safety hazard. Use a licensed, insured electrician for any new circuit, panel, or EV charger work. That is exactly who we dispatch.

For most installs the licensed electrician pulls the permit as part of the job and coordinates the inspection. Confirm this is included in your quote. Doing the permit through the licensed professional who performs the work is the clean, correct path and keeps your paperwork in order for insurance and resale.

A journeyman is a licensed electrician qualified to perform electrical work, often under the broader responsibility of a master electrician who has additional experience and can pull certain permits and supervise. For your install what matters most is that the work is done by a properly licensed, insured electrician and permitted correctly.

Electrical licensing is state specific, so an electrician generally needs to be licensed in the state where your home is located. This is one reason we match you with an electrician who is licensed for and covers your area, rather than sending someone who is not qualified locally.

Ask directly who will be on site and confirm that person is licensed and insured. A professional is upfront about this. When we match you with an electrician, you know who is coming and can verify their credentials before the work begins.

A rough range is sometimes possible, but an exact price needs a quick look at your panel and the install location, because distance, capacity, and local permit rules change the number. That is why the in-home estimate is free: it gives you an accurate, itemized price instead of a phone guess.

Some electricians charge a fee to come out and diagnose a problem, which may be credited toward the repair. For a new installation, our in-home estimate is free and carries no obligation. Always confirm any fees before booking so there are no surprises.

Our focus is EV charging, Powerwall, and panel work, but the electricians in our network are full-service and handle a range of residential electrical work. Tell us what you need when you request service, and we match you with an electrician suited to the job and your area.

Yes. A licensed electrician can address the electrical items a home inspection flags, such as ungrounded outlets, double-tapped breakers, missing GFCI protection, or an outdated panel. Share the report's electrical findings when you book so the electrician can scope and price the fixes accurately.

A professional electrical inspection reviews your panel and service, the condition and grounding of outlets and wiring, GFCI and AFCI protection where required, visible safety concerns, and overall capacity, then flags anything that needs attention. It gives you a clear picture before you buy a home, add big loads, or address warning signs.

The most reliable signals are a current license, proper insurance, relevant experience with your type of job, and a clear, itemized written estimate. During the free in-home estimate you also get a direct sense of professionalism before you commit. We match you with licensed, insured electricians so those fundamentals are in place.

An EV electrician is simply a licensed electrician experienced with EV charger circuits and load calculations. Request a free estimate on the request service page and we match you with one who covers your area, so you get someone who installs chargers regularly rather than guessing from a general search. We confirm availability for your location.

A typical Level 2 home charger install means running a dedicated 240-volt circuit from your electrical panel to the charger location, mounting and connecting the unit, adding the correct breaker, and passing a permit inspection where required. The electrician first checks that your panel has the capacity and breaker space. See EV charger installation for the full process and what affects the work.

Yes. A Level 2 EV charger requires its own dedicated 240-volt circuit sized to the charger, because it is a continuous high-draw load and electrical code does not allow it to share a circuit with other devices. The electrician sizes the breaker and wire to the charger's amperage. More detail is in do you need a dedicated circuit for a home EV charger.

In most areas, yes. Adding a 240-volt circuit is permitted electrical work, and a permit with inspection protects you on safety, insurance, and resale. Requirements and fees vary by city and county. A licensed electrician normally pulls the permit as part of the job. See do I need a permit for an EV charger for how it usually works.

Both are valid. A plug-in setup uses a NEMA 14-50 outlet and lets you unplug the unit, but is generally limited to 40 amps of charging. Hardwiring supports higher amperage on capable chargers, is often preferred outdoors, and removes the outlet as a wear point. Your electrician recommends the right approach based on your charger, panel, and location.

Level 2 charging speed depends on the charger's amperage, your car's onboard charger limit, and the circuit it is on. Many home setups add roughly 20 to 40 miles of range per hour, which fully recharges most EVs overnight. A higher-amperage charger only helps if your vehicle and circuit can use it. Your electrician sizes the circuit to match a realistic charging rate for your car.

Yes. Many EV chargers are rated for outdoor use, and outdoor or carport installs are common. The electrician uses outdoor-rated equipment and weatherproof connections, mounts the unit at the right height, and routes the circuit to protect it from the elements. Placement near where your car's charge port sits keeps the cable reach comfortable.

A straightforward install is often completed in a few hours. Jobs that need a long wire run, a panel with limited capacity, or a panel upgrade take longer and may involve a separate inspection visit. The electrician confirms the timeline during the estimate. See how long does EV charger installation take for what changes it.

Mount the charger so the cable comfortably reaches your car's charge port where you normally park, at a height that keeps the cable off the floor and the connector easy to handle. The electrician considers the panel location, wall space, and your vehicle to minimize cable strain and wire run. Placement is set during the estimate.

Yes. Options include a second dedicated charger, a single unit that supports power sharing between two vehicles, or load management so both can draw from the available capacity without overloading the panel. The right setup depends on your service size and how often both cars charge at once. See multi-EV charging installation.

Wire size is set by the charger's amperage and the breaker, following electrical code, so a higher-amperage charger needs heavier wire. The electrician sizes the conductor and breaker together for a continuous load, which is why this is not a DIY guess. Background in what size wire does a 48-amp EV charger need.

Yes. EV charging equipment and connectors are designed and tested to be used outdoors in wet conditions, with safety systems that stop charging if a fault is detected. Using outdoor-rated equipment installed by a licensed electrician keeps it safe. More in can I charge my EV in the rain.

Level 1 uses a standard 120-volt household outlet and charges slowly, adding only a few miles of range per hour, which suits very light driving. Level 2 uses a dedicated 240-volt circuit and charges several times faster, enough to refill most EVs overnight. Most owners who drive regularly choose Level 2. See Level 1 vs Level 2 charging.

Pick an amperage your car can actually use and your panel can support. Many homes do well with a 40 to 48-amp setup, but a higher rating only helps if your vehicle's onboard charger and your electrical capacity can use it. Oversizing the charger without the circuit to match adds cost without benefit. The electrician recommends the right size during the estimate.

Buying the car and installing the home circuit are separate things. The home charger install is electrical work that needs a licensed, insured electrician and usually a permit, regardless of where you bought the car. We handle that side, matching you with a qualified electrician and a free in-home estimate.

Yes. An electrician can relocate a charger, which involves rerouting or extending the dedicated circuit to the new location and remounting the unit, sometimes with a permit. The effort depends on the new distance from the panel. See EV charger relocation.

Yes. A detached garage install means running the dedicated circuit from your panel to the detached structure, which can involve a longer underground or overhead run and sometimes a subpanel in the garage. The distance and routing affect the work and cost, which the electrician assesses during the estimate.

It is not a reliable or code-sound solution. A dryer outlet is on a shared, differently rated circuit and is not meant for the continuous high load of EV charging, and splitting it can overload the circuit. The correct approach is a dedicated circuit for the charger, which an electrician installs. See can I install an EV charger without a panel upgrade.

A smart charger connects to Wi-Fi or an app and adds features like scheduling to charge during cheaper off-peak hours, energy monitoring, access control, and in some cases load management or power sharing. Whether you need these features depends on your utility rate and how many vehicles you charge. The electrician can recommend a unit that fits.

Whether a separate disconnect is required depends on the charger's amperage, how it is installed, and your local code, which the electrician applies. Some higher-amperage or outdoor hardwired installs call for one. This is exactly the kind of code detail a licensed electrician handles so your install passes inspection.

A longer distance from the panel to the charger means a longer wire run, which adds materials and labor and, for outdoor runs, possibly trenching or conduit. It is very doable; it just affects the cost. The electrician measures the route during the estimate and gives you an exact price for your layout.

No. Manufacturers advise against charging through a standard extension cord because EV charging is a sustained high load that can overheat an undersized cord and create a fire risk. The safe solution is a properly installed charger or outlet on a dedicated circuit by a licensed electrician.

Yes, and many people do. Installing the dedicated circuit and charger ahead of time means your EV is ready to charge the day it arrives, with no waiting on scheduling. Just confirm the charger matches your incoming vehicle. We can get the install done in advance from a free in-home estimate.

The charger itself carries the manufacturer's warranty, and the installation workmanship is the responsibility of the licensed electrician who performs it. Ask your electrician about their workmanship coverage during the estimate. Keeping your permit and paperwork supports any future claim.

Often yes. If the existing circuit supports it, swapping to a higher-amperage charger can be straightforward; if not, the electrician may need to upsize the circuit and breaker. Planning the circuit with some headroom at the first install makes a later upgrade easier. The electrician can advise what your panel supports.

The fastest way is to request a free in-home estimate with your address: we match you with a licensed, insured electrician who covers your area and installs home EV chargers, so you do not have to search and vet installers yourself. You can also browse coverage by state on our locations page. We confirm availability for your exact location.

Usually yes. Older homes can absolutely support EV charging, though the electrician pays extra attention to the panel's age and capacity and the condition of the wiring. If the panel is a fuse box or at its limit, options include a smaller charger, load management, or a panel upgrade. A load calculation confirms the right approach for your home.

Usually no. A standard home install charges through your existing meter and panel. Some utilities offer an optional separate meter or a special EV rate that can save money, which is a utility program choice rather than a requirement. Ask your utility whether an EV rate is available in your area.

Clear access to your electrical panel and the charger location, and make sure someone over 18 can be home. Your electrician confirms the plan from the estimate, and for work that needs power off for part of the day, plan around that. The electrician handles the permit, materials, and setup, so there is little for you to do beyond access.

Often yes, especially if you own the unit and have a dedicated garage or parking with access to your panel. If the property is governed by an association or the parking is shared, there may be approval steps or shared electrical considerations, similar to a condo or apartment. Tell us your setup and we will advise on the best approach for your address.

The Tesla Wall Connector uses Tesla's connector for Tesla vehicles. The Tesla Universal Wall Connector adds a built-in J1772 adapter so it can charge both Tesla and non-Tesla EVs from one unit. If your household has or may add a non-Tesla EV, the Universal model is the more flexible choice. Both install on a dedicated 240-volt circuit.

The standard Tesla Wall Connector is built for Tesla's connector, so a non-Tesla EV needs the Universal Wall Connector or an appropriate adapter. If you own or plan to own a non-Tesla EV, tell us up front and we will recommend the right unit so you are not limited later. Read non-Tesla EVs that work with the Universal Wall Connector.

A Tesla Wall Connector is adjustable and is installed on a dedicated circuit sized by the electrician, commonly up to a 60-amp breaker for 48-amp charging on a capable vehicle and panel. The usable rate also depends on your car's onboard charger. The electrician sets the charger to a safe level for your wiring. More in how many amps does a Tesla Wall Connector need.

The Mobile Connector is convenient and works from a suitable outlet, but it charges more slowly and is meant as a portable backup. A hardwired Wall Connector on a dedicated circuit charges faster and is built for daily home use. If you drive regularly or have a larger battery, a Wall Connector is usually the better long-term setup.

We install home charging for all current Tesla passenger vehicles, including Model 3, Model Y, Model S, Model X, and Cybertruck. The install is largely the same across models because it is the home circuit and Wall Connector being installed; the car simply plugs in. See our model-specific pages such as Model 3 charger installation and Model Y charger installation.

Yes. The home circuit and Wall Connector are the lasting part of the install, and Tesla's Wall Connector is designed to charge current and upcoming Tesla vehicles. If you expect to add a non-Tesla EV later, the Universal Wall Connector is the more future-proof choice because it charges both. We help you pick based on your household's plans.

At home the Cybertruck uses the same kind of Level 2 setup as other Teslas: a dedicated 240-volt circuit and a Wall Connector. Because it has a large battery, a properly sized, higher-amperage circuit helps it recover more range overnight. The electrician sizes the circuit to your panel and the vehicle. See Cybertruck charging.

Charging compatibility depends on your vehicle's connector and any included adapter. The most reliable home solution for a mixed or non-Tesla household is the Universal Wall Connector, which has a built-in adapter for both connector types. Tell us your vehicles and we recommend the unit that charges all of them without fuss.

No. Wi-Fi is not required for basic charging. Connecting it adds software updates, app visibility, and features such as power sharing between multiple units. If your garage Wi-Fi is weak, mention it at the estimate so it can be planned for. See Wall Connector power sharing and Wi-Fi features.

Yes. Plug-in hybrids use the same Level 2 charging standard as full EVs, so a home Level 2 charger works, and because their batteries are smaller they recharge quickly. If you have a mix of a Tesla and a non-Tesla plug-in, the Universal Wall Connector covers both from one unit.

NACS is the North American Charging Standard, the connector Tesla uses that many automakers are adopting. For home charging, the practical question is which connector your vehicle uses and whether your charger matches. The Universal Wall Connector supports both common connector types, which keeps a mixed household simple. Tell us your vehicles and we recommend the right unit.

Home Level 2 charging is capped by three things: the charger's amperage, your vehicle's onboard charger limit, and the circuit your electrician installs. The slowest of the three sets the real speed, so a very high-amperage charger does not help if your car or panel cannot use it. The electrician sizes the circuit to a realistic rate for your vehicle.

Yes. A Wall Connector charges from your home's electrical supply, which can include solar during the day. Pairing charging with solar and a Powerwall lets you store and use your own energy, though the charger itself simply draws from the panel. We can coordinate charging alongside solar and battery plans.

Very cold temperatures can slow charging because the car may warm the battery before or during charging, which uses some energy and time. The home circuit itself is unaffected. Charging in a garage and using scheduled charging so the car preconditions on grid power can help in winter.

Yes. Most EVs and smart chargers let you schedule charging to run during off-peak hours, which can save money if your utility has time-of-use rates. You plug in when you get home and the car charges overnight at the cheaper rate. Check your utility's rate plan to see your off-peak window.

Newer Wall Connectors added features like Wi-Fi connectivity, power sharing between units, and updated hardware, while older generations were simpler. For a new install you get a current unit. If you are reusing an older one, tell the electrician the model so the circuit and setup match it.

For most owners, home charging is more convenient and usually cheaper per mile, since the car charges overnight while parked and you avoid trips to public stations. Public and fast charging are great for road trips and top-ups. A home Level 2 setup turns daily charging into a routine you barely think about.

Tell us your location and which Tesla you drive on the request service page, and we match you with a qualified, licensed electrician who covers your area to install your Wall Connector, using a Tesla-certified installer where that certification applies. Availability depends on the installers serving your city, which we confirm for your address.

The Tesla Wall Connector is a hardwired Level 2 charger with scheduling, app visibility, and power sharing, and the Universal Wall Connector version charges non-Tesla EVs too. Other quality Level 2 chargers offer similar core charging; the right pick depends on your vehicles and features you want. Any of them installs on a dedicated 240-volt circuit, which is the part a licensed electrician handles.

Yes. Home charging for the Model Y and Model 3 uses the same setup as other Teslas: a dedicated 240-volt circuit and a Wall Connector, installed by a licensed electrician. The car simply plugs in. We size the circuit to your panel and your vehicle during the free estimate.

Yes. A portable mobile connector lets you charge from a suitable outlet when you travel, as a backup to your home Wall Connector, though it charges more slowly. For daily home charging, a hardwired Wall Connector on a dedicated circuit is faster and purpose-built. Many owners keep the portable unit in the car for flexibility.

The amperage is how much total electrical capacity your home's service provides. Many older homes have 100-amp service, which can be tight once you add EV charging, electric heating, or other large loads. A 200-amp service roughly doubles capacity and breaker space. An electrician performs a load calculation to tell whether your current panel can handle a new load or needs an upgrade. See 100-amp vs 200-amp panel.

Not always. Many homes have enough capacity and breaker space to add a charger without upgrading the panel, especially with load management. An electrician runs a load calculation to decide. If capacity is tight, options include a smaller-amperage charger, a load management device, or a service upgrade. See can I install an EV charger without a panel upgrade.

Common signs include frequently tripping breakers, a full panel with no open slots, an old fuse box, flickering or dimming lights under load, warm panel covers, or plans to add EV charging, a Powerwall, or electric heating. A load calculation confirms it. Read signs you need a panel upgrade and, if in doubt, book an evaluation.

Often yes. Upgrading the main service usually requires coordinating with your utility to disconnect and reconnect power at the meter, and sometimes a meter change. The electrician handles the permit and schedules the utility work. This coordination is one reason a service upgrade takes longer than adding a simple circuit.

A load calculation is the electrician's assessment of how much electrical demand your home has versus the capacity of your service. It is how a professional decides whether a new EV charger, Powerwall, or appliance can be added safely or whether an upgrade is needed. It is required by code for exactly this reason. More in what is a load calculation for an EV charger install.

A panel or service upgrade is usually a one-day job for the electrical work, but it involves a permit, an inspection, and often a utility disconnect and reconnect, so scheduling around the utility can add time. Power is off for part of the day. The electrician gives you a realistic timeline during the estimate.

Not every home does. Whether 200-amp service is needed depends on your current and planned loads, which an electrician determines with a load calculation. Homes adding EV charging, electric heat, a Powerwall, or a big addition are the most common candidates. See do I need 200-amp service.

A load management or load-sharing device monitors your home's electrical use and reduces or pauses the EV charger when other big loads are running, so you can add charging without exceeding your panel's capacity. In many homes it is a cost-effective alternative to a full service upgrade. The electrician determines whether it fits your panel and usage.

A modern, higher-capacity panel can make a home more attractive to buyers because it supports EV charging, electric appliances, and future additions, and it removes a common inspection concern on older homes. Value depends on your market, but capacity and safety are real selling points. An electrician can advise whether an upgrade makes sense for your plans.

Sometimes. A subpanel adds breaker space fed from the main, which helps when the issue is slots rather than total capacity. If the main service itself is at its limit, a subpanel alone does not add capacity and a service upgrade may be needed. A load calculation tells which situation you are in.

No. Upgrading the panel or service replaces the panel and related components and increases capacity, but it does not by itself rewire your home's existing circuits. Rewiring is a separate project, usually only needed for old or unsafe wiring. The electrician scopes exactly what your job requires.

Yes, and it is a common safety and capacity improvement. Replacing an old fuse box with a modern breaker panel gives you resettable breakers, more capacity and slots, and removes a frequent inspection and insurance concern. It is permitted work that usually involves the utility. An electrician evaluates your service and scopes the upgrade.

Yes, for part of the job. A panel or service upgrade requires the power to be off while the panel is replaced, and when the utility is involved there is a disconnect and reconnect. The electrician tells you what to expect and how long, so you can plan around it.

The main breaker in your panel is usually labeled with its amperage, commonly 100, 150, or 200 amps, and an electrician confirms it along with the available capacity. Knowing the rating is the starting point, but the load calculation, which weighs your actual usage, is what determines whether you can add new loads.

Yes, and doing them together can be efficient because the electrician plans the panel, capacity, and any upgrade once for both. A Powerwall can also help manage how loads like EV charging draw on your system. The electrician assesses your service and designs the combined project during the estimate.

Yes. A panel or service upgrade is permitted electrical work with an inspection, and it usually involves the utility as well. The licensed electrician pulls the permit and coordinates the inspection and utility steps as part of the job, which keeps your installation safe, compliant, and clean for insurance and resale.

A smart panel adds monitoring and control to your electrical system, letting you see usage by circuit, manage loads, and in some cases prioritize circuits during backup. It can pair well with EV charging and battery storage. Whether it fits your home depends on your goals and budget, which the electrician can discuss during the estimate.

The service entrance is where utility power enters your home, including the meter and the main disconnect, and a meter-main combines the meter and main breaker in one enclosure. A service upgrade can involve work here, which is why the utility is often part of the job. The electrician handles the permit and utility coordination for this.

A breaker trips to protect the circuit, so repeated tripping usually means an overloaded circuit, a short, a ground fault, or a failing breaker. Charging an EV on an undersized or shared circuit is a common cause. Do not simply reset it repeatedly; have a licensed electrician find the cause. See why does my breaker keep tripping and, for EVs, breaker trips when charging an EV.

GFCI protection guards against shock by cutting power when current leaks to ground, and is required in wet areas like kitchens, baths, garages, and outdoors. AFCI protection guards against fires from arcing faults in wiring and is required on many living-area circuits. Modern code often calls for both in certain locations. Full explanation in GFCI vs AFCI, what's the difference.

Occasional flicker when a large appliance starts can be normal, but frequent flickering or dimming can signal a loose connection, an overloaded circuit, or a service issue, which can be a fire risk. If it is widespread or getting worse, have it checked. See why do my lights flicker for what is minor and what needs an electrician.

Warning signs include a warm or discolored panel, a burning smell, buzzing, rust or moisture inside, scorched breakers, or certain older panel brands with known hazards. Any of these warrants a prompt professional inspection. Read is my electrical panel dangerous and request an evaluation if you see them.

Aluminum branch wiring, common in some homes built in the 1960s and 1970s, is not inherently unusable but needs correct connectors and maintenance because it can loosen and overheat at connections over time. An electrician can inspect it and apply approved remediation. Details in is aluminum wiring safe.

Replacing a like-for-like light fixture is one thing, but adding circuits, panel work, and EV or Powerwall installs involve shock and fire risk, permits, and code compliance, and should be done by a licensed electrician. DIY high-voltage work can void insurance and create hazards. We do not provide instructions for unqualified homeowners to perform dangerous electrical work; book a licensed electrician instead.

A dead outlet is often a tripped GFCI (look for a reset button on that outlet or a nearby one), a tripped breaker, or a loose or failed connection. If resetting does not help, or if there is scorching or a burning smell, stop using it and have an electrician check it. See garage outlet not working.

A whole-house surge protector installed at the panel helps shield your wiring and connected equipment, including EV chargers and electronics, from damaging voltage spikes from the grid or large appliances. For homes with sensitive or high-value equipment it is a reasonable investment. See is a whole-house surge protector worth it.

Good times for a professional inspection include buying or selling a home, an older home that has never been evaluated, after a major electrical event, before adding large loads like EV charging or a Powerwall, or if you notice warning signs like tripping breakers, flickering, or warm outlets. It gives you a clear picture of safety and capacity.

High bills usually come from usage patterns, older or failing appliances, heating and cooling, or rate changes, rather than a wiring fault, though a failing circuit or constantly running device can contribute. An electrician can check for electrical issues, and reviewing your usage and rate plan often reveals the biggest drivers. See why is my electric bill so high.

Yes. Smoke alarms have a limited service life, commonly about ten years, after which the sensor becomes less reliable and the unit should be replaced, not just have its battery changed. Check the date on the back of the unit. See do smoke detectors expire.

Generator sizing depends on which circuits and appliances you want to run during an outage, especially large loads like air conditioning, well pumps, and heating. Backing up the whole home takes a larger unit than covering essentials. An electrician sizes it to your must-run loads and installs the transfer switch. See what size generator do I need.

Slightly warm can be normal under heavy load, but a hot breaker or outlet, discoloration, a burning smell, or buzzing is not and can indicate a loose connection or overload that is a fire risk. Stop using that circuit and have a licensed electrician inspect it promptly.

An arc fault is unintended electrical arcing in wiring or connections, such as from damaged or loose wires, and it is a known fire cause. AFCI protection is designed to detect it and cut power, which is why code requires AFCI on many living-area circuits. If an AFCI keeps tripping, have an electrician find the cause rather than bypassing it.

Two-prong outlets lack a ground, which modern electronics and appliances rely on for safety. Depending on the wiring, an electrician can provide a grounded or GFCI-protected solution that brings them up to current safety standards. It is worth addressing, especially where you use sensitive or high-draw devices.

Modern electrical code generally requires GFCI protection for garage outlets because it is a damp, shock-prone environment. If you are adding an EV charger or outlets in the garage, the electrician installs the protection the code requires for your area. It is an important safety feature, not an optional add-on.

A GFCI trips when it detects current leaking to ground, so repeated tripping can mean a genuine fault in a connected device or the wiring, moisture, or a worn GFCI. Unplug devices to isolate the cause; if it still trips with nothing plugged in, have an electrician check the circuit. Do not bypass it, since it is protecting you from shock.

A double-tap is when two wires are connected under one breaker that is designed for a single wire, which can lead to loose connections and overheating. It is a common home-inspection finding and should be corrected by an electrician, often by adding a breaker or an approved connector. It is a fixable safety issue, not a reason to panic.

There is no single rule, but good triggers are buying or selling, an older home never evaluated, after a major electrical event, or before adding big loads like EV charging or a Powerwall. Homes more than a few decades old, or with any warning signs, benefit from a professional inspection to catch issues early.

A ground fault is when electrical current escapes its intended path and flows to ground, for example through water or a person, which is a shock hazard. GFCI protection detects this and cuts power quickly, which is why it is required in wet and outdoor areas. Persistent ground faults should be diagnosed by an electrician.

On a properly designed system, yes, because the EV charger is on its own dedicated circuit and your panel is sized for your loads. The concern only arises if the panel is near capacity, which is why the electrician runs a load calculation and may recommend load management or an upgrade. Correct design is what makes simultaneous use safe.

Knob and tube is an old wiring method found in some early-1900s homes. It can still function, but it lacks a ground, can be damaged or improperly modified over the decades, and is a common insurance and inspection concern. An electrician should evaluate it, and updating it is often recommended, especially before adding modern loads like EV charging.

A faint hum can be normal, but a loud buzz, crackling, or a breaker that is hot or will not stay set can signal a loose connection, a failing breaker, or an overload, which is a fire risk. Do not ignore it. Turn off the affected circuit if you can and have a licensed electrician inspect the panel.

The Tesla Powerwall 3 is a home battery that stores energy, from solar or the grid, and powers your home during an outage or when rates are high. It includes an integrated solar inverter in its design, which can simplify solar-plus-battery installs. See Tesla Powerwall installation and Powerwall 3 vs Powerwall 2 for how it compares.

It depends on how much of your home you want to back up and for how long. One Powerwall can cover essential circuits for many homes, while whole-home backup or larger energy use may call for two or more. An electrician reviews your usage and backup goals to size the system. See how many Powerwalls do I need.

A Powerwall can run many large loads, but whether it starts and sustains a central air conditioner depends on the number of Powerwalls, the AC's size and startup draw, and how the backup is configured. The installer sizes and sets up the system around your must-run loads. More in can a Powerwall run an air conditioner.

No. A Powerwall can charge from the grid and provide backup and rate savings without solar. Pairing it with solar adds the ability to store your own solar energy and ride through longer outages, but it is optional. We install Powerwall both with and without solar, depending on your goals.

A Powerwall is designed for daily cycling over many years and carries a manufacturer warranty covering a defined period and usage. Real-world lifespan depends on how it is used and local conditions. During an outage, how long it powers your home depends on your load and number of units, not just the battery's age. See how long does a Powerwall last.

When the grid goes down, a Powerwall system detects the outage and switches your home, or the backed-up portion of it, to run on the battery, often fast enough that you barely notice. How much of the home runs and for how long depends on the number of Powerwalls and your load. The installer configures which circuits are backed up based on your priorities.

A Powerwall can reduce costs where your utility charges more at peak times by storing cheaper or solar energy and using it during expensive hours, and it can add value as backup power. The savings depend heavily on your rate plan and usage, so we do not promise a fixed figure. It is best evaluated against your specific utility rates.

Yes. Battery storage typically requires an electrical permit, an inspection, and interconnection approval from your utility, which is more involved than a simple charger install. A qualified installer handles the permit and utility paperwork. This process is one reason Powerwall projects take longer to schedule than a basic circuit.

Yes. Powerwall systems are expandable, so you can start with what covers your priorities and add capacity later for more backup or larger loads. Planning the initial install with expansion in mind makes adding units simpler. The installer can size the first phase with your future goals in mind.

Often yes. A Powerwall can be added to many existing solar systems to store energy and provide backup, though the right configuration depends on your current inverter and setup. An installer reviews your existing system to confirm compatibility and the best approach. See Tesla Powerwall installation.

A Powerwall can run many large loads, but a well pump has a high startup draw, so whether it starts and runs depends on the number of Powerwalls and how the backup is configured. Tell the installer your must-run loads, including the well pump, so the system is sized and set up for them.

A Powerwall is a wall or floor mounted unit typically installed in a garage, utility area, or an exterior wall, within its rated temperature range. The installer picks a location with the right clearances, access to your electrical system, and protection from extremes. The exact spot is confirmed during the site assessment.

A Powerwall can power circuits in your home, and whether it comfortably runs EV charging during an outage depends on the number of Powerwalls and how the backup is configured, since charging is a large, sustained load. For most people, backup priority goes to essential circuits first. The installer configures the system around your priorities.

The Backup Gateway is the component that manages the connection between your home, the grid, and the Powerwall, detecting outages and switching your home to battery power safely. It is part of a proper Powerwall installation. See our Tesla Backup Gateway and Powershare information for how whole-home backup is set up.

A Powerwall connects to the internet for monitoring, app control, and software updates, and this connection is part of a normal setup. Core backup operation is designed to continue during an outage. The installer sets up the connection and the app during commissioning.

Yes. Through the Tesla app you can see your home's energy use, how much the Powerwall is storing and supplying, and how it responds during an outage. This visibility is part of the system. The installer connects it during commissioning so it is ready when the job is done.

A Powerwall is designed to run with little owner maintenance, handling its own charging and discharging automatically and updating its software over the internet. Keep the area around it clear and within its temperature range. Any service concerns go through the manufacturer and your installer.

We coordinate solar and energy storage services where they are available through our network, alongside battery installations like Powerwall. Availability varies by location and project. Tell us what you are considering on the request service page and we will confirm what we can support in your area.

Pairing solar with a Powerwall lets you store the solar energy you generate and use it at night or during an outage, which increases your independence from the grid. Solar is optional for a Powerwall, but together they let you capture and use your own energy. The right configuration depends on your home and goals, which an installer reviews.

Request a free assessment on the request service page with your location, and we match you with an electrician qualified for battery storage, and Tesla Powerwall certification where required, who covers your area. Because Powerwall involves permitting and utility interconnection, using a qualified local installer matters. See Tesla Powerwall installation.

A Powerwall project is the price of the battery hardware plus installation, and the install varies with how many units you need, your electrical panel and interconnection, permitting, and whether solar is included, so there is no single figure. We give a clear, itemized number during your free assessment. For the factors, see how much does a Powerwall cost.

We coordinate solar and energy storage services where they are available through our network, alongside battery installations. Availability varies by location and project. Tell us what you are planning on the request service page and we will confirm what we can support in your area, including pairing solar with a Powerwall.

Yes. A Powerwall involves battery storage, utility interconnection, permitting, and inspection, so it must be installed by a qualified, licensed electrician, and Tesla certification applies to Powerwall work. This is not a job for an unlicensed installer. We match you with an electrician qualified for battery storage in your area. See Tesla Powerwall installation.

Yes. We coordinate commercial EV charging for workplaces, retail, hotels, multifamily properties, and fleets. Commercial projects involve higher loads, often multiple chargers, load management, and more significant permitting and utility coordination than a home install. We start with a free on-site assessment of your electrical service and goals.

Yes, and it is increasingly common. Multifamily charging involves shared electrical infrastructure, metering or access control so usage is tracked fairly, and often load management so many chargers can share capacity. We assess the building's service and recommend a layout. See condo and apartment EV charging.

Load management, sometimes called power sharing, lets multiple EV chargers share a limited amount of electrical capacity by adjusting how much each draws, so a site can support more chargers without a costly service upgrade. It is a key tool for workplaces and multifamily sites. The design depends on your service size and expected simultaneous use.

Commercial installations generally need to account for accessibility requirements, including accessible charging spaces and clear routes, which vary by jurisdiction and project. A proper commercial design considers these from the start along with signage and spacing. We factor accessibility into the plan and defer to the authority having jurisdiction for the exact standard.

Commercial cost depends on the number and type of chargers, the distance and trenching to run power, whether the electrical service has spare capacity or needs an upgrade, load management, networking and payment systems, and permitting. Because sites vary so much, we start with a free on-site assessment. See commercial EV charging cost and how it works.

Yes. Fleet charging focuses on charging multiple vehicles reliably overnight or on schedule, which usually means several chargers, load management to control demand, and a design matched to the site's electrical service and duty cycle. We assess your depot or lot and the fleet's needs to plan capacity. Start with a free on-site assessment through commercial EV charging.

It depends on your goals. Networked chargers support access control, usage tracking, billing, and remote management, which matters for workplaces, retail, and paid charging. Non-networked units are simpler and lower cost where billing and management are not needed. We recommend based on whether you need to charge users or track usage.

Yes. Commercial EV charging involves electrical permits and inspection, and larger projects can require utility coordination and plan review. A qualified contractor handles permitting as part of the project. This is one reason commercial installs start with a proper site assessment rather than an off-the-shelf price.

Tenants and residents increasingly ask for EV charging, and some jurisdictions have rules supporting access. For the property, the practical path is assessing the building's electrical capacity and planning shared charging with access control and load management. We help owners and associations scope a workable plan. See condo and apartment EV charging.

A demand charge is a commercial utility fee based on your highest rate of power draw in a period, so several chargers running at once can raise it. Load management helps by smoothing peak draw across chargers. A good commercial design considers demand charges and your rate structure, which we factor into the plan.

Level 2 fits most workplaces, hotels, retail, and multifamily sites where vehicles park for hours, and it is far less expensive to install. DC fast charging suits high-turnover locations and some fleets, but it needs much more electrical capacity and investment. The right choice depends on dwell time and your electrical service, which we assess on site.

Yes. Hospitality and retail EV charging is increasingly expected by guests and customers. The design balances the number of chargers, the property's electrical capacity, load management, and whether you want networked chargers for access or billing. We start with a free on-site assessment to plan a layout that fits your service and goals.

Yes. Parking structures are common EV charging locations, with considerations for running power through the structure, ventilation and clearance rules, accessibility, and often load management for multiple chargers. We assess the garage's electrical service and layout to plan a compliant installation.

If you want to control access, track usage, or bill drivers, networked chargers with management software are the way to do it, and the software also enables load management across units. If charging is simply a free amenity with no tracking, simpler non-networked units can work. We recommend based on how you want to run the chargers.

A commercial assessment reviews your electrical service and available capacity, the parking layout and where chargers would go, the distance and routing to run power, accessibility needs, and how many drivers will charge and when. From that, we recommend the number and type of chargers, any load management, and the scope. It is the foundation of an accurate commercial plan.

Utility, state, and local programs sometimes offer rebates or support for commercial EV charging, but they change and vary widely by location and project, and federal programs have shifted. We do not promise a specific incentive. Check current programs with your utility and a tax professional, and we can factor confirmed incentives into the plan. Verified as of 2026.

Yes. Small commercial sites like gyms, places of worship, offices, and small retail are common EV charging locations. The approach scales to your electrical service and how many people will charge, often starting with one or a few Level 2 chargers and room to expand. We begin with a free on-site assessment. See commercial EV charging.

The main cost drivers are the distance from your panel to the charger, whether your panel has capacity and breaker space or needs an upgrade, the charger's amperage, the permit, and any special conditions like trenching or an outdoor run. Because these vary by home, the reliable way to get a real number is a free in-home estimate. See the EV charger installation cost guide for the factors.

It depends on wiring distance, your panel's capacity, and whether a NEMA 14-50 outlet or hardwire is used, so there is no single price. A short run to a ready panel is the least involved; a long run or a panel upgrade adds cost. We give a clear, itemized number during your free estimate. Background in how much does it cost to install a Tesla Wall Connector at home.

Incentives change often and depend on where you live. Federal programs for EV chargers and residential energy have shifted recently, so we do not promise a federal tax credit; instead, check current state and local utility programs, which frequently offer the most relevant rebates. Use our savings finder and rebates pages to see what applies to your address. Verified as of 2026.

Your estimate lays out the full price before any work begins, so there are no surprises. Payment and any financing options are discussed with your electrician based on the project. The best next step is a free in-home estimate so you have an exact number to plan around.

Yes. The in-home or on-site estimate is free and comes with no obligation. A licensed electrician reviews your panel and the install location and gives you an accurate, itemized price. You decide from there. Book your free estimate to get started.

Quotes differ because homes differ: the wire run length, whether the panel has capacity or needs an upgrade, hardwire versus outlet, indoor versus outdoor, and local permit costs all move the price. A very low quote may omit the permit or needed panel work. Compare quotes on the same scope, and use a free in-home estimate for an accurate, itemized number.

Many utilities run their own rebate or special EV charging rate programs, and these are often the most relevant savings available, but they vary widely by provider and change over time. Check your utility's current programs, and use our savings finder and rebates pages to see what applies to your address. Verified as of 2026.

Federal incentives for EV chargers and residential energy have changed recently, so we do not advertise a current federal EV-charger tax credit. The most reliable savings today usually come from state and utility programs. Check current federal guidance and your state and utility programs for what applies, and use our savings finder for your address. Verified as of 2026.

The cost of a NEMA 14-50 outlet depends mostly on the distance from your panel, whether the panel has a spare 50-amp slot and capacity, and local permit costs, so there is no single price. A short run to a ready panel is the least involved. A free in-home estimate gives you an exact, itemized figure.

Property tax treatment varies by state and locality, and some jurisdictions offer exclusions for certain energy improvements while others may reassess added value. It is not something we can promise either way. Check your local assessor's rules, and treat the install primarily as an improvement to your home's capability and convenience.

A complete quote should cover the dedicated circuit (breaker and wire), mounting and connecting the charger, the permit and inspection where required, and any needed panel work, with labor and materials itemized. If the charger unit itself is included, it is listed too. Ask what is not included so there are no surprises. Your free in-home estimate spells this out.

Your free in-home estimate lays out the full price and terms before any work starts, and deposit or payment arrangements are discussed with your electrician based on the project. Be cautious of anyone demanding a large cash sum up front before work. The estimate is the right place to confirm how payment works.

A 200-amp service upgrade price depends on your current service, whether the meter and service entrance need work, utility coordination, and local permit costs, so it varies more than a simple circuit. Because it is a larger job, an in-home estimate is the reliable way to price it. See how much does a panel upgrade cost.

Written estimates often have a validity window because material and labor costs can change, so ask how long yours is good for. If time passes, the electrician can confirm or refresh the number. Booking while the estimate is current avoids any change.

Usually the installed price and any incentive are separate: you pay for the work, and you claim or receive the applicable rebate or credit through the program's process, which may be a utility rebate or a state program. Some programs pay the installer directly. Check the specific program's rules, and use our savings finder to see what applies. Verified as of 2026.

For most EV charger installs, the electrical labor and the wire run are the larger variable, especially when the panel needs work or the distance is long, while the charger unit is a more fixed cost. That is why two homes with the same charger can have different totals. Your free in-home estimate itemizes both so you see where the cost is.

Often yes. For example, a panel upgrade now and EV charging or a Powerwall later, or installing conduit and capacity first to make a later addition cheaper. Phasing can spread cost and effort. The electrician can plan the first phase so the next step is simpler, which you can discuss during the estimate.

A Level 2 home charger install price depends on your local labor, the distance from your panel, whether the panel has capacity or needs an upgrade, hardwire versus outlet, and permit costs, so it varies by home and area. The reliable way to know your number is a free in-home estimate, which prices your specific install. See the EV charger installation cost guide.

The cost is the charger unit plus the electrical work to power it, and the electrical work varies most with wiring distance, your panel's capacity, and whether a hardwire or outlet is used. A short run to a ready panel is the least involved; a long run or panel upgrade adds cost. Your free in-home estimate gives an itemized number. See cost to install a Tesla Wall Connector.

Yes. Labor rates, permit fees, and code requirements differ by state and city, so the same install can cost more in one area than another, on top of home-specific factors like panel capacity and wiring distance. That is why an in-home estimate in your location is the accurate way to price your project rather than a national average.

A general range is sometimes possible, but because the panel, distance, and local code drive the price, a rough figure can be off for your specific home. The free in-home estimate is quick and gives you an accurate, itemized number with no obligation, which is a better basis for budgeting than a guess.

We coordinate electrical and EV charging installations across the United States through a nationwide network of licensed electricians. Coverage in a specific city depends on the electricians serving that area. Enter your details on the request service page or browse by state on the locations page, and we confirm local availability.

Request a free in-home or on-site estimate on the request service page with your location and what you need installed. We match you with a licensed, insured electrician who covers your area, and they confirm a visit time with you. There is no obligation until you approve the work.

Electricians we dispatch are expected to hold a current state license and carry liability insurance for the work they perform, and we assign Tesla-certified installers where that certification applies. You are always welcome to confirm an individual electrician's license and insurance before work begins.

If we cannot immediately confirm an electrician for your location, we tell you rather than guess. In many cases we are actively adding electricians, so we can follow up as coverage opens. Submitting a request is the best way to get an accurate answer for your address and get in line.

We handle the matching and vetting: you tell us what you need, and we connect you with a licensed, insured electrician who covers your area and is experienced with EV charging, Powerwall, and panel work, including Tesla-certified installers where required. You get a free estimate and a single point of contact instead of cold-calling and comparing unknowns.

No. The in-home or on-site estimate is free with no obligation. A licensed electrician reviews your panel and the install spot and gives you an itemized price, and you decide from there. Book your free estimate to get your number.

Scheduling depends on your location and the electricians covering it, so timing varies. Submitting a request with your details is the fastest way to get a real appointment window for your address. For urgent safety issues, say so in your request and keep the affected circuit off while you wait.

The most accurate quote comes from a quick look at your electrical panel and the install location, which the in-home estimate covers. It helps to know your address, what you want installed, your vehicle or equipment, and where you want the charger. A licensed electrician confirms capacity and distance on site for an exact, itemized price.

Coverage depends on the electricians serving your area, and rural locations can have fewer local installers, so availability varies. The best way to know is to submit a request with your address; if we cannot immediately confirm an electrician, we tell you honestly rather than guess, and in many areas we are actively adding coverage.

Yes. If your timing changes, let us or your assigned electrician know and we will adjust the visit. Flexibility is part of the service, and there is no obligation until you approve the work.

Equipment carries the manufacturer's warranty, and the workmanship is the responsibility of the licensed electrician who performs it. Ask your electrician about their workmanship coverage during the estimate so you know what is included before the job. Keeping your permit and paperwork also supports any future claim.

Tell us. We want the job done right, and because you are matched with a licensed, insured electrician and have a single point of contact, concerns can be raised and addressed rather than left unresolved. Keeping your written estimate and permit documentation helps everyone stay on the same page.

We coordinate installations nationwide through a network of licensed electricians, and coverage in any specific city depends on the electricians serving that area. So while we operate across the country, we confirm availability for your exact address rather than assuming every location is covered. Submitting a request is the fastest way to get a real answer.

You get the electrician's name, and you are always welcome to confirm their state license and insurance before work begins, the same checks you would do for anyone. We match you with licensed, insured electricians, and your ability to verify is part of a trustworthy process, not something to work around.

Yes. A proper estimate is itemized and in writing, with a clear scope and timeline, so you know exactly what you are approving before any work starts. If anything is unclear, ask, and get the answer added to the written estimate.

Electricians we dispatch are expected to be licensed and insured for the work they perform, and we assign Tesla-certified installers where that certification applies. You can always confirm an individual electrician's license and insurance before the work begins, which is part of a transparent process.

The most reliable way is to submit a request with your address or ZIP on the request service page. Coverage depends on the electricians serving your area, so we confirm availability for your specific location rather than relying on a general map. If we cannot confirm an electrician right away, we tell you honestly.

After you submit a request with your location and what you need, we work to match you with a licensed, insured electrician who covers your area, and they confirm a visit time for your free in-home estimate. There is no obligation until you approve the work. If we cannot confirm coverage immediately, we let you know honestly.

For work that requires a permit, the licensed electrician normally pulls the permit and coordinates the inspection as part of the job, so you are not left handling city paperwork. Confirm this is included in your written estimate. Keeping the permit and inspection records is good for insurance and resale.

Our focus is installing EV charging, Powerwall, and electrical work on existing homes and properties, which is often the most cost-effective time to add EV readiness. If you are building, the cleanest approach is to rough in the circuit and capacity during construction. Tell us your situation and we will advise on the best timing.

Yes. When you request service, tell us your preferred days and time windows and we work to match an electrician who can meet them. Availability depends on the electricians covering your area, so flexibility helps, but we aim to fit your schedule for the free in-home estimate and the install.