Straight answers

Commercial EV charger installation costs range from about $20,000 to $200,000 in total installed cost, based on projects we've delivered. The spread comes down to three drivers. First, service work: if the existing electrical service has enough headroom, you avoid a new utility service, transformer, and the trenching and conduit that come with it, often the single largest cost swing. Second, trenching and secondary conductor runs from the transformer or panel to the charging equipment, which scale with distance and pavement conditions. Third, charger class: Level 2 stations run far cheaper than DC fast chargers, which need three-phase service, larger conductors, and pads rated for outdoor liquid-cooled equipment. We don't quote a number before a site assessment. That assessment checks panel capacity, parking geometry, and utility service options, then screens for rebates and payback before you commit, so the number reflects your site, not a rule of thumb. Start with our Site Assessment and Feasibility Studies service.

Most commercial EV charging installations need stamped engineering drawings to get permitted. A licensed Professional Engineer reviews the load calculations, one-line diagram, and equipment layout, then seals the package before an authority having jurisdiction will approve it. DC fast charging almost always requires this: higher loads, three-phase service, and utility interconnection work push it past what a contractor can self-certify. Level 2 projects sometimes clear permitting without a stamp, depending on scope and the local AHJ, but a sealed package removes that risk. EVre is a licensed Professional Engineering Corporation in Missouri, which is why the work runs through a PE corp rather than a general contractor. The seal is a personal, legal attestation that the engineer of record reviewed the design, and it carries liability accordingly. It covers the electrical design package itself, load analysis, single-line diagrams, and construction documents, not the physical construction work. We provide that review for our own projects and for contractors who need a stamped package.

A design-build-operate partnership means EVre handles the whole lifecycle: engineering, permitting, construction, and then day-to-day operation of the charging equipment after energization. On a DBO project, EVre funds some or all of the capital cost instead of the site host funding it outright, and in exchange EVre takes a revenue share from the charging sessions rather than billing a flat design fee. The site is separately metered from the host's other electrical load, on its own utility account in EVre's name, which keeps the charging rate structure clean and lets EVre pursue utility rebates and EV-specific tariffs without touching the host's existing service. EVre then provides 24/7 monitoring and operations and maintenance on the installed equipment, so the host never fields a driver complaint or a downed charger. Our UMKC Campus Charging Program is the clearest example: EVre-funded infrastructure at no cost to the university, a separately metered Evergy account in EVre's name, and quarterly revenue share back to UMKC once the stations are energized.

Yes — that is EVre's funded model, and it is the structure behind our campus charging program with the University of Missouri–Kansas City. EVre pays for the chargers, the electrical service, installation, parking repairs, and striping; establishes a separately metered utility account in its own name; and owns, operates, and maintains the stations for the term of a site lease. The host provides the parking stalls and site access and receives a share of charging revenue each quarter instead of an invoice. Because EVre carries the capital and the operating risk, we screen sites first: the numbers have to work on projected utilization, which is why campuses, hospital districts, and busy retail centers fit best. Design is PE-stamped, utility work is coordinated with Evergy or Ameren, and the program can phase across multiple lots as real usage data comes in.

EVre serves Missouri and Kansas, with Kansas City and St. Louis as our home markets, where we handle full turnkey delivery: assessment, engineering, permitting, construction, and ongoing operation. Further out we still take engineering-only work, PE-stamped design packages for electrical contractors and site hosts who handle their own construction. Our own stations show the geographic spread: Des Peres near St. Louis, Osage Beach at the Lake of the Ozarks, and Bowling Green, Canton, and Kirksville across northeast Missouri, all of which we own, operate, and monitor 24/7. On the project side we've delivered work in both metros, including a Kansas City campus program and a Kansas City health department project, alongside a grocery-chain project at the lake and a retail-center project near St. Louis. If you're in either metro, our stations and projects pages show examples of what we've built nearby. Outside the two metros, reach out directly through our contact page and we'll scope what's practical for your site.

Timeline depends almost entirely on charger class and utility service. Level 2 projects typically run 6 to 12 weeks from assessment to energization, and the schedule is mostly permitting-driven rather than construction-driven. DC fast charging runs 4 to 9 months, because it usually needs new three-phase utility service, and distribution transformer lead time is the binding constraint industry-wide right now, not design or construction. Utility responsiveness varies by territory. Ameren publishes a new-service process of roughly 19 to 83 business days, about 4 to 17 weeks, excluding utility construction and material procurement, as published mid-2026, so that's a known floor you can plan around. Evergy publishes no comparable lead time for its Meter and Service Request process, which makes early engagement more important: we submit utility requests as soon as load and service size are settled so the transformer queue starts before design work finishes, rather than after. On a DCFC project, assume the utility, not the contractor, sets your critical path.

In Evergy territory, yes: the Commercial EV Charger Rebate, Schedule CEVCR, is real money, but it's welded to the rate. As published mid-2026, it's only available if the site is billed under Schedule BEVCS, Evergy's EV charging rate, so rate election has to happen before or alongside the rebate application, not after. You must get pre-approval before starting the project, not after the fact, and accept a 5-year ownership and O&M commitment with utility access to your utilization data. The affiliate cap is $150,000 in Missouri and $500,000 in Kansas, where the Kansas program closes March 2027. In Ameren Missouri territory, both Charge Ahead programs have expired, so there's no utility EV incentive there today. The federal 30C tax credit ended for property placed in service after June 30, 2026, so it's no longer part of the math either. On a recent project we worked, correct utility program strategy captured about $40,000 in rebates plus roughly $12,800 a year in rate savings from the tariff election alone.