Commercial EV charger installation in Atlanta.

Start with the vehicles and the time they remain parked. A workplace car may sit for most of a shift. A service vehicle may return overnight. A public driver may expect a much shorter stop. Those patterns determine whether Level 2 charging can meet the need or whether DC fast charging deserves study.

Next, decide who may charge and what the site must track. Private fleet charging may need driver or vehicle access controls. Workplace charging may need employee rules. Public charging can add payment processing, customer support, pricing decisions, and station listings.

Finally, decide how much growth to prepare for now. Installing every charger on day one is not always necessary. A project can provide electrical capacity, conduit, panels, foundations, or communications for later ports. That choice should appear in the design before paving and landscaping are disturbed.

A useful budget separates equipment from the work needed to power, protect, connect, and operate it. Ask bidders to state assumptions and exclusions for each line.

Level 2 charging is often the practical choice when vehicles remain parked for hours. It can serve workplaces, overnight fleets, assigned vehicles, and other long-dwell uses. Several ports may share available capacity through load management. That can reduce simultaneous demand, but it also limits the power available to each vehicle when many plug in at once. The charging model must show that every vehicle can still receive the energy it needs before departure.

DC fast charging moves energy faster and shifts the installation plan. Its higher electrical demand can require new distribution equipment, service work, utility involvement, cooling clearances, and a larger equipment area. It may fit vehicles with short turnaround times or public charging where a long stay is not workable. Faster equipment is not automatically better if the vehicles already sit for hours.

Compare connector support, output, cable reach, environmental rating, network functions, warranty, replacement parts, and service response. Also confirm that vehicles can accept the planned power. A charger’s maximum rating does not guarantee that every connected vehicle will charge at that rate.

Charger count alone does not define complexity. The condition of the electrical system and the path between power and parking often matter more.

A site review should begin at the electrical service and end at each proposed parking space. The team records service and distribution equipment, available ratings, existing loads, panel space, metering, and the likely path for new conductors. Drawings and field conditions should agree before a contractor prices the route.

The parking review is just as important. Confirm who uses each space, how long vehicles remain, whether charging cables can reach safely, and how drivers move between the charger and the building. Review accessible routes, curbs, slopes, signs, lighting, drainage, vehicle impact protection, and snow-free or weather-protected operating needs where relevant. Outdoor equipment and connections must suit the installed environment.

Then test the operating plan. Estimate how many vehicles arrive together, how much energy each needs, and when each must leave. Include building loads that may overlap charging. If capacity is tight, compare managed charging with an electrical upgrade instead of assuming either answer. A good site design also shows future ports, conduit routes, equipment clearances, and the limits of the first phase.

The City of Atlanta Office of Buildings issues permits and conducts inspections for construction in the city. New permit applications submitted beginning February 1, 2026 must comply with Georgia’s newly adopted building codes. The city also announced that, beginning January 12, 2026, its Office of Buildings would temporarily suspend review of structural drawings until further notice. Structural documents still must be submitted, with responsibility placed on the Engineer of Record.

That matters when charger work includes structural attachments, equipment pads, canopies, parking-deck penetrations, or other structural scope. Before pricing, confirm which drawings are required, who will seal them, and whether the temporary policy remains in effect at the planned submission date.

Commercial charging continues after the final inspection. Someone must monitor station status, help drivers, manage access, review energy use, update software, handle payments if offered, and arrange repairs. Put those duties in writing before selecting a network or ownership model.

A site may own its equipment and contract separately for software and service. Another arrangement may bundle equipment, networking, operation, or maintenance. Compare control of pricing and data, contract length, recurring fees, uptime support, parts availability, warranty labor, and what happens if the network relationship ends. Review maintenance planning before procurement so service access and spare-parts needs influence the equipment choice.

Issue the same design basis to every bidder. State the vehicle use, parking plan, charger quantity and output, electrical assumptions, network functions, payment needs, construction hours, restoration standard, and target opening date. If the design is not complete, require each bidder to list allowances and unresolved items instead of hiding them inside one total.

Plan around equipment delivery, utility decisions, permits, inspections, and site access. These activities can overlap, but they depend on one another. Ordering chargers before confirming power and communications can leave equipment waiting on site. Starting civil work before the route is coordinated can cause rework. Define who owns each submission, approval, inspection, and scheduling task.

For a phased project, compare the full build with a make-ready plan. The first phase might install distribution equipment, conduit, communications, foundations, or reserved breaker space for later chargers. Price that future-ready work separately. It is valuable only when the design records what was installed, where it ends, and how much capacity remains. At turnover, keep approved drawings, test results, equipment settings, warranties, software credentials, training records, and emergency contacts.

Do not compare totals until scope, assumptions, exclusions, and responsibility are aligned. Each proposal should make these five items easy to find.