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How to Plan a Workplace EV Charging Program

Wall-mounted EVDANCE home EV charger installed on a house exterior beside a driveway
A practical guide to planning workplace EV charging: surveying demand, choosing Level 2 power, access rules, pricing, load management and phased growth.

EVDANCE Insights · EV Charging Guides

Workplace charging is one of the most useful places to add EV chargers. Cars are parked for eight hours or more, so moderate AC power is enough, and employees who cannot charge at home gain a reliable option. A good program is planned around people and parking habits, not just hardware.

Step 1: Survey Demand

Ask employees whether they drive an EV today or plan to buy one in the next two to three years, and how far they commute. The results tell you how many ports to start with and how fast demand may grow.

Step 2: Choose the Right Power

Because cars stay parked all day, 7 kW to 11 kW AC chargers are usually enough. Even at 7 kW, a car can add 50 kWh over a workday. Higher power adds cost without much benefit for long dwell times.

Wall-mounted EVDANCE home EV charger installed on a house exterior beside a driveway
Level 2 AC chargers suit long workplace dwell times

Step 3: Set Access and Etiquette Rules

  • Decide who can use the chargers: employees, fleet vehicles, visitors or all three.
  • Use RFID cards or an app to control access.
  • Set rules for moving cars once charged, or use idle fees.
  • Reserve some bays for fleet vehicles if needed.

Step 4: Decide on Pricing

Some employers offer free charging as a benefit; others charge at cost or a small margin. Check local tax rules, as free charging may be treated as a taxable benefit in some countries. Networked chargers with OCPP support make billing and reporting easier.

Step 5: Plan the Electrical Supply

Dynamic load management lets more chargers share a limited supply. It can also avoid peak demand charges. Install spare conduit and capacity during the first phase so later expansion is cheaper.

Step 6: Grow in Phases

Start with enough chargers for current demand plus a margin, then add more as usage grows. Review utilisation data every few months.

Picking Hardware

EVDANCE supplies AC wallboxes with RFID and app control, such as the EV-ACT3204E, and networked units with OCPP and dynamic load balancing, such as the EV-ACS3210E. See our workplace EV charging solutions for project support.

Related Reading

Key Takeaways

  • Long dwell times mean 7–11 kW AC is usually enough.
  • Survey employees before sizing the program.
  • Access control, etiquette rules and pricing matter as much as hardware.
  • Load management and spare conduit make growth cheaper.

Sources & Standards

EVDANCE EV-ACS3210E EV charger product photo
The EV-ACS3210E supports OCPP and dynamic load balancing
EVDANCE · EV Charger Manufacturer

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Portable EV chargers and wallbox home chargers for distributors, installers and brands. Tell us your market and we will reply with a quote.

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