When it comes to EV Charger Installation (Level 2), homeowners and businesses throughout Los Angeles County trust Armo Electric USA for professional results.
Proper EV Charger Installation (Level 2) is far more than running a wire to your garage. It requires load calculation analysis (can your panel handle 40-50 additional amps?), dedicated circuit installation with appropriate wire gauge (typically 6-gauge for 50A circuits), GFCI protection per NEC 625.54, and weatherproof installation if the charger is outdoors.
Level 1 charging uses a standard 120V outlet and delivers 3-5 miles of range per hour — fine for plug-in hybrids but painfully slow for full EVs. Level 2 charging at 240V delivers 25-50 miles per hour depending on the charger amperage (typically 32A-50A). Level 3 DC fast charging isn’t available for residential use.
For most EV owners, a 48-amp Level 2 charger on a 60-amp circuit provides the ideal balance of charging speed and cost. This requires 6-gauge copper wire (or 4-gauge for longer runs), a dedicated double-pole breaker, and GFCI protection per NEC 625.54. The total circuit length from panel to charger determines wire gauge — voltage drop over long runs requires upsizing.
We assess your panel’s remaining capacity before installation. Adding a 50A EV circuit to a 100A panel that’s already near capacity may trigger a panel upgrade. Load management devices (like the Span Smart Panel) can dynamically balance loads, potentially avoiding a costly panel upgrade.
Most common residential installation. Direct panel access, weather-protected, convenient for daily charging.
When garage installation isn’t possible. Requires weatherproof equipment and underground conduit.
Multiple charger installations with load management, payment systems, and ADA compliance.
Pair your EV charger with solar panels for off-grid charging during peak sun hours.
We’re factory-trained on Tesla Wall Connector, ChargePoint Home Flex, Emporia, JuiceBox, and all major Level 2 chargers. This means proper installation per manufacturer specs — protecting your warranty and your vehicle.
We never guess about panel capacity. Every EV charger installation starts with a comprehensive load calculation — measuring actual demand, not just breaker ratings — to determine if your panel can handle the additional load safely.
We drive EVs ourselves, so we understand the charging experience from the owner’s perspective. Our recommendations come from real-world experience, not just technical knowledge — like why outlet placement 3 feet from the charge port matters.
Most residential EV charger installations are completed in a single visit — typically 3-5 hours from start to finish. We arrive with all necessary materials and leave you charging that same evening.
📋 Recent Service Call — Calabasas, CA: A couple in Calabasas bought two EVs simultaneously — a Rivian R1T and a BMW iX — and wanted both to charge at full speed overnight. Their 200-amp panel couldn’t handle two 50-amp charger circuits on top of their existing loads. Instead of a costly panel upgrade to 400 amps, we installed a DCC-9 load management device that dynamically shares available power between both chargers. Total cost: about one-third of a panel upgrade, and both vehicles are fully charged every morning.
| Feature | Level 1 (120V) | Level 2 (240V) |
|---|---|---|
| Charging Speed | 3-5 miles of range per hour | 25-50 miles of range per hour |
| Full Charge Time (60kWh) | ~4 days | ~8-10 hours (overnight) |
| Circuit Required | Standard 15A outlet | Dedicated 40-50A 240V circuit |
| Installation Cost | $0 (use existing outlet) | Requires professional installation |
| Daily Commute Coverage | Barely — 40 miles in 8 hours | ✅ 200+ miles overnight easily |
| Best For | Plug-in hybrids, minimal driving | ✅ All-electric vehicles, daily drivers |
Contact Armo Electric USA at (866) 971-2246. Licensed electricians standing by to assist you.
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