Trusted Partner for EV Charger Installation, Repair, and Maintenance
More EV drivers in Orange County are looking for reliable ways to charge at home, and choosing the right installer matters. We handle every step of the EV charger installation process, from permits to final setup, so you can charge your vehicle safely and conveniently at home.
Our team works with all major EV brands, including Tesla, and we install Level 2 chargers suited to your home's electrical system. We also manage panel upgrades when needed, since older homes often require additional electrical capacity to support a charging station.
Orange County EV Charging understands that every property is different, and we take the time to assess your specific needs before recommending a solution. Our goal is to make the installation process straightforward, so you spend less time worrying about logistics and more time driving.
Every install is done by a licensed, bonded, and insured electrical contractor; so your charger is code-compliant, warranty-safe, and inspection-ready the first time.
Older Orange County homes weren't wired for 48-amp charging. We assess your load, upgrade or add a subpanel when needed, and get you charging at full speed instead of overnight trickle.
Anaheim, Irvine, Fullerton, Santa Ana: every city has its own process. We pull the permits, schedule the inspection, and hand you the signed-off paperwork.

Level 2 charging is the standard for home use, delivering 240-volt power that charges most EVs fully overnight. We install hardwired units and plug-in models from major brands, matching amperage output to your vehicle's onboard charger.
Before installation, we assess your electrical panel's available capacity. This determines whether you need a simple circuit addition or a more involved upgrade.
Our installations meet current National Electrical Code requirements and local Orange County permit standards. We handle the permitting process directly, so you don't have to navigate city requirements on your own.

Orange County EV Charging installs Tesla Wall Connectors for homeowners who want the fastest possible home charging speeds for their vehicle. The Wall Connector supports up to 48 amps, which translates to roughly 44 miles of range added per hour of charging, depending on your electrical service.
We also install NEMA 14-50 outlets for Tesla owners who prefer using the mobile connector that comes with their vehicle.
Our team positions the charger based on your garage layout and cable reach to your parking spot. We verify your panel can support the Wall Connector's full amperage before installation begins.

Garage installations typically involve less exposure-related work since the unit is already sheltered. We mount the charger at a height and location that keeps the cable clear of walkways and vehicle doors.
For driveway installations, we run conduit from your panel to an exterior-rated charging station or outlet. We calculate the shortest, most cost-effective wiring path while keeping the installation visually unobtrusive.
We also consider cable length and vehicle parking position so you don't struggle to reach the charging port. Every installation includes secure mounting hardware rated for outdoor or garage conditions

Detached garages and outdoor charging locations require running electrical wiring underground or along exterior walls. We use weatherproof conduit and outdoor-rated components designed for California's climate.
Trenching is often necessary to connect a detached structure to your main panel or a sub-panel. We handle excavation, conduit placement, and backfilling as part of the installation.
Key considerations for outdoor installations:
We size the wire gauge appropriately to prevent voltage drop over longer distances, ensuring your charger performs at its rated output.

DC Fast Chargers, also called Level 3 chargers, use three-phase power and deliver significantly higher output than Level 2 units. These are uncommon in single-family homes due to the electrical infrastructure and cost involved.
Most residential properties do not have the three-phase power supply required for true Level 3 charging. We evaluate your property's electrical service to determine feasibility before recommending this option.
For most homeowners, we typically find that a well-sized Level 2 charger meets daily charging needs without the infrastructure demands of a Level 3 system. We'll walk you through the tradeoffs if you're considering this route for a multi-unit property or high-use scenario.

Older homes often have 100-amp electrical panels, which may not have enough spare capacity for an EV charger alongside existing appliances. Orange County EV charging evaluates your current panel's load and determine if an upgrade to 150 or 200 amps is necessary.
A panel upgrade involves replacing the main service panel and, in some cases, upgrading the service line from the utility connection point.
Signs you may need a panel upgrade:
We coordinate with Southern California Edison when a service upgrade is required, since utility approval is part of the process.

Orange County EV Charging installs Level 2 charging stations for offices, corporate campuses, and industrial parks across Orange County. Employees increasingly expect charging access at work, and we help businesses meet that demand without overloading existing electrical systems.
Our team assesses your building's panel capacity before recommending a station count. We also advise on networked chargers that allow HR or facilities teams to manage access and track usage by employee.
For larger campuses, we plan phased rollouts. This lets a business start with a handful of stations and expand as adoption grows, avoiding unnecessary upfront electrical work.

We work with property owners and HOAs to bring EV charging to apartment complexes and condominium parking structures. California law requires certain multifamily properties to accommodate EV charging requests from tenants, and we help owners stay compliant.
Shared parking presents unique challenges, including limited panel capacity and the need for individual metering or billing. We address this with sub-metering options and load management systems that distribute power across multiple stations without triggering costly panel upgrades.
We also coordinate with HOA boards on permitting and resident communication. Our goal is a system that works for both the property owner and the tenants using it.

We install charging infrastructure for companies transitioning delivery vans, service vehicles, or rental fleets to electric power. Fleet charging typically requires higher-capacity equipment than residential or single-employee workplace charging.
Depending on fleet size and vehicle turnaround schedules, we recommend either Level 2 stations for overnight charging or DC fast chargers for quick turnaround during the day. We also plan for future fleet growth, sizing electrical infrastructure to accommodate additional vehicles without a second construction phase.
Fleet clients often need charge scheduling to manage electricity costs and avoid demand charges. We configure software that staggers charging times across the fleet to keep costs predictable.

We install EV charging stations for hotels and resorts across Orange County, a region with steady tourism and business travel. Guests increasingly factor charging availability into where they book.
Hotel installations often combine guest-facing chargers near the main entrance with additional stations in extended parking areas. We help hotel operators decide on paid versus complimentary charging models, and we install stations with payment processing when needed.
We also account for peak occupancy periods. A station count that works during slower seasons may not be sufficient during high-occupancy weekends, so we size systems with realistic guest turnover in mind.

We install EV charging stations in retail centers, shopping plazas, and multi-level parking garages. Retail charging draws customers who prioritize charging access when choosing where to shop or dine.
Parking garages require additional planning around structural load, conduit routing, and ventilation in enclosed spaces. We handle these technical requirements while keeping the customer experience straightforward, such as clear signage and simple payment options.
For property owners, we also review whether charging stations qualify for state or utility incentive programs. This can offset a meaningful portion of installation costs for qualifying retail properties.

We install pedestal-mounted charging stations in open parking lots where underground conduit routing is more practical than wall-mounted units. Pedestals work well for standalone parking areas without adjacent building structures to mount equipment on.
Our installations include bollards or protective barriers to reduce the risk of vehicle contact with the charging equipment. We also plan conduit paths to minimize trenching across active parking areas during construction.
Spacing and placement matter for lot layouts. We position pedestals to serve multiple parking spaces per unit where possible, reducing per-space installation costs while maintaining accessible clearance for drivers.

We repair units from all major manufacturers, including Tesla, ChargePoint, and other Level 2 and Level 3 systems. If a component needs replacement rather than repair, we source parts and complete the work with minimal disruption to your home or business operations.

Contracts are available for both residential and commercial installations, with terms adjusted based on the number of units and charger type. Orange County EV Charging installs and maintains your hardware and software

Our assessment includes:

Every EV charger installation in Orange County requires permits from the local building department, and higher-capacity commercial systems often require utility interconnection approval as well. We manage this process directly.
Our team prepares the required electrical drawings, submits permit applications, and schedules inspections with the local jurisdiction. For projects requiring utility coordination, such as service upgrades or new transformer capacity, we communicate directly with Southern California Edison on your behalf.

We identify which rebates apply to your project and handle the application paperwork. This includes:

Networked chargers require software configuration to track usage, manage access, and, for commercial sites, handle billing. We set up this software as part of installation or as a standalone service for existing chargers.
We inspect your panel, check available amperage, and measure the run to your charging location; then take photos and measurements so we can quote you accurately before any work starts. Most assessments take under an hour.
Simple installs with no panel upgrade can often be done same-day if parts are in stock and your city doesn't require a permit. Everything else gets scheduled with a firm appointment window, and we file the permit paperwork on your behalf.
We run the dedicated 240V circuit, mount the charger, and tie it into your panel, bringing all tools, wiring, and hardware with us. Standard installs run two to four hours; panel upgrades take six to eight, and commercial multi-unit jobs run one to three days.
We test the unit under load, verify voltage, amperage, grounding, and all connections, then help you pair the app if your charger supports it. Before we leave, we walk you through operation and hand over your documentation, including panel specs and permit records
Most homeowners in Orange County pay between $800 and $2,800 for a complete Level 2 installation. This range includes the charger unit, a dedicated 240-volt circuit, and labor for a standard install with a nearby panel.
Equipment alone typically runs $400 to $1,200, depending on the brand and amperage rating you select. Electrical work adds another $400 to $1,600 on top of that.
Commercial installations cost significantly more than residential jobs because of higher amperage requirements, multiple charging ports, and additional permitting steps. We typically see commercial projects range from $3,000 to $15,000 per port, depending on site conditions.
Costs increase with:
We install Tesla Wall Connectors for $800 to $2,200, with the unit itself costing around $400 to $475. Installation labor makes up the remaining cost and depends on the same factors as any Level 2 charger: wire distance, amperage, and panel capacity
Several programs can reduce your out-of-pocket cost in 2026. The federal tax credit covers 30% of equipment and installation costs, up to $1,000 for residential installs.
Southern California Edison offers rebates for qualifying Level 2 chargers, and some programs provide up to $4,000 for income-qualified households or specific equipment types. Availability and amounts change based on funding cycles, so we confirm current program status before you apply.
Trusted by Homeowners and Businesses
Across Los Angeles
EV Charging FAQs
Not always. Whether you need a panel upgrade depends on your current panel's amperage (commonly 100A or 200A) and how much available capacity remains after accounting for your home's other electrical loads.
We start every project with a panel assessment to determine what your system can support. If an upgrade is needed, we handle that work as part of the installation process.
Standard Level 2 install: 2–4 hours
Panel upgrade required: 6–8 hours
Commercial multi-unit install: 1–3 days
Yes, most cities in Orange County require a permit for EV charger installations, including Level 2 home charging stations. Requirements vary slightly depending on which city you're in.
We coordinate permit applications and inspections with your local city as part of our installation process. This keeps your installation compliant with local electrical codes.
Yes, we install charging stations compatible with Tesla, Rivian, Ford, and other major EV brands. This includes both proprietary connectors, like the Tesla Wall Connector, and universal Level 2 chargers that work across multiple vehicle makes.
If your household has more than one electric vehicle from different manufacturers, we can recommend a charger setup that accommodates all of them.