EV Charging Stations for Parking Lots
EV charging stations for parking lots and garages: site assessment, hardware selection, installation, networked back-end, ongoing operations. Level 2 + DCFC.
What's the difference between Level 2 and DCFC EV chargers?
Level 2 (208/240V AC, 6–19 kW) adds 18–35 miles of range per hour and suits dwell-time parking 60+ minutes. DCFC (480V DC, 50–350 kW) adds 100–250 miles per session and suits high-turn destinations and highway corridors.
Which EV charging hardware brands do you install?
ChargePoint, Enel X JuiceBox/JuicePump, Blink, Wallbox, EVgo (DCFC), Tritium (DCFC), ABB (DCFC), and FLO. Selection depends on networked back-end preference, warranty terms, and local utility approved-vendor lists.
Do EV charging stations make money?
Yes when properly priced and load-managed. Level 2 stations on managed networks return 14–22% IRR over a 10-year horizon. DCFC stations return 9–18% IRR depending on utilization and demand charge management.
What permits are needed for EV charging installation?
Electrical permit (always), site work permit if trenching exceeds 50 LF, utility interconnection approval (always for DCFC, sometimes for Level 2 over 80 amps), and fire marshal review for indoor garage installations.
How long do EV charging stations last?
Level 2 hardware: 8–12 years average lifespan with networked uptime SLA. DCFC hardware: 6–10 years given thermal cycling and high amperage stress. Software and back-end network are upgraded continuously and do not have a defined replacement cycle.