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Commercial EV Charging That Makes Business Sense.

A practical guide for property owners, fleet managers, and developers — from site assessment to funding programs and ongoing operations.

Most useful starting points

Which Property Types Are Best Suited for EV Charging?

The case for EV charging depends heavily on property type. Multifamily housing has the clearest retention case: residents who cannot charge at home choose buildings that let them. Workplace charging is a high-value, low-cost benefit. Retail and hospitality live or die on dwell time. Fleets have the cleanest math. And some property types are a poor fit no matter how the incentives line up.

Updated May 20267 min read

What Commercial EV Charger Installation Actually Involves

Commercial EV charger installation is a construction project: electrical infrastructure, civil work, hardware mounting, network commissioning, permits, and inspection. The electrical scope is usually the largest and most variable cost. Most Level 2 projects run several months from first contractor meeting to operational chargers; anything requiring a utility service or transformer upgrade can run much longer. With the federal 30C credit expiring June 30, 2026, timing now affects whether equipment qualifies.

Updated May 20269 min read

Federal EV Charging Funding: NEVI, CFI, and IRA Programs Explained

Three federal channels fund commercial EV charging: the 30C tax credit (up to $100,000 per port, expiring June 30, 2026), the NEVI formula program for highway-corridor fast charging, and CFI discretionary grants for community and corridor charging. NEVI funds flowed again in 2026 after a court overturned a federal funding freeze; CFI has been paused since early 2025 with no new solicitation scheduled. The 30C credit applies to almost any commercial installation and needs no grant application, but its June 2026 deadline is the binding constraint on every other decision.

Updated May 202612 min read

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The Property Owner's Guide to Commercial EV Charging

A practical playbook for evaluating, planning, and operating EV charging — including the funding programs that can cover most of the cost.

  • Site selection and electrical assessment
  • Federal programs: NEVI, CFI, IRA tax credits
  • Realistic ROI modeling and payback periods
  • Operating models and software platforms
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California's Title 24 EV-Ready Rules for Commercial Construction: The 2025 Code Raises the Bar

California's Title 24 / CALGreen has required EV infrastructure in new nonresidential and multifamily construction for years. The 2025 code edition, effective January 1, 2026, is the biggest change in a while: it splits the nonresidential scoping table by building use (office/retail versus other), pushes a much larger share of spaces from merely capable to actually installed EVSE, and cuts the power that may be allocated to EV-capable-only spaces. This piece explains the tiers, the 2025 changes, and how enforcement has tightened.

Updated May 20266 min read

Commercial EV Charging Utilization Is Rising in High-Adoption Markets

Commercial EV charging installations in high-adoption markets are showing utilization rates that justify the investment. Multifamily properties in California and the Pacific Northwest are reporting 50–70% charger utilization at mature installations, with direct payback periods under 5 years. Early commercial installers in these markets are now seeing the returns they projected when EV adoption was lower, validating the investment thesis for markets that are 2–4 years behind in adoption.

Updated May 20266 min read

Federal EV Charging Accessibility Rules: The Access Board Proposal and the Road to DOJ Adoption

The U.S. Access Board (not DOJ) published a Notice of Proposed Rulemaking on September 3, 2024 proposing the first EV-charging-specific accessibility guidelines under the ADA and ABA. The comment period closed November 4, 2024. As of Q2 2026 the guidelines are not final, and DOJ and DOT have not yet adopted them into the binding Standards. This piece explains the proposal, the multi-step path to enforceability, and what to build now.

Updated May 20266 min read

Fleet Electrification ROI: Early Adopters Report Faster Paybacks Than Projected

Fleet operators who electrified delivery, service, and transit vehicles in 2020–2022 are reporting payback periods of 2–4 years rather than the 5–7 years originally projected. The variance is driven by three factors: fuel costs running higher than modeled, maintenance costs running lower than modeled, and EV uptime reliability proving better than expected. The early fleet electrification data is informing more aggressive EV deployment plans.

Updated May 20266 min read

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