Possibly — and this is the question most buyers skip entirely. A Level 2 home charger requires a dedicated 240V circuit drawing 30–50 amps. Under NEC Article 625, EV chargers are classified as continuous loads, which means the circuit must be sized to 125% of the charger's rated amperage.

Before ordering, have your electrician perform a panel load calculation. Our Build Your System guide walks through this as Step 1.

32A (7.7kW): ~25–30 miles/hour. Fine for overnight charging under 60–70 miles/day.

40A (9.6kW): Most common residential choice. Charges most EVs full in 6–8 hours overnight.

48A (11.5kW): Fastest Level 2. Best for large-battery vehicles or two-EV households.

Yes, in most jurisdictions. A Level 2 charger involves new 240V electrical work, triggering permit requirements under most local building codes.

Level 1 (120V): ~5 miles/hour. No install required but too slow for most daily drivers.

Level 2 (240V): What we sell. 20–35+ miles/hour. Requires a dedicated circuit and professional installation.

DC Fast Charging: Commercial-grade. Requires three-phase power and utility approval — not practical for residential.

Yes. A grid-tied solar system earns net metering credits you use to charge at night. For direct solar-to-EV charging, you need a smart charger with EMS integration or a hybrid inverter + battery system.

The most common mistake: planning for 4 ports instead of 40. Infrastructure decisions made today determine what it costs to scale later.

A straightforward installation typically takes 2–4 hours. Add time for long wiring runs, panel upgrades, permit processing (1–5 business days), or trench runs for outdoor installations.

Technically yes — but most refrigerators require 1,200–2,400 surge watts when the compressor starts. A generator must handle that surge, not just the running load.

Rated kWh is total capacity. Usable kWh is what you can actually draw. Depth of Discharge (80–90%) and inverter efficiency loss (5–15%) reduce the headline number. Always ask for usable kWh at rated DoD.

Not with a standard grid-tied system. Grid-tied inverters shut down when the grid fails — by regulation. Your panels generate but the inverter disconnects.

Portable (1–5kWh): Best for short outages and select appliances. Not for central AC, electric dryers, or hardwired 240V loads.

Home battery system (5–40+ kWh): Whole-home or critical-circuit coverage for 24–72+ hours. Pairs with inverter + ATS for seamless grid-failure response.

A 2kWh generator with 400W solar input recharges in roughly 1–1.5 days under 4–5 peak sun hours. In New England: 3.5–4.5 hours summer / 2–3 hours winter. Plan for solar as a supplement, not the only input.

Start with a load calculation, not a product page. List critical loads, estimate daily kWh, define your target backup duration, then size battery + inverter to match.

“Whole home backup” means the battery can be connected to every circuit. How long it lasts depends entirely on your load profile.

A standard inverter converts solar DC to AC and shuts off when the grid fails. No battery capability.

A hybrid inverter manages battery charge/discharge and operates in island mode during outages. Verify your current inverter is hybrid-capable before purchasing batteries.

Quality LiFePO4 systems are rated for 3,000–6,000+ cycles, typically 10–15+ years before capacity degrades to 80%. Manufacturer warranties on products we carry typically cover 10 years on battery capacity.

Yes. Battery systems involve high-voltage DC wiring, inverter interconnection, and automatic transfer switches. DIY installation voids warranties, violates utility agreements, and fails permit inspection.

All orders ship free to the contiguous US. Smaller items ship via standard carrier. Larger items (battery racks, inverters, solar panels) ship via LTL freight with a scheduled delivery appointment.

Unused, uninstalled products in original packaging within 30 days. Installed products cannot be returned. Email support@chargeprodirect.com with your order number.

Yes. Financing is available at checkout for qualified buyers. For large commercial orders, email support@chargeprodirect.com.

Start with the Build Your System guide — 5 steps to the right configuration for your panel, load profile, and goals. Or email support@chargeprodirect.com for a straight answer.